QS World University Rankings by Subject

Students

The QS World University Rankings by Subject are important for students because higher education decisions are typically made at the programme or subject level rather than at the level of the institution as a whole. A university may perform strongly overall while offering varying levels of strength across different disciplines. Subject-level rankings therefore provide students with a more relevant and accurate assessment of the academic areas that matter most to their study and career ambitions.

The rankings enable students to identify institutions that demonstrate excellence in their chosen field through a combination of academic reputation, employer recognition, research impact, and international research collaboration. By providing separate rankings across more than 50 individual subjects and five broad faculty areas, the project helps students make informed decisions about where they are most likely to benefit from strong teaching, research opportunities, academic communities, and career prospects within a specific discipline.

Institutions

The QS World University Rankings by Subject provide institutions with an internationally recognised benchmark of subject-level performance. They enable universities to understand how their academic departments and faculty areas compare with global peers, providing valuable insight that cannot be obtained from overall institutional rankings alone.

The rankings can be used to identify areas of established excellence, monitor performance over time, support strategic planning, and inform decisions relating to investment, academic development, research priorities, and international engagement. They also provide institutions with a means of demonstrating subject-specific strengths to prospective students, research collaborators, funding bodies, and external stakeholders, particularly in cases where specialist excellence exceeds overall institutional reputation.

Employers

For employers, the rankings offer insight into where high-quality graduates and academic expertise can be found within specific fields of study. As organisations increasingly require specialised knowledge and skills, understanding subject-level institutional performance can be more useful than relying on overall university reputation alone.

The inclusion of Employer Reputation within the methodology ensures that the rankings reflect employer perceptions of graduate quality alongside academic and research measures. Employers can use the rankings to inform graduate recruitment strategies, identify potential university partners, engage with subject-specific talent pipelines, and better understand where strong disciplinary capability exists within the global higher education landscape.

Policymakers

The rankings provide policymakers with a valuable evidence base for understanding strengths and weaknesses within higher education systems at the disciplinary level. They offer a global perspective on academic excellence, research performance, and international competitiveness across a wide range of subject areas.

This information can support policy development, investment decisions, research funding strategies, and national skills planning. By identifying disciplines where institutions demonstrate particular strengths or where additional development may be required, policymakers can make more informed decisions regarding the future direction of higher education and research systems. The rankings also provide an international benchmark against which national performance can be assessed.

Global Higher Education Landscape

The QS World University Rankings by Subject contribute to broader understanding of how academic excellence is distributed across the global higher education sector. By examining individual disciplines rather than institutions as a whole, the rankings reveal where world-leading expertise, research influence, and academic reputation are concentrated across different fields of knowledge.

The project helps to highlight emerging centres of excellence, identify specialist institutions, and track evolving patterns of research and reputation across regions and disciplines. Through the integration of global academic opinion, employer perspectives, large-scale bibliometric analysis, and international collaboration data, the rankings provide one of the most comprehensive views of disciplinary performance available within higher education. As a result, they serve as an important reference point for understanding global academic competitiveness, research activity, and subject-level excellence.

The QS World University Rankings by Subject are published in March.

Data Collection

2026 Cycle	Date Starts	Date Ends
Survey Contacts Submission	September 2025	31 January 2026
Academic Survey	November 2025	March/April 2026
Employer Survey	November 2025	March/April 2026
Institution Data	November 2025	15 April 2026

 

In each of our rankings we use a range of measurements as part of our methodology. These can be split into three broad groups​.

Each ranking is made up of a different group of measurements, with some being used across several rankings and others unique to one project.

• Lens - A group of Indicators which are related to the same theme
• Indicator - A measurement of one aspect of an institution’s performance. Institutions are scored and ranked within indicators and those indicator scores contribute to its overall rank and score​
• Metric - A more specific calculation that forms part of an Indicator​.

Across the QS World University Rankings by Subject we use five key indicators. Click on each indicator below for more detailed information on each and information on how they are calculated.

• Academic Reputation
• Employer Reputation
• Citations per Paper
• H-Index
• International Research Network

Each Narrow Subject and Broad Faculty ranking has a unique set of weightings for each indicator to reflect its unique characteristics. 

Different academic disciplines demonstrate excellence in different ways, for example, research citation activity is more significant in some scientific fields, while reputation may be more relevant within arts and humanities disciplines. Subject-specific weightings help ensure that each ranking reflects the characteristics of the discipline being assessed.

The weightings for each ranking can be found in the below Faculty Area sections.

Unit of Measurement

Institution / Subject Area

The QS World University Rankings by Subject measure the performance of higher education institutions within specific academic subjects and broad faculty areas. The unit of assessment is the institution's complete subject offering rather than an individual programme, course, faculty member, or research paper.

For narrow subject rankings, an institution's position reflects the collective strength of all eligible programmes, departments, research activity, academic reputation, employer reputation, and research performance associated with that subject area. For broad faculty area rankings, performance is assessed across the institution's aggregated activity within the relevant faculty grouping.

The project produces rankings across more than 50 individual subject areas and five broad faculty areas:

• Arts and Humanities
• Engineering and Technology
• Life Sciences and Medicine
• Natural Sciences
• Social Sciences and Management

Scope

The QS World University Rankings by Subject include higher education institutions worldwide that offer established academic provision within eligible subject areas and meet the minimum requirements for inclusion.

The project covers institutions offering undergraduate and/or postgraduate degree programmes in one or more of the ranked subjects and evaluates their performance using a combination of Academic Reputation, Employer Reputation, Citations per Paper, H-Index, and International Research Network indicators, with methodologies tailored to individual disciplines.

The rankings encompass both comprehensive universities and specialist institutions. Subject-specific methodological adjustments are applied to ensure that institutions with recognised disciplinary strengths can be appropriately assessed and compared, regardless of their overall institutional size or reputation.

The project covers more than 50 individual subject areas spanning the arts, humanities, social sciences, management disciplines, engineering, technology, natural sciences, life sciences, medicine, and health-related fields. Subject classifications are aligned with the All Science Journal Classification Codes (ASJC) framework for research assessment purposes.

Geographic Scope

Global

The QS World University Rankings by Subject are global in scope and assess eligible higher education institutions from all world regions.

The methodology incorporates international survey responses from academics and employers, large-scale global bibliometric datasets, and internationally comparable research collaboration measures. This enables institutions from different countries and higher education systems to be assessed using a common framework and compared within the same subject-specific rankings.

The project is designed to identify and recognise subject-level excellence wherever it occurs globally, including within both established higher education systems and emerging centres of academic and research excellence.

Inclusion / Exclusion Rules

Inclusion Rules

To be included in a narrow subject ranking, an institution must:

• Offer full-degree programmes at undergraduate and/or postgraduate level in the relevant subject area.
• Have at least three graduated cohorts (classes) in the relevant subject.
• Meet the minimum publication threshold established for the subject.
• Meet the minimum reputation threshold, whereby the combined Academic Reputation and Employer Reputation score equals 5 or higher.
• Deliver at least one programme within the subject either fully or partially on campus.

To be included in a broad faculty area ranking, an institution must:

• Offer full-degree programmes at undergraduate and/or postgraduate level within the relevant faculty area.
• Offer full-degree programmes in at least two eligible subjects within that faculty area.
• Have at least three graduated cohorts (classes) in each eligible subject included within the faculty area.
• Deliver at least one programme within the faculty area either fully or partially on campus.

Additionally, institutions must generate sufficient eligible data across the reputation, research, and collaboration measures required for calculation of the relevant subject or faculty ranking.

Exclusion Rules

Institutions are excluded from a subject ranking if they:

• Do not offer a full-degree programme in the relevant subject area.
• Have not yet produced at least three graduated cohorts in the relevant subject.
• Fail to meet the subject-specific publication threshold.
• Fail to meet the minimum reputation threshold.
• Do not offer any programme delivery that is fully or partially campus-based.

Institutions are excluded from broad faculty area rankings if they:

• Do not offer programmes in at least two eligible subjects within the faculty area.
• Do not meet the graduate cohort requirements for the constituent subjects.
• Fail to demonstrate sufficient eligible activity within the relevant faculty grouping.

Individual programmes are not ranked directly. The rankings assess institutions through the aggregated performance of their entire subject offering within each eligible discipline or faculty area.

 

Arts and Humanities

• Academic Reputation: 60%
• Employer Reputation: 20%
• Citations per Paper: 7.5%
• H-Index: 7.5%
• International Research Network: 5%

The Arts and Humanities faculty area explores human culture, creativity, language, history, ideas, beliefs, and artistic expression. It examines how individuals and societies create meaning, communicate experiences, preserve cultural heritage, and understand the world through literature, philosophy, languages, religion, history, and the arts.

As one of the oldest areas of academic inquiry, it provides important foundations for critical thinking, communication, creativity, and cultural understanding.

This faculty area includes subjects focused on artistic practice, cultural interpretation, historical analysis, language and communication, and philosophical inquiry.

Subject areas include Archaeology, Architecture and Built Environment, Art and Design, Classics and Ancient History, English Language and Literature, History, History of Art, Linguistics, Modern Languages, Music, Performing Arts, Philosophy, and Theology, Divinity and Religious Studies.

Engineering and Technology

• Academic Reputation: 40%
• Employer Reputation: 30%
• Citations per Paper: 10%
• H-Index: 10%
• International Research Network: 10%

The Engineering and Technology faculty area focuses on the application of scientific, mathematical, and technological knowledge to solve practical problems, develop new technologies, and design systems that support modern societies.

It is concerned with innovation, infrastructure, manufacturing, digital systems, energy production, transportation, and the development of technologies that improve quality of life and economic productivity.

The faculty encompasses disciplines concerned with designing, building, operating, and improving physical and digital systems.

It includes subjects such as Computer Science and Information Systems, Data Science and Artificial Intelligence, Engineering - Chemical, Engineering - Civil and Structural, Engineering - Electrical and Electronic, Engineering - Mechanical, Aeronautical and Manufacturing, Engineering - Mineral and Mining, and Engineering - Petroleum.

Life Sciences and Medicine

• Academic Reputation: 40%
• Employer Reputation: 20%
• Citations per Paper: 15%
• H-Index: 15%
• International Research Network: 10%

The Life Sciences and Medicine faculty area examines living organisms, biological systems, health, disease, healthcare, and medical practice.

It seeks to understand how living systems function, develop, adapt, and interact, while also applying this knowledge to improve human and animal health, food security, and quality of life.

This faculty area combines fundamental biological research with professional healthcare and clinical disciplines.

It includes subjects spanning biological sciences, medicine, healthcare, agriculture, psychology, and animal health, including Agriculture and Forestry, Anatomy and Physiology, Biological Sciences, Dentistry, Medicine, Nursing, Pharmacy and Pharmacology, Psychology, and Veterinary Science.

Natural Sciences

• Academic Reputation: 40%
• Employer Reputation: 10%
• Citations per Paper: 20%
• H-Index: 20%
• International Research Network: 10%

The Natural Sciences faculty area is concerned with understanding the physical world and the fundamental laws and processes that govern nature.

Through observation, experimentation, modelling, and scientific analysis, it investigates the structure of matter, the Earth, the oceans, the atmosphere, mathematical relationships, and the universe itself.

The faculty covers a broad range of disciplines that provide the scientific foundations for technological development, environmental understanding, and scientific discovery.

Subject areas include Chemistry, Earth and Marine Sciences, Environmental Sciences, Geography, Geology, Geophysics, Materials Science, Mathematics, and Physics and Astronomy.

Social Sciences and Management

• Academic Reputation: 50%
• Employer Reputation: 30%
• Citations per Paper: 7.5%
• H-Index: 7.5%
• International Research Network: 5%

The Social Sciences and Management faculty area explores human behaviour, societies, organisations, economies, institutions, and governance systems.

It seeks to understand how individuals, groups, organisations, and governments interact, make decisions, manage resources, and respond to social, political, and economic challenges.

The faculty combines analytical, behavioural, economic, managerial, and policy-focused disciplines that support understanding of contemporary society and organisational life.

It includes subjects such as Accounting and Finance, Anthropology, Business and Management Studies, Communication and Media Studies, Economics and Econometrics, Education, Hospitality and Leisure Management, Law, Library and Information Management, Marketing, Politics and International Studies, Social Policy and Administration, Sociology, Sports-related Subjects, and Statistics and Operational Research.

Archaeology

• Academic Reputation: 70%
• Employer Reputation: 10%
• Citations per Paper: 10%
• H-Index: 10%
• International Research Network: 0%

Archaeology is the study of past human societies through the investigation and interpretation of material remains, including artefacts, monuments, settlements, landscapes, human remains, and other forms of physical evidence. The subject seeks to understand how people lived, organised communities, developed cultures, interacted with their environments, and adapted to social, technological, and environmental change across different periods of human history.

Degree programmes in this subject area typically combine historical inquiry, scientific investigation, fieldwork, and material analysis. Students develop skills in excavation, surveying, artefact analysis, heritage management, archaeological theory, and research methods while studying past civilisations and cultures. Many programmes incorporate practical field schools, laboratory work, digital technologies such as geographic information systems (GIS), and interdisciplinary approaches drawing on history, anthropology, geology, environmental sciences, and cultural studies.

Archaeology spans both prehistoric and historic periods and may focus on specific regions, cultures, or methodological approaches. Common programme types include undergraduate and postgraduate degrees in Archaeology, Classical Archaeology, Archaeological Science, Maritime Archaeology, Heritage Studies, Landscape Archaeology, Bioarchaeology, and Cultural Heritage Management.

Fields of Study

• Archaeological Science - The application of scientific methods and technologies to the recovery, analysis, dating, and interpretation of archaeological evidence.
• Archaeology - The broad study of past human societies through the investigation of material culture, artefacts, sites, and landscapes.
• Bioarchaeology - The study of human remains from archaeological contexts to understand health, diet, migration, disease, and past populations.
• Classical Archaeology - The study of the material culture, art, architecture, and societies of the ancient Mediterranean world, particularly Greece and Rome.
• Heritage and Conservation - The study of preserving, managing, protecting, and interpreting archaeological sites, artefacts, and cultural heritage resources.
• Historical Archaeology - The study of societies for which written records exist, combining archaeological evidence with historical documentation.
• Landscape Archaeology - The study of how past societies shaped, used, and interacted with natural and built landscapes over time.
• Maritime Archaeology - The study of human activity associated with oceans, rivers, lakes, and coastal environments through underwater and maritime archaeological evidence.
• Prehistoric Archaeology - The study of human societies that existed before written records, using material evidence to understand early cultures and civilisations.
• Public Archaeology - The study and practice of engaging communities, stakeholders, and wider audiences in the interpretation and management of archaeological heritage.

Architecture / Built Environment

• Academic Reputation: 70%
• Employer Reputation: 10%
• Citations per Paper: 10%
• H-Index: 10%
• International Research Network: 0%

Architecture / Built Environment is a multidisciplinary subject area concerned with the design, planning, development, management, and sustainability of the spaces and structures that shape human environments. It examines how buildings, infrastructure, landscapes, and settlements are conceived, constructed, used, and adapted to meet social, economic, cultural, and environmental needs.

Degree programmes in this subject area typically combine creative design, technical knowledge, environmental awareness, and professional practice. Students develop an understanding of spatial design, construction methods, urban development, sustainability, regulation, and the relationship between people and the built environment. Programmes often incorporate a mixture of studio-based learning, design projects, technical coursework, fieldwork, site analysis, and professional placements.

Common programme types include undergraduate and postgraduate degrees in Architecture, Architectural Studies, Building and Construction Management, Urban Planning, Regional Planning, Landscape Architecture, Environmental Design, Urban Design, Construction Management, and Sustainable Built Environment. Many programmes are professionally oriented and prepare graduates for careers within the architecture, planning, construction, and built environment sectors.

Fields of Study

• Architecture - The design and planning of buildings and structures, integrating aesthetics, functionality, technology, sustainability, and human experience.
• Building - The study of construction processes, building technologies, project management, materials, regulations, and the delivery and operation of built assets.
• Landscape Design - The planning, design, and management of outdoor spaces, landscapes, and public environments to balance environmental, social, and aesthetic objectives.
• Planning (Urban, Rural and Regional) - The study of how towns, cities, regions, and rural areas are developed, managed, and regenerated through policies, land-use planning, infrastructure, and community engagement.

Art and Design

• Academic Reputation: 90%
• Employer Reputation: 10%
• Citations per Paper: 0%
• H-Index: 0%
• International Research Network: 0%

Art and Design is a broad and interdisciplinary subject area focused on creative expression, visual communication, artistic practice, design thinking, and the development of cultural and creative outputs. Degree programmes in this area combine practical studio-based learning with critical analysis, creative experimentation, technical skill development, and professional practice.

Programmes typically encourage students to explore the creation, interpretation, and presentation of visual and performance-based work across a range of traditional, contemporary, and digital media. Students often develop both conceptual and practical skills, learning how creative ideas can be expressed through physical, visual, digital, and performative forms.

Common programme types include undergraduate and postgraduate degrees in Fine Art, Graphic Design, Fashion, Photography, Digital Art, Interior Design, Product Design, Animation, Performing Arts, Illustration, Studio Art, and related creative disciplines. Programmes may be delivered through studio practice, workshops, performances, exhibitions, industry projects, and portfolio-based assessment.

Fields of Study

• Applied Arts - The practical application of artistic principles to functional, decorative, or commercial objects and products.
• Art - The creation, interpretation, and study of visual, conceptual, and creative works across a range of media.
• Calligraphy - The art and design of decorative handwriting, lettering, and typographic expression.
• Cinematics and Photography - The study of image creation through film, photography, visual storytelling, and moving-image production.
• Craft - The creation of handmade artistic and functional objects using traditional and contemporary techniques.
• Decorative Arts - The design and production of aesthetically enhanced functional objects, interiors, and decorative works.
• Design Studies - The study of design theory, processes, methods, innovation, and creative problem-solving.
• Digital Art - The creation of artistic works using digital technologies, software, and interactive media.
• Drama - The study and practice of theatrical performance, acting, production, and stagecraft.
• Fashion - The design, production, presentation, and business of clothing, textiles, and fashion products.
• Film - The study of filmmaking, screen production, directing, editing, and cinematic storytelling.
• Fine Arts - The practice and study of visual arts primarily created for aesthetic, conceptual, or expressive purposes.
• Graphic Design - The communication of ideas and information through visual, digital, and printed media.
• Mixed Media - The creation of artistic work using combinations of multiple materials, techniques, and creative approaches.
• Performing Arts - The creation and presentation of live artistic performances including theatre, dance, and related disciplines.
• Printmaking - The production of artworks through printing techniques and image reproduction processes.
• Studio Art - The development of artistic practice through studio-based creation, experimentation, and critique.
• Textile Arts - The creative use of fibres, fabrics, and textile materials in artistic and design contexts.

Classics and Ancient History

• Academic Reputation: 90%
• Employer Reputation: 10%
• Citations per Paper: 0%
• H-Index: 0%
• International Research Network: 0%

Classics and Ancient History is the study of ancient civilisations, cultures, languages, societies, ideas, and historical developments that have shaped human history and continue to influence contemporary thought, politics, literature, philosophy, law, religion, and culture. The subject explores the origins and evolution of societies through the examination of historical records, literature, archaeology, material culture, languages, and intellectual traditions.

Degree programmes in this subject area typically combine historical analysis, textual interpretation, cultural study, and interdisciplinary research. Students develop an understanding of ancient societies through the study of primary sources, historical evidence, archaeology, philosophy, literature, religion, and language. Programmes often encourage critical thinking, evidence-based argumentation, cultural interpretation, and comparative analysis of different civilisations and traditions.

The subject area encompasses both the traditional Western conception of Classics, centred on the languages, literature, history, and cultures of Ancient Greece and Rome, and broader traditions of classical learning such as the Chinese concept of Guoxue (国学) or National Learning, which focuses on the study of classical Chinese texts, history, philosophy, literature, and cultural heritage. As a result, the field examines how foundational intellectual and cultural traditions have influenced societies across different historical and geographical contexts.

Common programme types include undergraduate and postgraduate degrees in Classics, Ancient History, Classical Civilisation, Classical Studies, Ancient World Studies, Archaeology and Ancient History, Greco-Roman Studies, Chinese Classical Studies, National Learning, Prehistory, and related interdisciplinary programmes.

Fields of Study

• Ancient History - The study of past societies, events, institutions, and cultures from the earliest historical periods through the analysis of written, archaeological, and material evidence.
• Classics - The study of classical civilisations, texts, languages, philosophy, literature, history, and cultural traditions, including both Greco-Roman classical traditions and broader classical learning traditions such as Chinese Guoxue (国学).
• Prehistory - The study of human societies before the development of written records, using archaeological, environmental, and material evidence to understand early human development and civilisation.

English Language and Literature

• Academic Reputation: 80%
• Employer Reputation: 10%
• Citations per Paper: 10%
• H-Index: 0%
• International Research Network: 0%

English Language and Literature is the study of the English language, its structure, development, use, and cultural significance, alongside the analysis of literary works produced across different periods, genres, regions, and traditions. The subject explores how language shapes communication, identity, culture, and society, while also examining how literature reflects and influences human experience, historical change, and creative expression.

Degree programmes in this subject area typically combine the study of language, linguistics, literary analysis, critical theory, creative expression, and cultural interpretation. Students develop skills in close reading, written communication, textual analysis, research, argumentation, and critical thinking through engagement with a wide range of texts and forms of writing. Programmes may examine historical and contemporary literature, language acquisition, sociolinguistics, stylistics, rhetoric, literary criticism, and various forms of creative and professional writing.

Common programme types include undergraduate and postgraduate degrees in English Language, English Literature, English Studies, Creative Writing, Literary Studies, Comparative Literature, Professional Writing, Rhetoric and Composition, Language and Communication, and related interdisciplinary programmes.

Fields of Study

• English Studies - The study of the English language, literature, culture, communication, and textual analysis across historical and contemporary contexts.
• Writing Forms - The study and practice of written expression across literary, creative, academic, professional, and digital forms, examining both technique and purpose.

History

• Academic Reputation: 60%
• Employer Reputation: 10%
• Citations per Paper: 15%
• H-Index: 15%
• International Research Network: 0%

History is the study of past societies, events, institutions, cultures, ideas, and individuals, examining how human experiences have shaped the development of communities, nations, and civilisations over time. The subject seeks to understand continuity and change by analysing evidence from a wide range of sources, including written records, archives, artefacts, oral histories, and material culture.

Degree programmes in this subject area typically develop students' abilities in research, critical analysis, source evaluation, interpretation, and evidence-based argumentation. Students examine historical developments across different periods, regions, and themes, exploring political systems, religious movements, social change, cultural developments, economic transformation, conflict, diplomacy, and intellectual traditions. Programmes often combine chronological and thematic approaches, encouraging students to engage with competing interpretations of the past and understand how historical narratives are constructed.

Common programme types include undergraduate and postgraduate degrees in History, Modern History, Ancient History, Political History, Religious History, World History, Social History, Cultural History, International History, Public History, Military History, and related interdisciplinary programmes.

Fields of Study

• Ancient History - The study of early civilisations, societies, cultures, and historical developments through the analysis of written, archaeological, and material evidence from the ancient world.
• History - The broad study of past human societies, events, institutions, and cultures, examining continuity, change, causes, and consequences across time.
• Modern History - The study of historical developments from the early modern period to the contemporary era, including political, social, economic, cultural, and international change.
• Political History - The study of governments, political institutions, leadership, ideologies, diplomacy, conflict, and the exercise of power throughout history.
• Religious History - The study of religious beliefs, traditions, institutions, movements, and their influence on societies, cultures, politics, and historical development.

History of Art

• Academic Reputation: 90%
• Employer Reputation: 10%
• Citations per Paper: 0%
• H-Index: 0%
• International Research Network: 0%

History of Art is the study of visual culture, artistic production, and the historical, social, cultural, religious, and political contexts in which works of art are created, interpreted, and understood. The subject examines artistic traditions across different periods, regions, and societies, exploring how visual expression reflects and influences human experience, cultural identities, intellectual movements, and historical change.

Degree programmes in this subject area typically combine visual analysis, historical research, critical theory, cultural interpretation, and interdisciplinary inquiry. Students develop skills in analysing artworks, understanding artistic styles and movements, evaluating historical sources, and interpreting the meanings and significance of visual objects within their broader contexts. Programmes often engage with painting, sculpture, architecture, photography, decorative arts, digital media, and contemporary visual culture, while also examining issues relating to representation, patronage, collecting, museums, and cultural heritage.

History of Art is inherently global and may encompass artistic traditions from Europe, Asia, Africa, the Middle East, the Americas, and Oceania. Common programme types include undergraduate and postgraduate degrees in History of Art, Art History, Visual Culture, Museum Studies, Curatorial Studies, Heritage Studies, Architectural History, and related interdisciplinary programmes.

Fields of Study

• Architectural History - The study of the historical development, design, cultural significance, and interpretation of buildings, structures, and built environments.
• Art History - The study of artworks, artistic movements, artists, and visual traditions within their historical and cultural contexts.
• Contemporary Art Studies - The study of modern and contemporary artistic practices, institutions, movements, and critical debates.
• Curatorial and Museum Studies - The study of collecting, exhibiting, interpreting, and managing artworks and cultural heritage within museums and galleries.
• Decorative Arts History - The study of artistic and designed objects created for both aesthetic and functional purposes, including furniture, ceramics, textiles, and metalwork.
• History of Art - The broad study of visual culture and artistic production across different historical periods, societies, and geographical regions.
• Photography and Visual Culture - The study of photography and other visual media as artistic, cultural, and historical forms of expression.
• Renaissance and Early Modern Art - The study of artistic developments, styles, and cultural movements from the Renaissance through the early modern period.
• Theory and Criticism of Art - The study of the intellectual, philosophical, and critical frameworks used to interpret and evaluate art and visual culture.
• World Art Traditions - The study of artistic traditions and visual cultures from diverse regions and civilisations across the world.

Linguistics

• Academic Reputation: 80%
• Employer Reputation: 10%
• Citations per Paper: 5%
• H-Index: 5%
• International Research Network: 0%

Linguistics is the scientific study of human language, examining how languages are structured, acquired, used, processed, and evolved across different societies and cultures. The subject seeks to understand the fundamental properties of language, including sounds, words, grammar, meaning, communication, and language variation, as well as the cognitive, social, and cultural factors that influence linguistic behaviour.

Degree programmes in this subject area typically combine theoretical analysis with empirical investigation, drawing on insights from the humanities, social sciences, psychology, education, computer science, and cognitive science. Students develop an understanding of language systems and communication through the study of phonetics, phonology, syntax, semantics, pragmatics, sociolinguistics, psycholinguistics, and language acquisition. Programmes often incorporate data analysis, fieldwork, language documentation, corpus analysis, and research methods for investigating linguistic phenomena.

Common programme types include undergraduate and postgraduate degrees in Linguistics, Applied Linguistics, Theoretical Linguistics, Language Sciences, Sociolinguistics, Psycholinguistics, Computational Linguistics, Language and Communication, Language Acquisition, and related interdisciplinary programmes.

Fields of Study

• Applied Linguistics - The study of practical applications of linguistic theory to areas such as language teaching, language learning, translation, language policy, and communication.
• Computational Linguistics - The study of language using computational methods, including natural language processing, language technologies, speech systems, and artificial intelligence applications.
• Historical Linguistics - The study of how languages change and develop over time, including language evolution, language families, and linguistic reconstruction.
• Linguistics - The broad scientific study of language structure, meaning, use, development, and variation across human societies.
• Phonetics and Phonology - The study of speech sounds, their production and perception, and the sound systems that operate within languages.
• Pragmatics - The study of how meaning is communicated and interpreted in context, including language use in social interaction.
• Psycholinguistics - The study of the cognitive processes involved in language acquisition, comprehension, production, and use.
• Semantics - The study of meaning in language, including how words, phrases, and sentences convey concepts and information.
• Sociolinguistics - The study of the relationship between language and society, including language variation, identity, culture, and social interaction.
• Syntax and Grammar - The study of the rules and structures that govern how words and phrases are organised into meaningful sentences.

Modern Languages

• Academic Reputation: 70%
• Employer Reputation: 30%
• Citations per Paper: 0%
• H-Index: 0%
• International Research Network: 0%

Modern Languages is the study of contemporary languages, cultures, societies, and forms of communication across different regions of the world. The subject focuses on developing advanced linguistic proficiency while also exploring the cultural, historical, political, literary, and social contexts in which languages are used. Through the study of languages and cultures, students gain insight into global perspectives, intercultural communication, and international engagement.

Degree programmes in this subject area typically combine intensive language learning with the study of literature, culture, history, media, translation, linguistics, and area studies. Students develop skills in speaking, listening, reading, writing, translation, intercultural understanding, and cross-cultural communication. Many programmes include study abroad opportunities, work placements, language immersion experiences, or the study of multiple languages alongside complementary disciplines such as international relations, business, history, politics, or cultural studies.

Common programme types include undergraduate and postgraduate degrees in Modern Languages, French Studies, German Studies, Hispanic Studies, Italian Studies, Chinese Studies, Japanese Studies, Arabic Studies, Russian Studies, Language and Culture, Translation Studies, Interpreting, Applied Languages, European Languages, Asian Languages, and related interdisciplinary programmes.

Fields of Study

• Arabic Studies - The study of the Arabic language, literature, culture, history, and societies of the Arabic-speaking world.
• Chinese Studies - The study of Chinese language, literature, culture, history, politics, and contemporary society.
• French Studies - The study of the French language and the cultures, literature, history, and societies of French-speaking regions.
• German Studies - The study of the German language, literature, culture, history, and contemporary issues within German-speaking societies.
• Italian Studies - The study of the Italian language and the cultural, literary, historical, and social traditions of Italy and Italian-speaking communities.
• Japanese Studies - The study of the Japanese language alongside the history, culture, society, literature, and contemporary developments of Japan.
• Modern Languages - The broad study of contemporary languages and their associated cultures, societies, literature, and intercultural communication.
• Russian Studies - The study of the Russian language, literature, culture, history, and political and social developments in Russian-speaking regions.
• Spanish and Hispanic Studies - The study of the Spanish language and the diverse cultures, histories, literatures, and societies of Spain and the Spanish-speaking world.
• Translation and Interpreting Studies - The study of written and spoken language mediation, including translation theory, interpreting practice, and intercultural communication.
• World Languages and Cultures - The comparative study of multiple languages and cultures, focusing on global communication, cultural understanding, and international perspectives.

Music

• Academic Reputation: 80%
• Employer Reputation: 20%
• Citations per Paper: 0%
• H-Index: 0%
• International Research Network: 0%

Music is the study of the creation, performance, interpretation, analysis, history, theory, and production of musical works across a wide range of styles, traditions, and cultural contexts. The subject explores music as both an artistic practice and an academic discipline, examining how sound is organised, performed, recorded, taught, and understood within societies around the world.

Degree programmes in this subject area typically combine practical and theoretical learning, enabling students to develop artistic, technical, analytical, and creative skills. Depending on the focus of the programme, students may engage in instrumental or vocal performance, composition, conducting, music technology, recording, production, historical study, music analysis, or education. Many programmes include individual tuition, ensemble participation, studio work, performance opportunities, research projects, and collaborative creative practice.

Common programme types include undergraduate and postgraduate degrees in Music, Music Performance, Music Composition, Music Production, Music Technology, Music Education, Conducting, Musicology, Ethnomusicology, Music Recording, Popular Music, Classical Music, Film Music, and related interdisciplinary programmes.

Fields of Study

• Conducting - The study and practice of directing musical ensembles, orchestras, choirs, and performances through leadership, interpretation, and rehearsal techniques.
• Music Composition - The creation and arrangement of original musical works across a variety of styles, genres, and performance settings.
• Music Education - The study of music teaching, learning, curriculum development, pedagogy, and the role of music within educational settings.
• Music History - The study of the development of music, musical traditions, composers, genres, and cultural influences across historical periods.
• Music Performance
• The study and practice of instrumental, vocal, ensemble, and live performance, focusing on technical proficiency, interpretation, and artistic expression.
• Music Production - The study of the technical and creative processes involved in producing, editing, mixing, and mastering musical recordings.
• Music Recording - The study of audio capture, recording technologies, studio techniques, and sound engineering for musical works.
• Music Theory - The study of the structure, language, notation, harmony, rhythm, form, and analytical principles of music.
• Musicology - The academic study of music within its historical, cultural, social, and intellectual contexts.

Performing Arts

• Academic Reputation: 80%
• Employer Reputation: 20%
• Citations per Paper: 0%
• H-Index: 0%
• International Research Network: 0%

Performing Arts is the study and practice of live and recorded artistic performance, encompassing disciplines that communicate ideas, stories, emotions, and cultural expression through movement, voice, performance, and visual presentation. The subject explores both the creative and technical dimensions of performance, examining how artistic works are conceived, developed, interpreted, produced, and presented to audiences.

Degree programmes in this subject area typically combine practical performance training with academic study, critical analysis, creative development, and professional practice. Students develop skills in performance, collaboration, artistic interpretation, production, communication, and audience engagement. Depending on the programme focus, learning may take place through rehearsals, studio work, performances, workshops, productions, research projects, and creative portfolios.

The subject area encompasses a wide range of performance traditions and contemporary practices, including theatre, dance, film, storytelling, and oral traditions. Programmes often encourage students to explore the cultural, historical, social, and artistic contexts of performance while developing the practical skills required for professional creative careers.

Common programme types include undergraduate and postgraduate degrees in Performing Arts, Theatre Studies, Acting, Dance, Film Studies, Film Production, Performance Studies, Directing, Choreography, Screen Arts, Oral Traditions, and related interdisciplinary programmes.

Fields of Study

• Dance - The study and practice of movement-based performance, including choreography, performance technique, artistic expression, and the cultural traditions of dance.
• Film - The study of cinematic storytelling, moving-image production, screen performance, directing, editing, and the artistic, cultural, and technical dimensions of filmmaking.
• Oral Literature - The study of spoken storytelling traditions, performance-based narratives, folklore, poetry, and other forms of cultural expression transmitted through oral performance.
• Theatre - The study and practice of dramatic performance, including acting, directing, stage production, dramaturgy, performance theory, and theatrical traditions.

Philosophy

• Academic Reputation: 75%
• Employer Reputation: 5%
• Citations per Paper: 10%
• H-Index: 10%
• International Research Network: 0%

Philosophy is the systematic study of fundamental questions concerning knowledge, reality, existence, reasoning, values, language, mind, and human conduct. It examines how individuals and societies understand the world, develop systems of thought, evaluate moral and political questions, and construct theories about truth, meaning, and human experience. As one of the oldest academic disciplines, philosophy provides intellectual foundations for many fields across the humanities, social sciences, natural sciences, law, politics, and religion.

Degree programmes in this subject area typically develop students' abilities in critical thinking, logical reasoning, conceptual analysis, argumentation, and the evaluation of evidence and ideas. Students engage with both historical and contemporary philosophical debates, examining the works of influential thinkers as well as modern approaches to ethical, political, scientific, and social questions. Programmes often combine the study of theoretical concepts with their application to contemporary challenges, encouraging rigorous reflection on complex issues from multiple perspectives.

Common programme types include undergraduate and postgraduate degrees in Philosophy, Applied Philosophy, Ethics, Political Philosophy, Philosophy of Science, Philosophy of Mind, Logic, Metaphysics, Epistemology, Religious Philosophy, Classical Philosophy, Contemporary Philosophy, and related interdisciplinary programmes combining philosophy with subjects such as law, politics, economics, psychology, mathematics, or computer science.

Fields of Study

• Applied Philosophy - The application of philosophical methods and principles to practical issues and contemporary challenges in areas such as law, technology, medicine, business, public policy, and society.
• Epistemology - The study of knowledge, belief, justification, truth, and the processes through which knowledge is acquired and evaluated.
• Ethics - The study of moral values, principles, and decision-making, exploring questions of right and wrong behaviour, responsibility, and human flourishing.
• History of Philosophy - The study of philosophical ideas, movements, thinkers, and traditions across different historical periods and cultural contexts.
• Logic - The study of valid reasoning, argument structure, inference, and the principles used to distinguish sound arguments from unsound ones.
• Metaphysics - The study of the fundamental nature of reality, existence, identity, causation, time, space, and the relationships between entities.
• Philosophical Traditions and Schools - The study of major philosophical movements, traditions, and systems of thought, including both Western and non-Western approaches to philosophical inquiry.
• Philosophy - The broad study of fundamental questions concerning knowledge, reality, existence, values, reason, language, and human understanding.

Theology, Divinity and Religious Studies

• Academic Reputation: 70%
• Employer Reputation: 10%
• Citations per Paper: 10%
• H-Index: 10%
• International Research Network: 0%

Theology, Divinity and Religious Studies is the study of religious beliefs, traditions, texts, practices, institutions, and their influence on individuals, societies, cultures, and history. The subject examines how different religious and spiritual traditions understand questions of meaning, existence, ethics, community, and the nature of the divine, while also exploring the historical, philosophical, social, and cultural dimensions of religion.

Degree programmes in this subject area typically combine textual analysis, historical inquiry, philosophical reflection, cultural study, and interdisciplinary research. Students develop an understanding of major world religions, theological traditions, religious thought, sacred texts, ethics, ritual practices, and the interaction between religion and society. Programmes often encourage the critical examination of both historical and contemporary religious issues, while developing skills in analysis, interpretation, research, communication, and comparative understanding.

The subject area encompasses both confessional and non-confessional approaches. Theology and Divinity programmes may focus on the beliefs, doctrines, and practices of particular religious traditions, while Religious Studies programmes typically adopt a broader comparative and academic perspective on religion as a social, historical, and cultural phenomenon.

Common programme types include undergraduate and postgraduate degrees in Theology, Divinity, Religious Studies, Biblical Studies, Comparative Religion, Islamic Studies, Christian Theology, Jewish Studies, Buddhist Studies, Hindu Studies, Philosophy of Religion, Religious Ethics, Interfaith Studies, and related interdisciplinary programmes.

Fields of Study

• Biblical Studies - The study of sacred scriptures, their historical context, interpretation, transmission, and influence on religious belief and practice.
• Comparative Religion - The study of similarities and differences between religious traditions, beliefs, practices, institutions, and worldviews.
• Divinity - The study of religious doctrine, ministry, pastoral practice, spiritual formation, and the application of theological knowledge within faith communities.
• History of Religion - The study of the origins, development, spread, and historical impact of religious traditions and movements.
• Philosophy of Religion - The study of philosophical questions concerning religion, faith, belief, reason, spirituality, and the nature of the divine.
• Religious Ethics - The study of moral principles, ethical systems, and values within religious traditions and their application to contemporary issues.
• Religious Studies - The academic study of religions as historical, cultural, social, and intellectual phenomena across different societies and traditions.
• Theology - The systematic study of religious beliefs, doctrines, sacred texts, and conceptions of the divine within particular faith traditions.
• World Religions - The study of major global religious traditions, their beliefs, practices, histories, and contemporary significance.

Subject Area	Academic Reputation	Employer Reputation	Citations per Paper	H-Index	International Research Network
Computer Science and Information Systems	40%	30%	12.5%	12.5%	5%
Engineering - Chemical	40%	30%	12.5%	12.5%	5%
Engineering - Civil and Structural	40%	30%	15%	15%	0%
Engineering - Electrical and Electronic	40%	30%	12.5%	12.5%	5%
Engineering - Mechanical, Aeronautical and Manufacturing	40%	30%	12.5%	12.5%	5%
Materials Science	40%	10%	20%	20%	10%

Computer Science and Information Systems

Computer Science and Information Systems is the study of computational theory, software development, data management, digital technologies, and information systems that underpin modern societies and economies. The subject explores how computers process information, how software and digital systems are designed and implemented, and how organisations use technology to manage data, support decision-making, and deliver services.

Degree programmes in this subject area typically combine theoretical foundations with practical application. Students develop knowledge of programming, software engineering, algorithms, databases, cybersecurity, computer networks, human-computer interaction, and information systems management. Programmes often include project-based learning, laboratory work, systems design, and industry-focused applications.

Common programme types include Computer Science, Information Systems, Software Engineering, Cybersecurity, Information Technology, Computer Engineering, Human-Computer Interaction, and Business Information Systems.

Fields of Study

• Computer Science - The study of computation, algorithms, programming, software development, and computational theory.
• Cybersecurity - The study of protecting digital systems, networks, data, and infrastructure from cyber threats and vulnerabilities.
• Database Systems - The study of the design, implementation, management, and optimisation of data storage and retrieval systems.
• Human-Computer Interaction - The study of how people interact with digital technologies and how user-centred systems are designed.
• Information Systems - The study of how organisations use technology, data, and digital processes to support operations and decision-making.
• Networks and Communications - The study of computer networking, communications technologies, distributed systems, and internet infrastructure.
• Software Engineering - The study of systematic approaches to designing, developing, testing, and maintaining software systems.

Data Science and Artificial Intelligence

Data Science and Artificial Intelligence focuses on the extraction of knowledge from data and the development of intelligent systems capable of learning, reasoning, prediction, and decision-making. The subject brings together methods from computer science, mathematics, statistics, and machine learning to solve complex real-world problems.

Degree programmes typically emphasise programming, statistical analysis, machine learning, data visualisation, predictive modelling, artificial intelligence systems, and ethical considerations relating to data and automation. Students often engage with large datasets, computational tools, and practical industry applications.

Common programme types include Data Science, Artificial Intelligence, Machine Learning, Analytics, Business Analytics, Computational Data Science, and Intelligent Systems.

Fields of Study

• Artificial Intelligence - The study of systems that can perform tasks requiring human-like reasoning, learning, perception, and decision-making.
• Data Analytics - The study of methods for extracting insights, patterns, and value from structured and unstructured data.
• Data Science - The interdisciplinary study of collecting, managing, analysing, and interpreting data to generate knowledge and support decision-making.
• Machine Learning - The study of algorithms and models that enable systems to learn from data and improve performance without explicit programming.
• Natural Language Processing - The study of computational techniques that enable computers to understand, process, and generate human language.
• Predictive Modelling - The study of statistical and computational methods used to forecast outcomes and identify future trends.
• Responsible AI and Ethics - The study of ethical, social, legal, and governance issues arising from the development and use of artificial intelligence.

Engineering - Chemical

Chemical Engineering applies principles from chemistry, physics, mathematics, and engineering to design, optimise, and operate processes that transform raw materials into valuable products. The subject plays a critical role in industries such as energy, pharmaceuticals, biotechnology, food production, advanced materials, and environmental management.

Degree programmes typically combine scientific knowledge with engineering design and process management. Students study chemical processes, thermodynamics, reaction engineering, process control, transport phenomena, and sustainability.

Common programme types include Chemical Engineering, Biochemical Engineering, Process Engineering, Industrial Chemical Engineering, and Energy Process Engineering.

Fields of Study

• Biochemical Engineering - The application of engineering principles to biological systems and biotechnology processes.
• Chemical Engineering - The study of designing and operating processes that convert materials into useful products.
• Materials Processing - The study of techniques used to manufacture and transform materials for industrial applications.
• Process Design and Operations - The study of designing, operating, and optimising industrial production systems.
• Process Safety Engineering - The study of risk assessment and safety management within chemical and industrial facilities.
• Reaction Engineering - The study of chemical reactions and reactor systems used in industrial processes.

Engineering - Civil and Structural

Civil and Structural Engineering focuses on the planning, design, construction, operation, and maintenance of the built environment and critical infrastructure. The subject addresses the development of buildings, transport systems, water infrastructure, and structures that support modern societies.

Degree programmes combine engineering principles, mathematics, physics, design, and project management. Students develop expertise in structural analysis, construction materials, geotechnics, transportation systems, and environmental engineering.

Common programme types include Civil Engineering, Structural Engineering, Construction Engineering, Infrastructure Engineering, and Environmental Engineering.

Fields of Study

• Construction Engineering - The study of engineering methods used in construction projects and infrastructure delivery.
• Environmental Engineering - The study of engineering solutions to environmental challenges involving water, waste, and sustainability.
• Geotechnical Engineering - The study of soil, rock, and earth materials and their application in construction projects.
• Structural Engineering - The study of designing and analysing structures to ensure safety, stability, and performance.
• Transportation Engineering - The study of transport systems, infrastructure, mobility, and traffic management.
• Water Resources Engineering - The study of water supply, flood management, hydrology, and water infrastructure systems.

Engineering - Electrical and Electronic

Electrical and Electronic Engineering focuses on the generation, transmission, processing, and application of electrical energy, signals, and electronic systems. The subject underpins modern technologies including telecommunications, automation, computing, renewable energy, and consumer electronics.

Degree programmes integrate mathematics, physics, systems analysis, and engineering design. Students study electrical power, electronics, communications, control systems, embedded systems, and signal processing.

Common programme types include Electrical Engineering, Electronic Engineering, Telecommunications Engineering, Power Engineering, and Control Systems Engineering.

Fields of Study

• Communications Engineering - The study of systems and technologies used to transmit information and data.
• Control Systems Engineering - The study of automated systems and feedback mechanisms that regulate processes and machines.
• Electronic Engineering - The study of electronic circuits, devices, systems, and technologies.
• Embedded Systems - The study of integrated computing systems designed to perform dedicated functions.
• Electrical Engineering - The study of electrical power generation, transmission, distribution, and utilisation.
• Power Systems Engineering - The study of electricity networks, energy systems, and power infrastructure.
• Signal Processing - The study of analysing, transforming, and interpreting electrical and digital signals.

Engineering - Mechanical, Aeronautical and Manufacturing

Mechanical, Aeronautical and Manufacturing Engineering is concerned with the design, development, production, and operation of machines, vehicles, aircraft, and manufacturing systems. The subject combines engineering science with applied design, innovation, and production technologies.

Degree programmes often include mechanics, thermodynamics, materials science, manufacturing technologies, fluid dynamics, robotics, and systems design. Students typically engage in practical design projects, laboratory work, and engineering simulations.

Common programme types include Mechanical Engineering, Aerospace Engineering, Manufacturing Engineering, Automotive Engineering, Mechatronics, and Robotics Engineering.

Fields of Study

• Aerospace Engineering - The study of aircraft, spacecraft, flight systems, propulsion, and aerospace technologies.
• Automotive Engineering - The study of vehicle design, performance, manufacturing, and transportation technologies.
• Manufacturing Engineering - The study of industrial production processes, systems, and manufacturing technologies.
• Mechanical Engineering - The study of machines, energy systems, mechanics, and engineering design.
• Mechatronics - The integration of mechanical, electrical, computing, and control engineering systems.
• Robotics Engineering - The study of robotic systems, automation technologies, and intelligent machines.
• Thermofluids Engineering - The study of heat transfer, fluid mechanics, energy systems, and thermodynamics.

Engineering - Mineral and Mining

Mineral and Mining Engineering focuses on the exploration, extraction, processing, and management of mineral resources. The subject addresses the technical, environmental, economic, and safety considerations associated with mining operations and resource development.

Degree programmes combine engineering, geology, environmental science, and resource management. Students study mine design, mineral processing, geomechanics, resource evaluation, and sustainable extraction practices.

Common programme types include Mining Engineering, Mineral Engineering, Resource Engineering, Extractive Metallurgy, and Mine Management.

Fields of Study

• Extractive Metallurgy - The study of extracting and refining metals from ores and mineral resources.
• Mineral Processing - The study of techniques used to separate, concentrate, and process mineral materials.
• Mining Engineering - The study of mine planning, extraction methods, mine operations, and resource management.
• Resource Evaluation - The study of assessing the quantity, quality, and economic viability of mineral deposits.
• Rock Mechanics and Geomechanics - The study of the behaviour of rock masses and geological materials in mining environments.
• Sustainable Mining - The study of environmentally and socially responsible approaches to resource extraction.

Engineering - Petroleum

Petroleum Engineering focuses on the exploration, extraction, production, and management of oil and gas resources. The subject integrates engineering, geology, geophysics, and economics to develop technologies and systems that maximise resource recovery while addressing safety, efficiency, and environmental considerations.

Degree programmes typically combine engineering science with practical industry applications. Students study reservoir engineering, drilling systems, production operations, energy economics, and resource management.

Common programme types include Petroleum Engineering, Reservoir Engineering, Drilling Engineering, Energy Engineering, and Oil and Gas Engineering.

Fields of Study

• Drilling Engineering - The study of drilling technologies, well design, and resource extraction operations.
• Energy Systems Engineering - The study of energy production, distribution, and management within oil and gas contexts.
• Petroleum Engineering - The study of the exploration, extraction, production, and management of hydrocarbon resources.
• Production Engineering - The study of technologies and systems used to optimise oil and gas production.
• Reservoir Engineering - The study of subsurface reservoirs and methods for maximising hydrocarbon recovery.
• Well Engineering - The study of well design, construction, integrity, maintenance, and lifecycle management.

Subject Area	Academic Reputation	Employer Reputation	Citations per Paper	H-Index	International Research Network
Agriculture and Forestry	50%	10%	15%	15%	10%
Anatomy and Physiology	40%	10%	25%	25%	0%
Biological Sciences	40%	10%	20%	20%	10%
Dentistry	30%	10%	30%	30%	0%
Medicine	40%	10%	20%	20%	10%
Nursing	30%	10%	30%	30%	0%
Pharmacy and Pharmacology	40%	10%	20%	20%	10%
Psychology	40%	20%	15%	15%	10%
Veterinary Science	30%	10%	30%	30%	0%

Agriculture and Forestry

Agriculture and Forestry is the study of the sustainable management, production, and stewardship of agricultural systems, natural resources, forests, and food supply chains. The subject examines how biological, environmental, technological, and economic factors interact to support food production, land management, ecosystem services, and resource sustainability.

Degree programmes in this subject area typically combine scientific knowledge with practical application, enabling students to understand plant and animal production systems, agricultural technologies, environmental management, forestry operations, and sustainable resource use. Programmes often include laboratory work, field studies, farm-based learning, environmental monitoring, and industry engagement.

Common programme types include Agriculture, Agricultural Science, Forestry, Agribusiness, Crop Science, Animal Science, Agricultural Technology, Sustainable Agriculture, Forest Management, and Environmental Resource Management.

Fields of Study

• Agribusiness - The study of the commercial, economic, and management aspects of agricultural production and food systems.
• Agricultural Science - The study of the biological, environmental, and technological principles underpinning agricultural production.
• Animal Science - The study of livestock biology, breeding, nutrition, health, and production systems.
• Crop Science - The study of crop production, plant breeding, soil management, and agricultural sustainability.
• Forestry - The study of forests, woodland ecosystems, forest resources, and sustainable forest management.
• Forest Management - The study of planning, conserving, and managing forest resources for environmental, economic, and social objectives.
• Sustainable Agriculture - The study of agricultural systems that balance productivity, environmental stewardship, and long-term resource sustainability.

Anatomy and Physiology

Anatomy and Physiology is the study of the structure and function of the human body and other living organisms. The subject examines how cells, tissues, organs, and body systems are organised and how they interact to maintain health, growth, adaptation, and survival.

Degree programmes typically combine biological sciences with medical and health-related knowledge. Students develop an understanding of human structure, organ systems, cellular processes, biomechanics, and physiological regulation through laboratory work, practical study, and scientific investigation.

Common programme types include Anatomy, Physiology, Human Biology, Biomedical Science, Clinical Anatomy, Exercise Physiology, and Human Physiology.

Fields of Study

• Anatomy - The study of the structure, organisation, and relationships of cells, tissues, organs, and body systems.
• Cellular Physiology - The study of the biological processes occurring within cells and their role in maintaining life.
• Clinical Anatomy - The application of anatomical knowledge to healthcare, medicine, and clinical practice.
• Exercise Physiology - The study of how the body responds and adapts to physical activity and exercise.
• Human Physiology - The study of the functions and regulatory mechanisms of the human body's systems and organs.
• Systems Physiology - The study of how multiple body systems interact to maintain health and biological function.

Biological Sciences

Biological Sciences is the study of living organisms, life processes, and the interactions between organisms and their environments. The subject spans scales from molecular biology and genetics to ecosystems and global biodiversity, providing foundational knowledge for medicine, biotechnology, environmental sciences, and life science research.

Degree programmes combine theoretical understanding with practical scientific investigation. Students develop laboratory, analytical, and research skills while studying fundamental biological principles and contemporary scientific developments.

Common programme types include Biology, Biological Sciences, Molecular Biology, Genetics, Biotechnology, Microbiology, Ecology, and Zoology.

Fields of Study

• Biotechnology - The study of applying biological systems and processes to develop products and technologies.
• Cell Biology - The study of cellular structure, function, growth, and communication.
• Ecology - The study of interactions between organisms and their environments.
• Evolutionary Biology - The study of the origins, adaptation, and diversification of life over time.
• Genetics - The study of heredity, genes, genetic variation, and inheritance.
• Microbiology - The study of microorganisms including bacteria, fungi, viruses, and other microscopic life forms.
• Molecular Biology - The study of biological processes at the molecular level.
• Zoology - The study of animal biology, behaviour, evolution, and diversity.

Dentistry

Dentistry is the study and practice of oral health, oral disease prevention, diagnosis, treatment, and patient care. The subject focuses on the health of the teeth, gums, oral tissues, and associated structures, while also recognising the wider relationship between oral health and overall wellbeing.

Degree programmes integrate biomedical sciences, clinical practice, patient care, and professional training. Students develop knowledge of oral biology, pathology, restorative treatments, oral surgery, and preventive dentistry through clinical placements and supervised practice.

Common programme types include Dentistry, Dental Surgery, Oral Health Sciences, Dental Hygiene, and Dental Therapy.

Fields of Study

• Dental Materials - The study of materials used in restorative and clinical dental procedures.
• Dental Public Health - The study of population oral health, prevention strategies, and public health policy.
• Oral Biology - The study of the biological systems and processes associated with oral health and disease.
• Oral Medicine - The study of the diagnosis and management of oral and related health conditions.
• Oral Surgery - The study and practice of surgical procedures involving the mouth, jaw, and related structures.
• Orthodontics - The study of diagnosing and correcting irregularities of teeth and jaw alignment.
• Restorative Dentistry - The study and practice of repairing and replacing damaged teeth and oral structures.

Medicine

Medicine is the study of human health, disease, diagnosis, treatment, prevention, and patient care. The subject combines scientific knowledge, clinical skills, and professional practice to prepare students for the assessment, management, and treatment of medical conditions across diverse healthcare settings.

Degree programmes typically integrate biomedical sciences, clinical education, practical training, and patient-centred care. Students gain experience in hospitals, community settings, laboratories, and clinical environments while developing the knowledge and competencies required for medical practice.

Common programme types include Medicine, Medical Sciences, Clinical Medicine, Graduate Medicine, and Physician Training programmes.

Fields of Study

• Clinical Medicine - The study and practice of diagnosing, treating, and managing diseases and medical conditions.
• Medical Sciences - The study of the scientific principles underpinning human health and disease.
• Pathology - The study of disease processes, causes, and effects on the body.
• Preventive Medicine - The study of disease prevention, health promotion, and population health strategies.
• Primary Care Medicine - The study and practice of comprehensive frontline healthcare.
• Surgery - The study and practice of operative and procedural treatment of disease and injury.
• Translational Medicine - The study of applying scientific discoveries to clinical practice and patient care.

Nursing

Nursing is the study and practice of providing person-centred healthcare, support, advocacy, and clinical care across diverse healthcare settings. The subject focuses on promoting health, preventing illness, supporting recovery, and improving quality of life for individuals, families, and communities.

Degree programmes combine scientific knowledge, clinical skills, communication, leadership, and evidence-based practice. Students gain substantial practical experience through supervised placements in healthcare environments.

Common programme types include Nursing, Adult Nursing, Children's Nursing, Mental Health Nursing, Community Nursing, and Advanced Nursing Practice.

Fields of Study

• Adult Nursing - The study and practice of caring for adults across a range of healthcare settings.
• Community Nursing - The study of healthcare delivery within community and home-based environments.
• Mental Health Nursing - The study and practice of supporting individuals experiencing mental health conditions.
• Nursing - The broad study of patient care, health promotion, and professional nursing practice.
• Nursing Leadership and Management - The study of healthcare leadership, service improvement, and nursing management.
• Paediatric Nursing - The study and practice of caring for infants, children, and young people.
• Public Health Nursing - The study of health promotion, prevention, and community wellbeing initiatives.

Pharmacy and Pharmacology

Pharmacy and Pharmacology is the study of medicines, drug development, therapeutic interventions, and the effects of drugs on biological systems. The subject combines scientific research with healthcare applications to improve patient outcomes and advance pharmaceutical innovation.

Degree programmes typically examine chemistry, biology, pharmacology, therapeutics, clinical practice, and drug development. Students develop expertise in medicines optimisation, patient care, pharmaceutical science, and drug regulation.

Common programme types include Pharmacy, Pharmacology, Pharmaceutical Sciences, Clinical Pharmacy, and Drug Development.

Fields of Study

• Clinical Pharmacy - The study of patient-centred medication management and pharmaceutical care.
• Pharmaceutical Sciences - The study of the discovery, design, formulation, and manufacture of medicines.
• Pharmacology - The study of how drugs interact with biological systems and affect health and disease.
• Pharmacotherapy - The study of the use of medicines in disease treatment and management.
• Toxicology - The study of harmful substances and their effects on living organisms.
• Drug Discovery and Development - The study of the processes involved in creating and evaluating new medicines.

Psychology

Psychology is the scientific study of mind, behaviour, cognition, emotion, and human development. The subject examines how individuals think, feel, learn, interact, and respond to their environments, drawing upon biological, social, developmental, and cognitive perspectives.

Degree programmes combine scientific research methods with theoretical and applied understanding of human behaviour. Students develop analytical, research, and interpersonal skills while exploring psychological processes and behaviour across the lifespan.

Common programme types include Psychology, Applied Psychology, Clinical Psychology, Cognitive Psychology, Organisational Psychology, and Counselling Psychology.

Fields of Study

• Clinical Psychology - The study of mental health, psychological disorders, assessment, and therapeutic interventions.
• Cognitive Psychology - The study of memory, learning, language, perception, and thinking.
• Developmental Psychology - The study of psychological development across the lifespan.
• Organisational Psychology - The study of behaviour within workplaces and organisations.
• Psychology - The broad scientific study of behaviour, mental processes, and human experience.
• Social Psychology - The study of how social interactions, groups, and environments influence behaviour.
• Counselling Psychology - The study of psychological support, wellbeing, and therapeutic practice.

Veterinary Science

Veterinary Science is the study of animal health, disease prevention, diagnosis, treatment, welfare, and population health. The subject integrates biological sciences, medicine, agriculture, and public health to support the wellbeing of domestic animals, livestock, wildlife, and companion animals.

Degree programmes combine scientific foundations with extensive clinical and practical training. Students study animal anatomy, physiology, pathology, surgery, pharmacology, diagnostics, and disease management while gaining experience in veterinary practice settings.

Common programme types include Veterinary Science, Veterinary Medicine, Animal Health, Veterinary Nursing, and Livestock Health Management.

Fields of Study

• Animal Health - The study of maintaining and improving the health and wellbeing of animals.
• Comparative Veterinary Medicine - The study of similarities and differences in diseases and treatments across animal species.
• Large Animal Medicine - The study of veterinary care for livestock and large animals.
• Small Animal Medicine - The study of veterinary care for companion animals and pets.
• Veterinary Pathology - The study of animal diseases, their causes, and effects.
• Veterinary Public Health - The study of animal health in relation to food safety, disease control, and public health.
• Veterinary Science - The broad study and practice of diagnosing, treating, and preventing disease in animals.

Subject Area	Academic Reputation	Employer Reputation	Citations per Paper	H-Index	International Research Network
Chemistry	40%	20%	15%	15%	10%
Earth and Marine Sciences	40%	10%	20%	20%	10%
Environmental Sciences	40%	10%	22.5%	22.5%	5%
Geography	60%	10%	15%	15%	0%
Geology	30%	10%	25%	25%	10%
Geophysics	30%	10%	25%	25%	10%
Materials Science	40%	10%	20%	20%	10%
Mathematics	40%	20%	15%	15%	10%
Physics and Astronomy	40%	20%	15%	15%	10%

Chemistry

Chemistry is the study of matter, its composition, structure, properties, and the transformations it undergoes through chemical reactions. As a central science, chemistry connects the physical and life sciences, providing fundamental knowledge that underpins developments in medicine, energy, materials, environmental sustainability, agriculture, and manufacturing.

Degree programmes in this subject area typically combine theoretical study with extensive laboratory-based learning. Students develop an understanding of chemical principles, analytical techniques, experimental design, and scientific problem-solving while investigating substances from the atomic and molecular level through to complex chemical systems. Programmes often include practical laboratory work, independent research projects, computational modelling, and industrial applications.

Common programme types include Chemistry, Applied Chemistry, Analytical Chemistry, Industrial Chemistry, Medicinal Chemistry, Environmental Chemistry, and Chemical Sciences.

Fields of Study

• Analytical Chemistry - The study of methods and techniques used to identify, measure, and characterise chemical substances.
• Biochemistry - The study of chemical processes and molecules that underpin living organisms and biological systems.
• Environmental Chemistry - The study of chemical processes occurring within the environment and their impact on ecosystems and human health.
• Inorganic Chemistry - The study of the properties, structures, and reactions of inorganic compounds and materials.
• Organic Chemistry - The study of carbon-containing compounds and their structures, reactions, and applications.
• Physical Chemistry - The study of the physical principles governing chemical systems, including thermodynamics, kinetics, and quantum chemistry.
• Theoretical and Computational Chemistry - The study of chemical phenomena through mathematical modelling, simulation, and computational analysis.

Earth and Marine Sciences

Earth and Marine Sciences is the study of the Earth's systems, oceans, atmosphere, and natural processes that shape the planet over time. The subject examines the interactions between geological, chemical, biological, and physical processes affecting terrestrial and marine environments.

Degree programmes typically combine fieldwork, laboratory analysis, scientific investigation, and quantitative methods. Students explore Earth's history, environmental processes, ocean systems, climate interactions, and natural resources while developing practical and analytical skills.

Common programme types include Earth Sciences, Marine Science, Oceanography, Marine Biology, Earth Systems Science, and Environmental Earth Science.

Fields of Study

• Earth Systems Science - The study of interactions between geological, atmospheric, biological, and hydrological systems.
• Marine Biology - The study of marine organisms, ecosystems, and biodiversity within ocean environments.
• Marine Geology - The study of geological processes, structures, and materials found beneath oceans and coastal regions.
• Oceanography - The study of the physical, chemical, biological, and geological characteristics of the oceans.
• Palaeontology - The study of ancient life through fossil evidence and Earth's geological record.
• Sedimentology - The study of sediments, sedimentary rocks, and depositional processes.

Environmental Sciences

Environmental Sciences is the multidisciplinary study of the natural environment and the interactions between environmental, biological, physical, and human systems. The subject addresses contemporary challenges such as climate change, pollution, biodiversity loss, resource management, and environmental sustainability.

Degree programmes typically combine natural sciences, social sciences, data analysis, and environmental policy. Students develop an understanding of environmental processes and evidence-based approaches to addressing environmental challenges through fieldwork, laboratory study, and applied research.

Common programme types include Environmental Science, Environmental Management, Sustainability Science, Climate Science, Environmental Policy, and Conservation Science.

Fields of Study

• Climate Science - The study of climate systems, climate change, and atmospheric processes.
• Conservation Science - The study of protecting biodiversity, ecosystems, and natural resources.
• Environmental Management - The study of policies, practices, and strategies for managing environmental impacts and resources.
• Environmental Monitoring - The study of techniques used to assess and track environmental conditions and change.
• Environmental Science - The broad study of environmental systems, processes, and sustainability challenges.
• Sustainability Science - The study of balancing environmental protection, economic development, and social wellbeing.

Geography

Geography is the study of places, spaces, environments, and the relationships between people and the natural world. The subject investigates physical landscapes, environmental systems, human societies, spatial patterns, and global challenges across local, regional, and international scales.

Degree programmes typically combine fieldwork, spatial analysis, data interpretation, and interdisciplinary research. Students examine issues such as urbanisation, climate change, development, migration, environmental management, and geographical information systems.

Common programme types include Geography, Human Geography, Physical Geography, Environmental Geography, Geospatial Science, and Geographic Information Systems.

Fields of Study

• Economic Geography - The study of economic activity, trade, industries, and regional development across space.
• Geographic Information Systems (GIS) - The study of spatial data collection, analysis, visualisation, and mapping technologies.
• Geography - The broad study of environments, places, people, and spatial relationships.
• Human Geography - The study of societies, cultures, populations, and human interactions with places and environments.
• Physical Geography - The study of natural environments, landscapes, climate, ecosystems, and Earth's physical processes.
• Urban Geography - The study of cities, urbanisation, and spatial patterns of human settlement.

Geology

Geology is the study of the Earth's physical structure, materials, history, and processes. The subject investigates rocks, minerals, landforms, tectonic activity, geological hazards, and the evolution of the planet over geological time.

Degree programmes typically combine field-based investigation with laboratory analysis and scientific interpretation. Students develop an understanding of geological processes and their applications to natural resource exploration, environmental management, hazard assessment, and Earth history.

Common programme types include Geology, Applied Geology, Petroleum Geology, Engineering Geology, Geological Sciences, and Earth Sciences.

Fields of Study

• Engineering Geology - The study of geological conditions and processes relevant to engineering and construction projects.
• Geochemistry - The study of the chemical composition and processes of Earth materials.
• Geology - The broad study of Earth's materials, structure, history, and geological processes.
• Geomorphology - The study of landforms and the processes that shape Earth's surface.
• Mineralogy - The study of minerals, their properties, formation, and classification.
• Petrology - The study of rocks, their origins, composition, and transformation.
• Structural Geology - The study of rock deformation, tectonics, and geological structures.

Geophysics

Geophysics is the study of the Earth using the principles of physics to understand its structure, composition, processes, and dynamic behaviour. The subject examines natural phenomena occurring within the Earth, oceans, and atmosphere through observation, measurement, modelling, and data analysis.

Degree programmes typically combine physics, mathematics, computing, and Earth science. Students develop skills in quantitative analysis, modelling, remote sensing, and geophysical surveying techniques used in research, resource exploration, and hazard assessment.

Common programme types include Geophysics, Applied Geophysics, Exploration Geophysics, Earth Physics, and Planetary Geophysics.

Fields of Study

• Exploration Geophysics - The study of geophysical methods used to investigate mineral, energy, and groundwater resources.
• Geodynamics - The study of forces and processes driving Earth's internal and surface evolution.
• Geophysics - The broad study of Earth's structure and processes using physical principles and methods.
• Planetary Geophysics - The study of the physical characteristics and processes of planets and other celestial bodies.
• Seismology - The study of earthquakes, seismic waves, and Earth's internal structure.
• Volcanology - The study of volcanoes, volcanic processes, and associated geological hazards.

Materials Science

Materials Science is the study of the properties, structure, performance, and applications of materials used in technology, engineering, manufacturing, and industry. The subject examines how materials behave under different conditions and how new materials can be designed to address scientific and technological challenges.

Degree programmes integrate principles from physics, chemistry, engineering, and nanotechnology. Students investigate metals, ceramics, polymers, composites, semiconductors, and advanced functional materials through laboratory work, modelling, and applied research.

Common programme types include Materials Science, Materials Engineering, Biomaterials, Nanomaterials, Metallurgy, and Advanced Materials.

Fields of Study

• Biomaterials - The study of materials designed for medical and biological applications.
• Ceramics and Glass - The study of inorganic non-metallic materials and their properties and applications.
• Composite Materials - The study of materials formed by combining different substances to achieve enhanced performance.
• Materials Science - The broad study of material structure, properties, behaviour, and applications.
• Metallurgy - The study of metals, alloys, and metal-processing technologies.
• Nanomaterials - The study of materials engineered at the nanoscale to achieve novel properties and functions.
• Polymer Science - The study of plastic, rubber, and synthetic polymer materials.

Mathematics

Mathematics is the study of numbers, structures, patterns, relationships, and logical reasoning. It provides the theoretical foundations for science, engineering, economics, computing, finance, and a wide range of disciplines that rely on quantitative analysis and modelling.

Degree programmes typically emphasise abstract reasoning, problem-solving, mathematical proof, and analytical thinking. Students investigate mathematical theories and methods while applying them to practical and theoretical challenges across diverse fields.

Common programme types include Mathematics, Applied Mathematics, Pure Mathematics, Statistics, Actuarial Science, and Mathematical Sciences.

Fields of Study

• Applied Mathematics - The study of mathematical methods used to solve practical problems in science, engineering, and industry.
• Computational Mathematics - The study of numerical methods, algorithms, and computational techniques for solving mathematical problems.
• Mathematical Modelling - The study of representing real-world systems and processes through mathematical frameworks.
• Mathematics - The broad study of mathematical theory, structure, logic, and quantitative relationships.
• Pure Mathematics - The study of abstract mathematical concepts, structures, and theoretical foundations.
• Statistics - The study of data collection, analysis, interpretation, probability, and statistical inference.

Physics and Astronomy

Physics and Astronomy is the study of matter, energy, forces, motion, space, and the universe. The subject seeks to understand the fundamental laws governing natural phenomena, from subatomic particles to galaxies and the large-scale structure of the cosmos.

Degree programmes combine theoretical understanding, experimentation, observation, modelling, and quantitative analysis. Students develop advanced analytical and problem-solving skills while investigating physical systems and astronomical phenomena through laboratory work, computing, and observational techniques.

Common programme types include Physics, Astrophysics, Astronomy, Theoretical Physics, Applied Physics, Particle Physics, and Space Science.

Fields of Study

• Astronomy - The study of celestial objects, planetary systems, stars, galaxies, and the universe.
• Astrophysics - The study of the physical processes governing astronomical phenomena and celestial bodies.
• Nuclear and Particle Physics - The study of atomic nuclei, fundamental particles, and the forces that govern them.
• Optics and Photonics - The study of light, optical systems, lasers, and photonic technologies.
• Physics - The broad study of matter, energy, motion, forces, and natural laws.
• Quantum Physics - The study of matter and energy at atomic and subatomic scales.
• Space Science - The study of space environments, planetary systems, and space exploration.
• Theoretical Physics - The study of physical phenomena through mathematical models and theoretical frameworks.

Subject Area	Academic Reputation	Employer Reputation	Citations per Paper	H-Index	International Research Network
Accounting and Finance	50%	30%	10%	10%	0%
Anthropology	70%	10%	10%	10%	0%
Business and Management Studies	50%	30%	10%	10%	0%
Communication and Media Studies	50%	10%	20%	20%	0%
Economics and Econometrics	40%	20%	20%	20%	0%
Education	50%	10%	20%	20%	0%
Hospitality and Leisure Management	45%	50%	5%	0%	0%
Law	50%	30%	5%	15%	0%
Library and Information Management	70%	10%	15%	5%	0%
Marketing	50%	30%	10%	10%	0%
Politics and International Studies	50%	30%	10%	10%	0%
Social Policy and Administration	70%	20%	10%	0%	0%
Sociology	70%	10%	5%	15%	0%
Sports-related Subjects	60%	10%	15%	15%	0%
Statistics and Operational Research	50%	10%	20%	20%	0%

Accounting and Finance

Accounting and Finance is the study of financial information, financial systems, business performance, investment decision-making, and the management of financial resources. The subject examines how organisations, governments, investors, and markets generate, analyse, report, and use financial information to support economic activity and strategic decision-making.

Degree programmes typically combine quantitative analysis, business knowledge, regulatory understanding, and practical application. Students develop expertise in financial reporting, auditing, corporate finance, investment analysis, taxation, risk management, and financial markets.

Common programme types include Accounting, Finance, Accounting and Finance, Banking and Finance, Investment Management, and Financial Economics.

Fields of Study

• Accounting - The study of financial reporting, auditing, taxation, management accounting, and financial governance.
• Banking - The study of financial institutions, banking operations, lending, regulation, and financial services.
• Corporate Finance - The study of financial decision-making, capital structure, investment, and organisational value creation.
• Financial Markets and Investments - The study of securities, portfolio management, asset valuation, and investment strategies.
• Financial Technology (FinTech) - The study of technology-driven innovations in financial services and financial systems.
• Risk Management - The study of identifying, assessing, and managing financial and operational risks.

Anthropology

Anthropology is the study of human societies, cultures, behaviour, and development across time and place. The subject examines the diversity of human experience, exploring how people live, organise communities, create meaning, and adapt to social and environmental change.

Degree programmes typically combine qualitative research, fieldwork, cultural analysis, and interdisciplinary perspectives. Students investigate cultural practices, human evolution, social organisation, language, identity, and globalisation.

Common programme types include Anthropology, Social Anthropology, Cultural Anthropology, Biological Anthropology, and Applied Anthropology.

Fields of Study

• Applied Anthropology - The application of anthropological knowledge to practical social, cultural, and policy challenges.
• Archaeological Anthropology - The study of past human societies through material remains and cultural evidence.
• Biological Anthropology - The study of human evolution, biological diversity, and adaptation.
• Cultural Anthropology - The study of cultural beliefs, practices, identities, and social systems.
• Linguistic Anthropology - The study of language as a component of culture and social life.
• Social Anthropology - The study of social structures, relationships, institutions, and human communities.

Business and Management Studies

Business and Management Studies focuses on how organisations are created, managed, led, and developed within complex economic and social environments. The subject examines strategy, operations, leadership, entrepreneurship, innovation, and organisational performance.

Degree programmes typically combine theoretical understanding with practical business applications. Students develop skills in management, leadership, analysis, communication, and strategic decision-making.

Common programme types include Business Management, International Business, Entrepreneurship, Strategic Management, and Organisational Studies.

Fields of Study

• Business Management - The study of organisational operations, leadership, and performance.
• Entrepreneurship - The study of creating, developing, and managing new ventures and innovations.
• Human Resource Management - The study of workforce management, talent development, and organisational behaviour.
• International Business - The study of business operations across global markets and cultures.
• Operations Management - The study of designing and managing organisational processes and resources.
• Strategic Management - The study of long-term organisational planning, competitiveness, and value creation.

Communication and Media Studies

Communication and Media Studies examines how information, ideas, messages, and media content are created, communicated, interpreted, and consumed within societies. The subject explores traditional and digital media alongside broader questions of culture, influence, representation, and public discourse.

Degree programmes often combine theoretical study, practical media production, research methods, and critical analysis.

Common programme types include Media Studies, Communication Studies, Journalism, Public Relations, Digital Media, and Strategic Communication.

Fields of Study

• Communication Studies - The study of human communication processes and systems.
• Digital Media - The study of digital communication platforms, content, and technologies.
• Journalism - The study of news gathering, reporting, production, and media ethics.
• Media Studies - The study of media institutions, content, audiences, and influence.
• Public Relations - The study of reputation management, stakeholder engagement, and strategic communication.
• Strategic Communication - The study of planned communication activities within organisations and public settings.

Economics and Econometrics

Economics and Econometrics is the study of how individuals, organisations, markets, and governments allocate resources and make decisions. The subject examines economic behaviour while using statistical and mathematical methods to analyse economic relationships and outcomes.

Degree programmes typically develop analytical, quantitative, and research skills applicable across public and private sectors.

Common programme types include Economics, Econometrics, Applied Economics, Development Economics, and Financial Economics.

Fields of Study

• Applied Economics - The application of economic theory to real-world problems and policy challenges.
• Development Economics - The study of economic growth, poverty, inequality, and development.
• Econometrics - The application of statistical and mathematical techniques to economic data.
• Economics - The study of production, consumption, markets, incentives, and resource allocation.
• Macroeconomics - The study of national and global economic systems, growth, inflation, and employment.
• Microeconomics - The study of individual decision-making, firms, and market behaviour.

Education

Education is the study of teaching, learning, educational systems, curriculum development, and human development across formal and informal learning environments. The subject explores how individuals acquire knowledge, skills, values, and competencies throughout life.

Degree programmes combine educational theory, research methods, professional practice, and policy analysis.

Common programme types include Education Studies, Teacher Education, Curriculum Studies, Educational Leadership, and Learning Sciences.

Fields of Study

• Curriculum Studies - The study of curriculum design, implementation, and evaluation.
• Educational Leadership - The study of leadership, governance, and management within educational settings.
• Educational Policy - The study of education systems, reform, governance, and policy development.
• Education - The study of teaching, learning, and educational processes.
• Learning Sciences - The study of how people learn across different contexts and environments.
• Teacher Education - The study and preparation of professional teaching practice.

Hospitality and Leisure Management

Hospitality and Leisure Management focuses on the management of organisations and services within hospitality, tourism, leisure, events, and recreation industries. The subject examines customer experience, service operations, destination management, and business performance.

Degree programmes combine management principles with industry-specific knowledge and professional practice.

Common programme types include Hospitality Management, Tourism Management, Event Management, and Leisure Management.

Fields of Study

• Event Management - The study of planning, organising, and delivering events.
• Hospitality Management - The study of managing accommodation, food service, and hospitality operations.
• Leisure Management - The study of recreational services, facilities, and experiences.
• Tourism Management - The study of tourism systems, destinations, and visitor experiences.
• Visitor Economy - The study of economic activity associated with tourism and leisure sectors.

Law

Law is the study of legal systems, legislation, regulations, rights, responsibilities, and the administration of justice. The subject examines how laws are created, interpreted, applied, and challenged within societies.

Degree programmes develop analytical, research, reasoning, and advocacy skills while exploring a wide range of legal specialisms.

Common programme types include Law, Jurisprudence, Legal Studies, International Law, and Commercial Law.

Fields of Study

• Commercial Law - The study of legal issues relating to business and commercial activity.
• Constitutional Law - The study of constitutional systems, governance, and legal principles.
• Criminal Law - The study of criminal offences, liability, and justice systems.
• International Law - The study of legal relationships between states, organisations, and individuals internationally.
• Law - The study of legal systems, legal reasoning, and legal practice.
• Public Law - The study of laws governing the relationship between individuals and the state.

Library and Information Management

Library and Information Management focuses on the organisation, management, preservation, and dissemination of information and knowledge resources. The subject examines how information is created, stored, accessed, and used within libraries, archives, organisations, and digital environments.

Common programme types include Library Science, Information Management, Information Studies, and Archives Management.

Fields of Study

• Archives and Records Management - The study of preserving and managing records and historical documents.
• Information Management - The study of organising, managing, and governing information resources.
• Information Systems and Services - The study of delivering information services and knowledge resources.
• Library Science - The study of library operations, services, and information access.
• Knowledge Management - The study of capturing, sharing, and using organisational knowledge.

Politics and International Studies

Politics and International Studies examines power, governance, political systems, public policy, international relations, and global affairs. The subject explores how societies are governed and how states, institutions, and actors interact within the international system.

Common programme types include Politics, Political Science, International Relations, Public Policy, and Global Studies.

Fields of Study

• Comparative Politics - The study of political systems and institutions across countries.
• International Relations - The study of interactions between states, organisations, and global actors.
• Political Theory - The study of political ideas, ideologies, and philosophies.
• Politics - The study of governance, power, institutions, and political behaviour.
• Public Policy - The study of policy development, implementation, and evaluation.
• Security Studies - The study of conflict, defence, and international security issues.

Social Policy and Administration

Social Policy and Administration is the study of public services, welfare systems, social interventions, and policies designed to improve wellbeing and address social challenges. The subject examines how governments and institutions respond to issues affecting individuals and communities.

Common programme types include Social Policy, Public Administration, Welfare Studies, and Social Development.

Fields of Study

• Public Administration - The study of managing public institutions and services.
• Social Policy - The study of policies addressing social wellbeing, inequality, and public services.
• Social Welfare - The study of systems that support individuals, families, and communities.
• Welfare Administration - The study of planning and delivering welfare programmes and services.

Sociology

Sociology is the study of society, social relationships, institutions, culture, and social change. The subject examines how social structures influence behaviour and how individuals interact within communities and societies.

Common programme types include Sociology, Social Studies, Social Research, and Applied Sociology.

Fields of Study

• Applied Sociology - The application of sociological knowledge to practical social issues.
• Cultural Sociology - The study of culture, identity, values, and social meaning.
• Sociology - The broad study of society, social institutions, and social relationships.
• Social Inequality - The study of inequality, stratification, and social justice.
• Social Research Methods - The study of techniques for investigating social phenomena.

Sports Related Subjects

Sports Related Subjects focus on sport, physical activity, health, performance, coaching, and the wider societal and commercial dimensions of sport. The subject integrates scientific, social, educational, and management perspectives.

Common programme types include Sport Science, Sports Management, Coaching Science, Physical Education, and Exercise Science.

Fields of Study

• Coaching Science - The study of coaching methods and athlete development.
• Exercise Science - The study of physical activity and human performance.
• Physical Education - The study of teaching and learning in sport and physical activity settings.
• Sport Management - The study of managing sport organisations, events, and activities.
• Sport Science - The scientific study of sport, exercise, and performance.
• Sports Psychology - The study of psychological factors affecting participation and performance in sport.

Statistics and Operational Research

Statistics and Operational Research is the study of data analysis, uncertainty, decision-making, optimisation, and quantitative problem-solving. The subject provides analytical tools used across business, government, healthcare, industry, and scientific research.

Degree programmes combine mathematics, statistical analysis, modelling, computation, and decision sciences.

Common programme types include Statistics, Operational Research, Data Analytics, Quantitative Methods, and Decision Sciences.

Fields of Study

• Decision Science - The study of analytical approaches to complex decision-making.
• Operational Research - The study of optimisation, systems modelling, and resource allocation.
• Predictive Analytics - The study of forecasting outcomes using statistical and computational methods.
• Quantitative Methods - The study of mathematical and statistical techniques for analysis and research.
• Statistics - The study of data collection, analysis, interpretation, and inference.
• Systems Modelling - The study of representing and analysing complex systems using quantitative techniques.

All institutions can submit data for the rankings. This data is important in ensuring our rankings are as accurate as possible.

Where we don’t have data submitted by an institution, we feature them on the strength of proprietary and publicly available or previously supplied data. Our rankings are designed with this in mind.

Submission Platform

You should submit data for your institution through our QS HUB platform. Please contact our Institution Support Team via our helpdesk if you do not have login details, or need further support.

Our rankings are not opt-in/opt-out, so it is in an institution's best interest to ensure that we reflect them accurately by submitting their data.

If you would like your institution to be considered for inclusion in the Rankings and your institution has not received a submission email, please contact: rankings@qs.com.

Data Reporting Period

For the majority of the data we request, the reporting period should cover the academic year previous to our rankings cycle.

This will be approximately January to December for the Southern Hemisphere, and August to July for the Northern Hemisphere.

There are exceptions to this, so please refer to our data dictionary if you are unsure.

• What does the QS World University Rankings by Subject measure?

The rankings measure the strength of a higher education institution within a specific academic subject or broad faculty area. They assess a combination of academic reputation, employer reputation, research impact, and international research collaboration to provide a subject-level view of institutional excellence.

• How is the QS World University Rankings by Subject different from the QS World University Rankings?

The QS World University Rankings assess universities at an overall institutional level, while the QS World University Rankings by Subject focus on performance within individual disciplines and faculty areas. This allows users to identify institutions that excel in specific academic fields, regardless of their overall institutional ranking.

• Why are subject rankings important for students?

Students choose programmes and subject areas rather than institutions in isolation. Subject rankings provide more relevant information about the quality, reputation, research environment, and employer recognition associated with a particular discipline, helping students make more informed study choices.

• What is being ranked in each subject? Individual programmes or the entire department?

Rankings are based on an institution's entire offering within a subject area. The ranking reflects the combined reputation, research performance, and academic strength of all relevant programmes, departments, faculty members, and research activity associated with that subject.

• Why do indicators have different weightings in different subjects?

Different academic disciplines demonstrate excellence in different ways. For example, research citation activity is more significant in some scientific fields, while reputation may be more relevant within arts and humanities disciplines. Subject-specific weightings help ensure that each ranking reflects the characteristics of the discipline being assessed.

• Why do some subjects not use all five indicators?

Certain indicators may be less meaningful or reliable in specific disciplines. For example, citation-based measures have limited coverage in some arts disciplines, while reputation measures may provide a better reflection of subject-level excellence. The methodology is designed to use the most appropriate set of indicators for each field.

• How is Academic Reputation measured?

Academic Reputation is derived from the QS Global Academic Survey, which gathers the views of academics worldwide regarding institutions they consider to be producing excellent teaching and research within their fields of expertise. Responses are analysed and weighted to provide a comparative measure of academic standing.

• How is Employer Reputation measured?

Employer Reputation is derived from the QS Global Employer Survey, which collects feedback from employers involved in graduate recruitment across countries, industries, and sectors. Employers identify institutions they regard highly for producing capable graduates.

• Why are employer views included in an academic ranking?

Higher education serves multiple purposes, including preparing graduates for professional careers. Employer Reputation provides an external perspective on how institutions are regarded by graduate recruiters and complements academic and research measures within the methodology.

• What does Citations per Paper measure?

Citations per Paper measures the average citation impact of an institution's research output within a subject area. It reflects the extent to which research produced by the institution is recognised and referenced by the wider academic community.

• What is the H-Index and why is it included?

The H-Index measures both research productivity and research impact. It identifies the extent to which an institution produces a sustained body of highly cited research and provides a complementary perspective to Citations per Paper.

• What does International Research Network measure?

International Research Network evaluates the diversity and sustainability of an institution's international research partnerships. It measures the extent to which institutions collaborate with researchers and institutions across different countries and territories.

• Why are specialist institutions included alongside comprehensive universities?

The rankings are specifically designed to identify excellence within individual disciplines. Methodological adjustments help recognise specialist institutions whose subject-level strengths may be greater than their overall institutional visibility.

• Do larger universities have an advantage in the rankings?

The methodology incorporates measures such as Citations per Paper and subject-specific reputation adjustments that focus on quality and impact rather than simple scale. This helps ensure that smaller specialist institutions can compete effectively with larger universities.

• How are broad faculty area rankings calculated?

Broad faculty area rankings aggregate performance across related subjects within one of five faculty groups: Arts and Humanities, Engineering and Technology, Life Sciences and Medicine, Natural Sciences, and Social Sciences and Management. They provide a higher-level view of disciplinary strength.

• How are subjects classified?

Subject classifications are aligned with the All Science Journal Classification Codes (ASJC) framework for research assessment purposes and are organised within five broad faculty areas.

• What institutions are eligible to be included?

To be eligible, institutions must offer relevant degree programmes, have at least three graduated cohorts in the subject area, meet the relevant publication threshold, satisfy minimum reputation requirements, and deliver at least one programme fully or partially on campus.

• Why are some institutions not ranked in every subject they teach?

Inclusion requires institutions to meet subject-specific thresholds relating to reputation, research output, programme maturity, and eligibility criteria. Institutions that do not meet these requirements will not be included in that particular subject ranking.

• Are online-only programmes included in the rankings?

No. Institutions must have at least one programme within the relevant subject area delivered fully or partially on campus to qualify for inclusion.

• How frequently are the rankings updated?

The QS World University Rankings by Subject are produced on a recurring annual cycle, incorporating updated survey responses, research data, and institutional information.

Should students choose a university solely based on its subject ranking?

No. Rankings should be considered as one source of information among many. Students should also evaluate factors such as programme content, teaching style, location, cost, facilities, student support, career opportunities, and personal preferences.

• How can universities use the rankings?

Institutions can use the rankings for benchmarking, strategic planning, performance monitoring, reputation analysis, academic investment decisions, international engagement, and identifying areas of subject-level strength and improvement.

• How can policymakers use the rankings?

Policymakers can use the rankings to understand national and institutional strengths within specific disciplines, support evidence-based policy development, identify areas of research excellence, and benchmark performance against international peers.

• Why might an institution's subject ranking differ significantly from its overall QS ranking?

Institutions often demonstrate strengths in particular disciplines that are not reflected in overall institutional performance. Subject rankings are specifically designed to identify these areas of excellence and may therefore differ substantially from overall university rankings.

• What is the most appropriate way to interpret the rankings?

The rankings should be viewed as a comparative assessment of subject-level excellence based on a combination of reputation, research impact, and international collaboration measures. They provide insight into relative strengths rather than a definitive measure of all aspects of educational quality.