Ahmedabad University doesn’t have departments within its Schools and Centres, instead we have different programmes offering a whole host of Majors for the students to choose from. A Major is an area of specialisation within a degree programme (for example, History or Chemical and Environmental Engineering or Economics or Accounting). The student chooses a Major at the time of entering the University but has the flexibility to change the Major as per the prescribed policy. We also allow our students to come into the University with an undeclared Major. Each Major requires 80 or more credits and the total requirements for the degree will 167 credits or higher depending upon the number of credits a particular Major requires. Usually, a Major has the following structure – a School Core, a Discipline Core, Discipline Electives, School Electives and Internships. Being an Honours degree a Thesis or Capstone project with a writing component is also there for Arts, Sciences, Management and Commerce programmes. For Engineering students, it is a project.
The Bachelor of Arts (BA) and Bachelor of Science (BS) Honours programmes and the Majors in the liberal Arts and Sciences that constitute them are an entry point for careers in broad and diverse areas. They are 21st-century programmes: rigorous, contemporary and contextual. They are interdisciplinary, and encourage experiential ‘self-learning’ in order to establish how best to ask the right questions and conduct research, and what methodology to use in a particular circumstance. In line with the other programmes at Ahmedabad University, this represents a rethinking of higher education and what it can achieve. As the world changes and artificial intelligence and big data make complex moral and political demands on our understanding; as digital technology remakes music and the possibilities of art; as questions about the future of the global environment spring up at the interstices of applied science, social sciences and philosophy, these programmes will seek to act as a bridge not only between the liberal arts and sciences, but between academic and public intellectual life.
Accounting is the language of business — a structured system for measuring and summarising commercial activity, interpreting financial information, and communicating results to management and stakeholders to support sound decision-making. As the backbone of every organisation, accounting spans industries, sectors, and geographies, making it one of the most enduring and versatile professional disciplines. The field is evolving rapidly. Digital technology and artificial intelligence have fundamentally transformed how accountants work — from automating routine bookkeeping and tax preparation to enabling sophisticated statistical analysis, forecast modelling, and real-time financial reporting. Today's accounting professional must be technically fluent, digitally adept, and capable of exercising sound ethical judgement in an increasingly complex regulatory and business environment. The Major in Accounting is designed to build a strong, multidisciplinary foundation across all critical dimensions of the profession. Students develop a comprehensive understanding of financial accounting, cost and management accounting, auditing, and taxation — along with their practical application within corporate and legal frameworks. The major also cultivates financial literacy beyond accounting, offering students exposure to financial management, banking, and the structure and functioning of financial markets and services. The curriculum goes beyond traditional accounting to engage with the contemporary forces reshaping the profession. Students are introduced to global financial reporting standards including IFRS adoption in India, compliance and audit requirements under CARO, corporate governance and ethics mandates, and emerging areas such as forensic accounting and financial misreporting. Courses like Corporate Governance and Sustainability equip students to understand how environmental, social, and governance considerations are increasingly embedded in financial disclosure and stakeholder accountability. Rather than treating accounting as a set of isolated technical skills, the Major weaves accounting principles through the broader functional areas of management — including operations, data science and organisational behaviour — giving students an integrated perspective on how financial information drives business decisions at every level. On completion, the student will be able to: Classify and present financial statements per the Companies Act, 2013, and analyse the impact of corporate restructuring — building technical accuracy and regulatory competence for professional practice. Evaluate company performance through financial statement analysis techniques and communicate findings with meaningful recommendations to diverse stakeholders Assemble cost accounting information and apply various techniques to support managerial decision-making Interpret and apply the provisions of tax laws judiciously for corporate and non-corporate entities Generate automated financial statements and accounting reports using relevant accounting software, ensuring graduates are profession-ready in a technology-driven landscape. Develop an understanding of AI-driven tools and digital technologies to enhance accounting processes and financial analysis Integrate ESG considerations into business reporting, uphold corporate governance standards, and apply ethical reasoning in professional situations — building the integrity and responsibility expected of a credible accounting professional. Build profession-ready competencies for careers in accounting firms, corporates, government, and non-profits, while establishing a strong academic foundation for advanced qualifications such as CA, CPA, ACCA, MBA, or a Master's in Accounting or Finance. The Major aims to prepare students for meaningful employment in the field of Accounting. The undergraduate programme at Ahmedabad University will also enable students to pursue professional qualifications like Association of Chartered Certified Accountants (ACCA), Cost and Management Accountant (CMA), Certified Public Accounting (CPA), Certified Financial Planning (CFP), Chartered Financial Analyst, and Chartered Accountancy, among many others.read more >>
Accounting and Finance are the twin engines of every business organisation — one providing the language to record and report commercial activity, the other is the tool to allocate capital, manage risk, and drive growth. While deeply interconnected, they represent distinct and complementary disciplines, and together they offer one of the most versatile and sought-after combinations in the modern economy. The profession is being reshaped at a pace. Contemporary accountants are no longer defined solely by number-crunching, and finance has expanded well beyond the management of money. Artificial intelligence, automation, and advanced analytics have transformed how financial data is processed, interpreted, and acted upon. At the same time, the rise of secure financial technologies — including blockchain, electronic payment systems, and digital financial intermediation — is redefining how organisations transact, report, and manage risk. Alongside these opportunities, the digital environment has introduced new challenges: cybercrime, data integrity, and the governance of financial systems demand as much attention as the technologies driving them. On completion of this major, the student will be able to: Classify and present financial information in statements and evaluate company performance through financial statement analysis techniques Apply analytical and quantitative methods to interpret financial data, draw sound inferences, and support well-reasoned decisions Apply best practices in financial management to plan, organise, and monitor outcomes while demonstrating financial leadership Implement investment portfolio construction and evaluation techniques to achieve defined investment outcomes Observe and interpret financial market dynamics to identify opportunities and assess risk Assemble cost accounting information and apply relevant techniques to support managerial decision-making Interpret and apply tax law provisions judiciously Communicate financial data and insights effectively to diverse stakeholders and provide meaningful, actionable recommendations Develop an understanding of AI-driven tools and digital technologies to enhance financial analysis, reporting, and compliance processes Demonstrate awareness of ESG frameworks and their implications for financial reporting and investment decision-making The Major in Accounting and Finance is designed as a direct response to this evolving landscape. The curriculum takes a deliberate dual approach — anchored in the core fundamentals of both disciplines while simultaneously equipping students with exposure to emerging techniques and contemporary developments. Students build comprehensive knowledge across financial accounting, cost and management accounting, taxation, auditing, financial management, investment analysis, corporate finance, and the structure and operation of financial markets. Analytical and quantitative tools are woven throughout, enabling students to interpret complex financial data and make well-supported decisions across organisations. Overall, it aims to provide a blend of Accounting and Finance theory through practical application and relevant case studies in the corporate space. The major also engages students with the broader forces shaping the profession. Courses like Corporate Governance and Sustainability develop an understanding of how environmental, social, and governance considerations are increasingly embedded in financial disclosure, investment decision-making, and corporate accountability. The application of AI in financial analysis, forecasting, and compliance is integrated across relevant courses, ensuring graduates are equipped for a profession where digital fluency is no longer optional. Throughout the programme, theory is grounded in practical application through case studies, real-world data, and engagement with the corporate and regulatory environment — preparing students to contribute effectively from the earliest stages of their careers. A combined major in Accounting and Finance is recognised globally for developing both the critical and analytical capabilities that employers across industries consistently seek. Graduates are well-placed for careers in banking, insurance, taxation, treasury, corporate finance, financial services, and investment management — as well as in consulting, public sector finance, and entrepreneurial ventures. The programme is structured to support the pursuit of leading professional qualifications alongside the degree, including the Association of Chartered Certified Accountants (ACCA), Cost and Management Accountant (CMA), Certified Public Accountant (CPA), Chartered Financial Analyst (CFA), Certified Financial Planner (CFP), and Chartered Accountancy (CA), among others.read more >>
In today’s data-driven world, the Bachelor of Science in Management (Honours) with a Major in Business Analytics at Ahmedabad University empowers students to leverage data and drive business innovation. Students acquire a thorough understanding of business processes, data science, and decision-making frameworks, enabling them to interpret complex data and make informed strategic choices. The curriculum integrates core business management courses with specialised topics such as statistical decision-making, machine learning, predictive analytics, and big data analytics, providing a strong interdisciplinary foundation. A standout feature of the programme is its focus on real-world applications. Students apply their classroom knowledge to industry-driven projects and engage in year-long collaborations with leading organisations. This hands-on experience allows them to tackle genuine business challenges and ensures a smooth transition into the professional landscape. Additionally, the programme emphasises a liberal education approach, fostering critical thinking and problem-solving skills. This well-rounded education equips students to lead business innovations and transformations effectively. On completion, the student will be able to: Develop essential skills for today’s job market, including data interpretation, statistical analysis, and predictive modelling Recognise, understand, and apply the language, theory, and models of business analytics through internships, live projects, and case studies Apply their skills to real-world business challenges, strengthening their problem-solving abilities Experience interdisciplinary approach, solving real problems that require skillsets from data science, management, technology, and business strategy Appreciate how analytics can inform decisions across various business functions, making them versatile professionals Cultivate critical thinking, decision-making, and leadership abilities, equipping students to assume strategic roles within organisations Build a solid academic foundation for students aiming to pursue advanced degrees, such as a Master’s or PhD in Business Analytics, Data Science, or related fields Data is changing how businesses operate, making business analytics an important skill across industries. In today’s fast-evolving digital landscape, transforming data into actionable insights is more crucial than ever. As businesses face an unprecedented demand for skilled professionals who can navigate the complexities of data management and interpretation, the spotlight is firmly on Business Analytics, and the opportunities are endless for those equipped with the right expertise. This specialisation offers students the opportunity to be at the forefront of this trend, equipping them with the tools to analyse data and influence key business decisions. Graduates of this programme will have access to a wide range of career opportunities across various sectors, positioning them as in-demand professionals in roles such as Data Analyst, Business Analyst, Data Scientist, Market Research Analyst, Risk Analyst, and Operations Analyst. For those seeking specialised positions, the programme opens doors to exciting roles like Marketing Analytics Manager, Financial Analytics Consultant, and Supply Chain Analytics Expert, to name a few. With data becoming the backbone of decision-making in finance, healthcare, retail, and technology, students will be well-prepared to secure positions in well-established organisations and dynamic startups. The programme also provides a solid foundation for students looking to pursue further studies. Graduates can explore advanced degrees such as a Master’s in Business Analytics, Data Science, or Management, or even pursue a PhD focused on analytics and data-driven decision-making. The comprehensive skill set developed through the programme, including analytical, technical, and strategic management skills, equips graduates to excel in various roles and thrive in the rapidly evolving business landscape.read more >>
Chemical and Environmental Engineering
Chemical and Environmental Engineering deals with the design and development of processes to transform raw materials, micro-organisms, and energy into economically useful products. Traditionally, chemical engineers have been employed in industries such as petroleum refining, petrochemicals, fertilisers, bulk inorganic chemicals, polymers, textiles, and now, pharmaceuticals. Increasingly, chemical engineers are working on products and processes related to environmental aspects such as, water, air, and soil contamination, and waste treatment. Some of these processes require knowledge of life sciences, including biotechnology and biochemical engineering. One of the unique aspects of Ahmedabad University's engineering education is its Engineering Foundation. The Engineering Foundation is a core that is common to all engineering majors. It comprises courses that cover the foundational knowledge of most engineering disciplines It encompass topics in electrical, computer science, chemical and mechanical engineering, amongst other fields. Besides imparting breadth, these courses will enable students and graduates to work in interdisciplinary teams and provide a robust foundation to becoming a contemporary engineer. At Ahmedabad University, the BTech programme with a major in Chemical and Environmental Engineering exposes students to not only to the core depth of the discipline, but also to a range of General Education Requirement courses. Students undergo the University's signature Foundation programme which provides a broad perspective and equips students with basic skills such as effective communication, programming, data analysis as well as the ability to think critically. Elective courses related to chemical engineering gives the student an opportunity to gain knowledge and skills about current and future technologies. Learning by doing is encouraged alongside a strong emphasis on student projects and research, often with collaborating industries. On completion, the student will be able to: Solve problems encountered in various chemical engineering applications Identify critical issues in petroleum refining, petrochemicals, fertilisers, dyes and intermediates, bulk and fine chemicals, bio-products, and pharmaceuticals Design equipment and plants for chemical and allied processes Apply modelling, simulation, and optimisation tools for process development Identify measures for energy, environment, health, and safety, following ethical principles Prepare techno-economic feasibility reports Work and lead teams in multidisciplinary areas with professional responsibility Communicate effectively in written, graphic, and oral forms The Chemical Engineering undergraduate programme equips students for successful careers in diverse areas, work in cross-disciplinary teams and learn and grow with time.read more >>
Traditionally, Computer Science involved the study of computers and computational systems and dealt mostly with software and software systems, including their theory, design, development and application. However, over the years as the field of Computer Science matured and expanded, it has helped to solve hard problems in many areas including mathematics, physics, chemistry, biology, linguistics, economics, business, and the arts. Therefore, the problems that computer scientists encounter range from the abstract–determining what problems can be solved with computers and the complexity of the algorithms that solve them–to the tangible–designing applications that perform well on handheld devices, that are easy to use, and that uphold security measures. The Major in Computer Science offers both breadth and depth of knowledge in computing. Students undergo rigorous coursework coupled with exposure to a rich set of applications and tools through project-based courses, course projects, and the undergraduate capstone project and summer internships. The core courses under this Major provide a solid foundation to students in the field of Computer Science. In addition, students may pursue electives in one or more specialisation areas to gain a deeper understanding of these areas. The specialisation areas that we plan to offer are: artificial intelligence and machine learning, bio-computing, data science and its applications, quantum computing, systems and theoretical computer science. The Major seeks to provide students: A solid foundation in theory, systems and applicative areas of computer science The ability to pursue opportunities in traditional and emerging areas of computing, both, in industry and in academia The ability to utilise their knowledge of computing principles, hands-on computing and problem-solving skills, and broad-based education involving humanities, social science and other physical and biological sciences to solve complex problems that cut across disciplines and have relevance to society The ability to drive innovation through their willingness to learn, adapt and work collaboratively with diverse teams and apply their problem-solving and technological expertise to drive advancement in emerging areas On completing, the student will be able to: Gain a firm understanding of the basic principles of computer science from the perspective of theory, systems and applications Think critically, analyse and solve complex multi-disciplinary problems by acquiring knowledge of relevant domains and applying knowledge of computing principles, computing and problem-solving skills Work collaboratively on complex multi-disciplinary problems as computer science specialists Practise and grow in the computing industry as computing professionals Conduct research and assist researchers with design, development and support of applications that involve knowledge of cutting-edge computer science tools and development frameworks as well as good analytical skills Communicate effectively Make informed decisions by weighing the ethical and social aspects of modern computing technology in the design, development and delivery of computing services To learn more about the Computer Science programme at Ahmedabad University you may send an email to [email protected]. To know more about admission procedures, including lateral admission and about fees and financial aid, please visit our undergraduate admissions page or contact [email protected].read more >>
Computer Science and Engineering
The Computer Science and Engineering Major is designed to align with the multidisciplinary approach of the broader BTech programme. It combines a rigorous grounding in computer science with an added emphasis on the physical and architectural design of modern computer systems. Based on the breadth of the education provided, graduates will be able to design, develop, and deploy computing systems across the hardware–software spectrum. The core courses in Computer Science and Engineering introduce students to themes such as digital electronics, data structures, database management system, computer organisation, computer architecture, algorithm design, operating systems, computer networks, embedded system design, and theory of computing. These courses will enable students to develop expertise as well as widen their competence through exposure to deep research in the areas of data science, cyber-physical systems, intelligent systems, and theoretical computer science. Electives will allow students to develop their own area of specialiSation within the Major. One unique aspect of Ahmedabad University's engineering education is its Engineering Foundation. The Engineering Foundation is a core that is common to all engineering majors. It comprises courses that provide foundational knowledge across most engineering disciplines. It encompasses topics in electrical, computer science, chemical, and mechanical engineering, among other fields. Besides imparting breadth, these courses will enable students and graduates to work in interdisciplinary teams and provide a robust foundation for becoming a contemporary engineer. On completion, students will: Have a sound knowledge of the fundamentals of Computer Science and Engineering, including hardware and software Be able to undertake rigorous analysis, design, development, deployment, and testing skills to formulate appropriate computing solutions and solve business and societal needs Be able to use various programming languages, tools, and technology supporting modern software frameworks for solving problems involving a large volume of data in various domains The Computer Science and Engineering programme at Ahmedabad University prepares students to be versatile and choose from diverse career paths. Our education equips students to pursue research, higher education, and employment alike in software engineering, hardware design, IoT, data analytics, and other areas.read more >>
Data Science and Artificial Intelligence
From the academic year 2027, Ahmedabad University will offer a BS (Honours) in Data Science and Artificial Intelligence. The Major aims to prepare graduates who can responsibly design, analyse, and deploy data-driven and AI-based solutions to real-world problems across diverse domains, combining strong theoretical foundations with applied, interdisciplinary practice. The Major in Computer Science offers both breadth and depth of knowledge in computing. Students undergo rigorous coursework coupled with exposure to a rich set of applications and tools through project-based courses, course projects, and the undergraduate capstone project and summer internships. The core courses under this Major provide a solid foundation to students in the field of Computer Science. Furthermore, students may pursue electives in one or more specialisation areas to gain a deeper understanding of these areas. The specialisation areas that we plan to offer are: artificial intelligence and machine learning, bio-computing, data science and its applications, quantum computing, systems and theoretical computer science. Data Science and Artificial Intelligence have emerged at the intersection of Mathematics, Statistics and Computer Science, and domain-specific knowledge to address the challenges of extracting meaningful insights and creating intelligent systems from vast, complex, and diverse data. Over the years, Data Science and Artificial Intelligence have rapidly evolved to become foundational not just in technology sectors but across disciplines such as healthcare, education, social sciences, economics, finance, and environmental studies. The problems that data scientists and AI practitioners engage with range from the theoretical - understanding data patterns, predictive modelling, machine learning theory, and ethical AI - to the practical - designing scalable data solutions, building responsible AI applications, and deploying intelligent systems that are robust, interpretable, and socially accountable. The Major in Data Science and Artificial Intelligence offers both breadth and depth in data-driven and AI-driven technologies. The curriculum provides a solid foundation in core areas of data science, machine learning, artificial intelligence, and essential computational, statistical, and mathematical skills. A distinct feature of this Major is the opportunity for students to pursue focused specialisations. After completing the foundational coursework in the first five semesters, students may specialise in either Data Science or Artificial Intelligence to gain deeper expertise aligned with their interests and career aspirations. Students who prefer a more integrative perspective can continue in the default Data Science and Artificial Intelligence track, which offers a balanced blend of data science and AI competencies. This structure ensures that graduates of the Data Science and Artificial Intelligence Major are equipped with versatile knowledge and skills to contribute to a wide range of industries and research domains, prepared to advance technological frontiers and address societal challenges responsibly and ethically. This major seeks to provide students: A solid foundation in the principles, methodologies, and applications of data science, machine learning, and artificial intelligence The ability to pursue opportunities in traditional and emerging domains where data-driven decision-making and intelligent systems play a transformative role in industry and academia The capability to apply their expertise in data analysis, statistical reasoning, AI techniques, and computational tools - combined with a broad-based education in humanities, social sciences, and natural sciences - to address complex, interdisciplinary problems with societal impact. The competence to drive responsible innovation by collaborating in diverse, cross-functional teams and leveraging their data and AI expertise to advance solutions in evolving technological landscapes Gain a comprehensive understanding of the foundational and advanced principles of data science, machine learning, and artificial intelligence, spanning theory, methods, and real-world applications Students completing the Major in Data Science and Artificial Intelligence will be able to: Solve interdisciplinary problems using data-driven approaches, statistical reasoning, and AI-based methodologies Collaborate effectively with data scientists, AI practitioners, and professionals from diverse fields to develop and implement data-centric and intelligent solutions Conduct research and assist in research initiatives by contributing to designing, developing, and deploying data science pipelines, AI models, and intelligent systems, while demonstrating strong analytical and computational skills Communicate data-driven insights, analytical findings, and AI solutions effectively to technical and non-technical audiences Make informed, responsible decisions by considering the ethical, social, and environmental implications of data science and AI in intelligent technology design, development, and application read more >>
Economics is the study of how individuals, institutions, and societies make decisions under conditions of scarcity. It is a discipline that combines theoretical rigour with empirical analysis, and draws on technical fields such as mathematics and statistics, as well as other disciplines such as history, philosophy, and the social sciences to illuminate the forces that shape human welfare and public policy. From the allocation of resources and the functioning of markets to the dynamics of growth, inequality, and globalisation, economics provides the conceptual tools to understand and engage with the most pressing challenges of our time. The discipline is evolving rapidly. Advances in data science and econometric methods have transformed the capacity to measure economic phenomena and test causal hypotheses. Behavioural economics has enriched the standard model of rational choice by incorporating insights from psychology and cognitive science. The growing urgency of climate change, rising inequality, and digital disruption has expanded the frontier of applied economic research and policy analysis. It is against this rich and dynamic intellectual backdrop that the BA Honours in Economics is offered. The Bachelor of Arts (Honours) Major in Economics will introduce students to microeconomics, macroeconomics, statistics, econometrics, history of economic thought and a study of the Indian economy. In addition, students may choose from a wide range of electives and learn more about specific areas of Economics such as development, environment, finance and labour economics. Due to the interdisciplinary nature of the undergraduate programme at Ahmedabad University, students will also take classes in other subject areas and thus have an opportunity to learn alternative theories and pedagogies. The programme will provide an early opportunity for students to learn to collaborate with peers. This is because during the Foundation Programme, and subsequently throughout the curriculum, there will be a strong emphasis on project-based learning. On completion, the student will be able to: Apply the core principles of microeconomics and macroeconomics to analyse individual, firm, and market behaviour, as well as aggregate economic outcomes Engage with interdisciplinary perspectives, integrating insights from ethics, history, and the social sciences into economic inquiry Use mathematical and statistical tools, including calculus, linear algebra, and probability, to formulate and solve economic models Conduct empirical research using econometric methods, interpret regression results, and critically evaluate evidence from economic studies Incorporate digital tools, data science techniques, and AI-driven analytical methods to enhance economic research and applied analysis Demonstrate a sophisticated understanding of advanced microeconomic and macroeconomic theory, including general equilibrium, welfare analysis, game theory, and dynamic macroeconomic models Analyse the Indian economy in its historical and contemporary dimensions, including its structural features, policy challenges, and integration into the global economy Situate current economic ideas within the broader history of economic thought, demonstrating awareness of how theoretical frameworks have evolved over time Apply economic reasoning to issues of public policy, sustainability, and social welfare, drawing on both positive and normative analysis Design and execute an independent research project that demonstrates command of economic theory, empirical methods, and scholarly communication The programme provides strong theoretical and quantitative training across the full scope of economics. It is structured to build progressively: students begin with the foundations of micro and macroeconomic theory, develop their mathematical and statistical toolkit, and advance to intermediate theory, econometrics, and empirical research methods. The curriculum integrates perspectives on the Indian economy, the history of economic thought, and the global economic environment, ensuring that graduates can situate their analytical skills within broader intellectual and policy contexts. The basket of economics electives gives students a range of advanced topics to choose from and specialise in. Graduates of the BA (Honours) in Economics are well-prepared for careers in public policy, economic research, financial services, international development, consulting, and data analytics. The programme’s emphasis on quantitative reasoning and empirical methods also provides an excellent foundation for graduate study in economics, public policy, and related fields at reputed institutions worldwide. The programme additionally prepares students for advanced study leading to professional qualifications, such as MBAs, and supports pathways into civil services, economic journalism, and research roles in international organisations. To learn more about the Economics programme at Ahmedabad University, you may send an email to [email protected]. To know more about admission procedures, including lateral admission and about fees and financial aid, please visit our undergraduate admissions page or contact [email protected].read more >>
Electrical and Electronics Engineering
Electrical and Electronics Engineering is a foundational discipline that continues to evolve, creating new opportunities for its graduates. Electronics, semiconductor manufacturing, space technologies, electric vehicles, power generation, robotics, healthcare, communication, networks, VLSI devices, and automation, to name a few, are some fields that are centred around Electrical and Electronics Engineering. Products and systems we encounter in our lives integrate knowledge from one or more subjects of Electrical and Electronics Engineering. The Bachelor of Technology programme in Electrical and Electronics Engineering imparts a strong and in-depth knowledge of foundational subjects, including circuits, digital electronics, computer technology, microprocessors, devices, electric machines, electronic devices, power systems, electromagnetics, and control engineering. A distinctive feature of the programme is its focus on electrochemistry and related topics, providing the foundation to understand batteries, fuel cells, and electrolysers—the core technologies driving the hydrogen economy. A systems project integrates these topics alongside concepts from other disciplines, showing the integrative nature of Electrical and Electronics Engineering." Electric power generation and distribution remain the backbone of any economy, while climate change concerns have unlocked many possibilities in renewable energy, hydrogen energy, batteries, fuel cells, and solar photovoltaic devices, amongst others. Meanwhile, wireless and fibre-optic networks have fundamentally transformed how we live, even as 5G continues to expand. The use of sensors in manufacturing, health care, and many other applications has opened a new field, ‘Industry 4.0,’ which is network- and computer-technology-intensive. Simultaneously, India has taken major steps in the indigenous design and manufacturing of semiconductor devices, microchips, and electronic products. The Bachelor of Technology programme in Electrical and Electronics Engineering at Ahmedabad University provides students with a strong, broad foundation in theoretical and practical knowledge and skills for careers in these emerging fields and beyond. Additionally, the engineering foundation courses equip students with the capabilities to work and lead in multidisciplinary teams. The programme's overall breadth broadens their perspective on societal challenges, preparing them to thrive in a complex world where skills beyond core engineering are essential. The curriculum of the Major emphasises broad aspects of electrical and electronics, including the latest semiconductor materials, devices, and circuits; digital electronics, embedded systems, microprocessors, programming, sensors, control systems, electric machines, power systems; electromagnetic fields and communications, among others. One of the unique aspects of an Ahmedabad engineering education is its Engineering Foundation. The Engineering Foundation is a core that is common to all engineering majors. It comprises courses that provide foundational knowledge across most engineering disciplines. It encompasses topics in electrical, computer science, chemical, and mechanical engineering, among other fields. Besides imparting breadth, these courses will enable students and graduates to work in interdisciplinary teams and provide a robust foundation for becoming contemporary engineers. The courses build strong fundamentals in the discipline's specialisations, including communication, controls, computer technologies, devices, machines, and power systems. These underpin applications such as semiconductors, low- and high-power electronics, wireless and optical fibre communications, microwaves, power generation and distribution, and firmware development, amongst others. The programme also emphasises sustainability and societal impact, complemented by extensive hands-on learning. On the completion of the major, students will be able to Apply knowledge of various subjects to the analysis and design of devices and systems Be able to undertake rigorous analysis, design, development, deployment, and testing skills to formulate appropriate solutions in order to meet business and societal needs Be able to use modern instruments, CAD tools, hardware description languages, and automation technology for complex industrial systems Critically evaluate systems and designs, and formulate technology requirements for future needs Work and lead teams in multidisciplinary areas with professional responsibility Communicate effectively in written, graphic, and oral forms The BTech in Electrical and Electronics Engineering programme equips students to pursue professional careers, higher education, and research and development in wide-ranging industries. Graduates can pursue exciting new opportunities in semiconductor manufacturing, space technologies, electric vehicles, robotics, healthcare, next-generation communications, VLSI devices, Industry X.0, automation, and renewable energy, to name a few.read more >>
Physics and mathematics provide the foundation for understanding the physical world, and engineering applies this knowledge to build tools for practical use. While based on the sciences, various engineering disciplines have developed their independent concepts and language over time. However, as engineering devices begin to probe the limits of the possible in terms of miniaturisation, efficiency, computation speed, etc, domains like quantum mechanics and statistical physics play an increasingly important role in engineering design. Designers of "quantum computers," for example, need to know their physics as well as electrical engineering. While conventional engineering physics programmes gear students towards either engineering or physics careers, Ahmedabad University empowers students with the choice to take courses in physics, mathematics, and engineering disciplines like Computer Science and Engineering, Electrical and Electronics Engineering, Mechanical Engineering, Chemical and Environmental Engineering, etc. The programme prepares a cohort with a deep knowledge of physics and mathematics, training them to apply these concepts to various areas of engineering. The physics training would be crucial for innovation in emerging technologies. Students will complete courses in physics on topics such as classical mechanics, electromagnetism, quantum mechanics, and statistical mechanics as part of their core training. They will take multiple mathematics courses and study engineering subjects like thermodynamics, engineering materials, electrical circuits and electronics, product design, and sensors and instrumentation. The theory courses will be supplemented by extensive computational work and laboratory training. Additionally, students can take about six courses in physics or engineering, depending on their inclination, and do a capstone project or industry project in their final year. Programme Objectives Impart rigorous training in modern physics principles for students to formulate a physics problem based on a real-life situation Provide analytical and computational training to solve mathematical problems in physical and engineering contexts Provide laboratory training to test theory concepts, realise measurement limitations and errors, and design basic experiments based on simple building blocks Impart conceptual and skills training in engineering foundations vital for any design work Expose students to instrumentation used for frontier research in physics and engineering Engage students with the research literature to help them write and speak confidently about recent developments in physics and engineering, apply methods of reasoning to look at problems outside of Physics Learning Outcome On completion, students should be able to tackle complex, interdisciplinary challenges and innovate at the forefront of technology. Students who graduate with this Major can pursue higher studies in physics and engineering or seek professional opportunities in diverse areas of modern technology like advanced materials and nanotechnology, renewable energy, microelectronics and photonics, data science, computational physics, et al. Eligibility: Students must have completed class 12 or equivalent with Physics and Mathematics as subjects. To learn more about the Engineering Physics programme at Ahmedabad University, send an email to [email protected]. To know more about admission procedures, including lateral admission and about fees and financial aid, please visit our undergraduate admissions page or contact [email protected].read more >>
Family Business and Entrepreneurship
Family business owners have historically played a significant role in shaping economies, preserving entrepreneurial legacies, and contributing to long-term business continuity across generations. Entrepreneurs, more broadly, are widely recognised as critical agents of change who contribute not only to industrial and economic development, but also to broader social and educational transformation. Entrepreneurial activity fosters innovation, stimulates the creation of new products and services, generates employment opportunities, and contributes to wealth and resource creation. The Major in Family Business and Entrepreneurship, offered as a five-year Integrated Master’s programme, is designed to prepare students to engage effectively with entrepreneurial ventures, family-owned enterprises, and larger organisations that interact with and support such businesses. The Major in Family Business and Entrepreneurship is intended for: aspiring entrepreneurs; future intrapreneurs—individuals within organisations who apply entrepreneurial principles to create new business lines or drive significant organisational change; business service professionals, including consultants, financiers, bankers, accountants, lawyers, and others who work closely with start-ups and growing enterprises; members and successors of family businesses seeking to strengthen and professionalise their enterprises. The programme may also be pursued in combination with a Minor, thereby expanding students’ entrepreneurial, managerial, and organisational career opportunities. The curriculum addresses the conception, design, organisation, and management of new ventures and family businesses. It covers the entrepreneurial process comprehensively, from opportunity identification and venture creation to growth, financing, and long-term sustainability. Students are encouraged to cultivate an entrepreneurial mindset and develop the analytical, managerial, and leadership capabilities required either to establish high-potential ventures or to identify and pursue growth opportunities within existing organisations. The programme provides exposure to entrepreneurship across diverse organisational and institutional contexts. Students are trained in the tools and techniques required for launching new ventures, managing existing enterprises, and responding effectively to dynamic business environments, technological disruptions, and evolving business models. Simulation-based courses and experiential learning opportunities enable students to collaborate with peers in developing business plans and venture strategies. In addition, the Major addresses key issues relevant to family businesses, including succession, governance, growth, leadership, conflict management, and professionalisation. Students are also sensitised to the importance of ethical business practices and regulatory compliance. Courses are offered in areas such as strategy, innovation, business history, international business, organisational behaviour, finance, marketing, sustainability, and organisational design. In recognition of the evolving business landscape, students enrolled in the programme are also required to undertake courses in sustainability and in digital technology as well. On completion of this major, the student will be able to: Assess the attractiveness and limitations of business opportunities Apply theories of innovation and entrepreneurship, along with scientific research methods, to collect and analyse data for understanding market conditions Refine and iterate business ideas to align with market needs and customer requirements Develop and test prototypes by understanding the functional aspects of products and services Analyse key risk areas and operational processes associated with introducing products and services into the market Design, develop, and evaluate business model canvases in real-world market settings Prepare business plans and effectively pitch them to diverse stakeholders for collaboration and investment Understand and execute processes involved in building and managing organisations Demonstrate awareness of sustainable business practices and the role of digital technologies in contemporary entrepreneurial and family business contexts read more >>
Finance is fundamental to every economic decision, such as how capital is raised, allocated, managed, and grown across individuals, organisations, and entire economies. It is a discipline that combines rigorous quantitative thinking with strategic judgement, and is continuously reshaped by technology, globalisation, and the evolving expectations of markets and society. The financial landscape has transformed dramatically in recent years. The emergence of blockchain, cryptocurrencies, and electronic payment systems is redefining financial intermediation and market infrastructure. Artificial intelligence and advanced analytics are changing how risk is assessed, portfolios are managed, and investment decisions are made. Meanwhile, the growing integration of environmental, social, and governance (ESG) considerations into investment strategy and financial regulation is expanding the scope of what it means to be a capable finance professional. It is against this dynamic and rapidly evolving backdrop that the Major in Finance is offered. On completion, the student will be able to: Apply financial accounting techniques for management analysis, cost control, and strategic decision-making Measure, compute, and analyse financial activity using financial mathematics, basic spreadsheet-based analytics Evaluate the structure and functioning of financial markets, with a focused understanding of capital and money markets and their role in economic resource allocation Apply the principles and frameworks of financial services, including banking, insurance, mutual funds, and investment advisory, to real-world institutional contexts Demonstrate understanding of fiduciary responsibility, corporate governance, and the ethical dimensions of financial decision-making Analyse the international financial environment and assess its implications for the Indian financial system within a globalised setting Apply core principles of financing, investment, and distribution decisions across corporate and personal finance contexts Use analytical and quantitative techniques to interpret financial data, make sound inferences, and support well-reasoned decisions Apply best practices in financial management to plan, organise, and monitor outcomes while demonstrating financial leadership Develop an understanding of AI-driven tools and digital technologies to enhance financial analysis, reporting, and compliance processes Incorporate ESG frameworks and sustainability considerations into investment analysis, portfolio construction, and financial reporting The Major provides deep quantitative and managerial training across the full spectrum of finance. The curriculum is multidisciplinary by design, interweaving the fundamentals of finance with other functional areas of management to develop graduates who can think and act across organisational boundaries. The programme is structured around six core pillars: money, financial institutions, financial instruments and services, financial markets, central banks, and governmental regulatory bodies. Together, they form a comprehensive framework for understanding how the global financial system operates and evolves. Graduates of the Finance Major are well-positioned for careers across a wide range of institutions and sectors, including banking, asset management, insurance, investment advisory, risk management, corporate treasury, and financial consulting. The strong quantitative and analytical foundation of the programme also prepares students for graduate study at reputed institutions worldwide. Students interested in independent practice will find the curriculum well-suited to careers as personal financial consultants and advisors. The programme additionally supports the pursuit of leading professional qualifications in finance, including the Chartered Financial Analyst (CFA), Certified Financial Planner (CFP), and Financial Risk Manager (FRM), among others.read more >>
The BSM (Hons) programme with a Major in Finance and Economics prepares students for evolving careers across business, policy and financial sectors. It provides a holistic understanding of the financial sector, including its performance and evaluation, supported by core economic theories and policy frameworks. By combining economic theory with financial practice, the programme enables students to appreciate the interconnected and complementary nature of these disciplines. The curriculum is designed to develop strong conceptual and applied knowledge in financial markets, corporate finance, and economic policy, with a particular focus on the interaction between financial systems and macroeconomic developments, including monetary and fiscal policies at both domestic and global levels. It also focuses on building deep conceptual clarity, rigorous quantitative skills, and practical application through case studies, internships, and research projects, thereby enhancing both academic rigour and real-world relevance. Students are trained to appreciate how financial markets and corporate performance are shaped by policy environments, global capital flows, and macroeconomic shocks. Upon completion, students will be able to: Evaluate the role of financial institutions and their impact within different economic environments Design and apply techniques for assessing the financial performance of organisations Utilise appropriate tools and methods for efficient allocation and management of financial resources Critically analyse the performance of the financial sector and the broader economy Apply advanced data analysis tools and software to interpret financial and economic data Assess and forecast the implications of economic and political policy decisions in both domestic and global contexts The curriculum progressively develops a strong theoretical foundation in economics and finance; advanced quantitative and analytical skills, including econometrics and financial modelling; skills in data analysis using modern tools and software; and exposure to global financial systems and central banking challenges. Given the rapid transformation of the financial sector driven by fintech innovations, digital disruption, and increasing global financial integration, the programme equips students with future-ready skills. Graduates are prepared to navigate complex financial environments characterised by volatility, cross-border capital movements, and evolving regulatory frameworks. Graduates are well prepared to pursue diverse and rewarding careers in banks, NBFCs, regulatory bodies, financial institutions, consulting firms, and fintech companies, taking on roles such as equity analyst, project finance specialist, portfolio manager, financial analyst, and related profiles. The programme also provides a strong foundation for pursuing postgraduate studies (MBA, MSc Finance/Economics) and Doctoral Research (PhD) at leading global institutions, supported by rigorous training in analytical and research skills.read more >>
The History Major at Ahmedabad University goes beyond dates and events to cultivate the habit of historical thinking, enabling students to make sense of the world they inhabit. Students are introduced to key historical concepts while developing analytical and methodological skills, fluency in written and oral communication, critical thinking, and evidence-based reasoning. A distinguishing feature of the programme is its integration of both qualitative and quantitative approaches to historical inquiry, setting it apart from comparable national and international programmes. The curriculum pairs core courses in historical fundamentals with a wide range of electives, culminating in an independent research project. The Major equips graduates with the conceptual and analytical tools to understand the historical forces shaping the contemporary world, and prepares them for diverse careers both within and beyond academia, including teaching, research, museums, archives, libraries, law, civil services, journalism, publishing, advertising, the NGO sector, and business and entrepreneurship. The History Major is characterised by a strong focus on interdisciplinarity. Core courses focusing on the fundamentals of History are offered alongside a wide range of electives, encouraging students to determine the foci of their study, culminating in a research project. Students also have the option of learning classical and modern languages of their choice, either based on their area of historical enquiry or to widen their career options in different sectors. The pedagogy integrates the best of traditional methods with the possibilities offered by new classroom technologies and innovative project-based learning exercises. Students will also take classes in other subject areas and thus have an opportunity to learn alternative theories and pedagogies. The programme will provide an early opportunity for students to learn to collaborate with peers. This is because during the Foundation Programme, and subsequently throughout the curriculum, there will be a strong emphasis on project-based learning. The Major in History is designed to equip students with a basic understanding of historical concepts and processes that have shaped the contemporary world. Domain Knowledge and Application On completion, the student will be able to: Form an overview of key historical developments in India and the world across a range of temporal and geographical contexts Compare and contrast processes across different regions and periods; assess the applicability of established interpretive/explanatory frameworks and theories in the discipline; and identify interconnections, intersections, and broad thematic patterns linking historical processes Determine what historical “facts” are, identify and gather suitable evidence for historical analysis, and understand how facts are constituted by power relations “Think historically” by seeing society as formed by multi-causal, long-ranging developments as well as specific conjunctures of economic, environmental, social, cultural, and political change; conceptualise possible trajectories of historical development in the present and the future based on understanding the past Engagement with Society On completion, the student will be able to: Connect their personal, family, and local histories with broader historical processes Add dimensions to their understanding of contemporary events (in diverse domains of life) by examining them in a historical context Personal Skills On completion, the student will be able to: Engage in academic reasoning and argumentation (differentiating between information and argument, identifying the structure of an argument, writing an argument in proper format, evaluating arguments) Employ methods of historical analysis (archival study, reading primary sources and secondary scholarship, conducting interviews, gathering, classifying, and assessing quantitative and qualitative evidence). Produce COM106 Academic Writing for short research projects as well as longer independent theses To learn more about the History programme at Ahmedabad University, you may send an email to [email protected]. To know more about admission procedures, including lateral admission and about fees and financial aid, please visit our undergraduate admissions page or contact [email protected].read more >>
Human Resource and Organisations
The Human Resource and Organisations Major equips students with the capabilities to lead and manage people in a dynamic, agile workplace. It prepares students for careers as human resource professionals and organisational leaders. The Major focuses on the effective application of human resource management and organisational behaviour theories to workplace practices and the management of people within diverse organisational contexts. Students gain an understanding of core areas of human resource management and organisational behaviour, while also examining how these functions align with business strategy and organisational goals. The curriculum combines perspectives from management, psychology, behaviour, analytics, and digital technologies to help students understand workplace dynamics, employee engagement, organisational culture, leadership, and the changing nature of work. Through project-based learning, skill-oriented courses, and analytical approaches, students develop the ability to make informed and responsible managerial decisions. On completion, the student will be able to: Demonstrate skills required to effectively manage human resources, including analysing workplace behaviour and developing organisational plans and strategies Evaluate qualitative and quantitative information to support strategic and operational decision-making Demonstrate ethical and socially responsible behaviour while contributing to diverse, inclusive, and collaborative work environments Apply concepts related to individual and group behaviour within organisations Understand the relationship between organisational processes, people management, and business strategy Develop critical thinking, analytical decision-making, conflict resolution, and negotiation skills Use analytical and technology-enabled approaches to support human resource and organisational decisions The Major also sensitises students to the ethical, legal, and social dimensions of managing organisations, including issues related to diversity, inclusion, sustainability, employee wellbeing, and corporate responsibility. As organisations increasingly rely on technology, data, and people analytics to guide workforce decisions, students are exposed to contemporary approaches to talent management, organisational development, and human resource decision-making. Graduates with a Major in Human Resource and Organisations pursue careers in talent acquisition, learning and development, compensation and benefits, employee relations, organisational development, diversity and inclusion, workforce analytics, and corporate training. They take up roles such as human resource business partners, talent acquisition professionals, learning and development specialists, compensation and benefits managers, workforce analysts, and organisational consultants across industries and sectors.read more >>
Integrated Arts (Performing Arts/ Visual Arts)
The Integrated Arts Major is a unique, multidisciplinary, practice-driven programme dedicated to educating a new generation of arts practitioners, art curators, managers, academics, and policymakers. The Major provides inputs for the intellectual preparation of the artist within the traditions of liberal arts, while creating the opportunity to build deep capabilities within a chosen art form in Performing Arts and Visual Arts. The Major exposes students to the practice of various art forms, as well as theoretical engagement through the study of art history, philosophy, performance theory, and more. Additionally, it allows for an understanding of how the arts engage with and offer solutions to society's grand challenges, such as climate change, health, and social inequality. The programme is targeted towards five potential career pathways. These are directed towards enabling employment or entrepreneurship opportunities in professional art practice, the media and entertainment sector, museums/art galleries, arts management, and academia (teaching and research in arts). The Major aims to provide comprehensive exposure to The social and historical conditions and theoretical frameworks by which art practice is understood Hands-on practice by which a range of creative work can be produced, curated, exhibited, managed, conserved, interpreted, documented, and archived Various art forms and how they can come together in any creative endeavour Challenges and opportunities in the growing creative economy/creative industry sectors Methods of conducting academic research, undertaking curation, doing content writing, and preparing grant proposals in the area of Integrated Arts Cultural policy and laws concerning cultural production in India and globally, as well as cutting-edge industry practices in the creative economy Domain Knowledge and Application Upon completing, graduates will be able to: Produce creative work that demonstrates innovative ability in performing, making and exhibiting Curate, manage, conserve, interpret, document and archive art practices Relate their practice to the Creative Economy/Creative Industries sectors Apply an integrated understanding of the arts in the fields of academic research, curation, and media and communication Evaluate interventions that impact artistic and cultural production in India, such as research projects, policy documents, and legal frameworks Engagement with Society Upon completion, the student will be able to: Create and curate artistic work reflecting societal challenges Work towards community building through the arts Personal Skills Upon completion of the major, the student will be able to: Engage in art practice that is historically and theoretically informed Critically engage with art in its personal and social dimensions To learn more about the Integrated Arts programme at Ahmedabad University you may send an email to [email protected]. To know more about admission procedures, including lateral admission and about fees and financial aid, please visit our undergraduate admissions page or contact [email protected].read more >>
The major in Life Sciences is offered as part of a five year Integrated Master of Science in Life Sciences programme. It is a distinctive programme which introduces students to modern concepts in biology ranging from molecules to ecosystems. The major introduces students to the basic areas of biology as cell biology, microbiology, biochemistry, genetics, molecular biology and later in certain specialised branches of biology such as cancer biology, nanotechnology, research methodology, recombinant DNA technology and bioinformatics. The laboratory courses will introduce students to research methods in biology and the 18 months long Masters thesis will help them to continue their research in an area of their interest. Students wanting to pursue their career in industry can substitute their credits with an extended industry internship or an industry project. Through the interdisciplinary approach, they will be able to think even outside biology and try to solve a problem from different angles and to become well-rounded scientists. The major aims to generate curiosity about learning and scientific reasoning through laboratory work where the student will get hands-on experience to accompany the knowledge they gain from the lectures in class. The objectives of the major are as follows: To introduce students to the basic areas of biology like biochemistry, cell biology, microbiology and molecular biology first and then let them choose their area of specialisation based on their interest. Help students to develop skills of reasoning and critically analysing their ideas. Lecture-based courses will enable them to think about a problem and apply knowledge gained in the class to find solutions to a problem. Through laboratory courses, they will be trained in designing experiments to verify their theoretical solution, planning and executing experiments and finally analysis of the results accurately to solve a problem. Develop an aptitude for research through the 18 months long Masters thesis and the research projects and provide flexibility to go for an industry internship or an industry project for those who wants to pursue their career in an industry. Introduce students to ethics in life science which is important for them to learn early in the course. Provide excellent training to students to undertake diverse and challenging career opportunities in academia, industries, NGOs and entrepreneurship. On completing the Integrated Master of Science in Life Sciences programme, students will be able to: Apply their thorough knowledge gained in the class for critical thinking Apply knowledge to analyse a problem Design experiments to answer a query Apply ethical training where appropriate Collect and analyse data as accurately as possible Write about their scientific work and communicate it to a layperson An interdisciplinary approach will provide them the platform to apply knowledge gained in other areas in finding a solution to a problem The Integrated Master of science in Life sciences will provide an excellent training to pursue a career in research both in academia and industries. Students not interested in research will be guided for other career opportunities like entrepreneurship, NGOs, scientific writing and also in software programming or analytics. To learn more about the Lifesciences programme at Ahmedabad University you may send an email to [email protected]. To know more about admission procedures, including lateral admission and about fees and financial aid, please visit our undergraduate admissions page or contact [email protected].read more >>
The Major offers a blend of theory and practice, striking an appropriate balance. It prepares students to understand markets, consumers, and organisations in a rapidly evolving business environment. The Major focuses on the development of conceptual, analytical, and practical skills required to design and implement effective marketing strategies across industries and sectors. Students gain exposure to areas such as product and market development, branding, consumer behaviour, market research, pricing, sales and distribution, advertising, marketing communication, and customer relationship management. On completion, the student will be able to: Create effective marketing plans related to product development, pricing, promotion, and distribution strategies Develop hypotheses, conduct market research, analyse consumer and market data, and generate actionable insights Use digital technologies and analytical tools for marketing decision-making and communication Analyse business situations from consumer, organisational, and market perspectives and make informed marketing decisions Conduct research using quantitative, qualitative, and mixed-methods to understand consumers, brands, and markets Understand the relationship between marketing strategy and other business functions Integrate ethical and socially responsible considerations into marketing decisions and practices This Major exposes learners to the detailed application of critical concepts and theories in the marketing domain, such as the new-age marketing mix, digital dynamics for marketing, artificial intelligence for marketing, B2B and B2C markets, customer and market analytics, and global and local marketing challenges. Courses related to digital marketing and technologies, analytics, and artificial intelligence help students understand how technology and data are transforming marketing practice. Through project-based learning, industry interactions, case studies, and skill-oriented courses, students develop the ability to apply marketing concepts to real-world business situations. The Major also enables students to explore specialised domains such as luxury marketing, healthcare marketing, retail, fashion, sports, and emerging digital platforms. Students develop an understanding of how marketing interacts with other business functions and how organisations create value for customers while responding to ethical, social, and sustainability considerations in the marketplace. Graduates pursue careers in areas such as advertising, branding, digital marketing, sales management, retail management, merchandising, market research, customer relationship management, and product development. They also work in roles involving communication strategy, business development, consumer analytics, and marketing operations across diverse industries and sectors.read more >>
Mathematical and Computational Sciences
The Mathematical and Computational Sciences Major offers students a rigorous foundation in the fundamentals of Mathematics and Computational Sciences, including data sciences. It also prepares them to solve complex interdisciplinary problems by applying mathematical and computational tools. The Major offers a unique blend of courses in theory and modern applications of Mathematics and Computational Sciences. The objective is to develop graduates with a deep understanding of the fundamental principles of mathematics who can apply strong computational techniques to model and solve problems in physics, economics, finance, engineering, and other domains. Learning Objectives The Mathematical and Computational Sciences Major seeks to provide students with the following: A rigorous foundation in fundamentals of Mathematics and Computational Sciences Skills to pursue rewarding careers in Mathematics, Computing, and Data Sciences in industry, and higher studies The ability to solve complex real-world problems by applying problem-solving skills and the knowledge gained from a broad education in mathematics, computing, data sciences, humanities, social sciences, and other physical and biological sciences The ability to engage in research in Mathematics and Computer Science-related fields Critical thinking and logical reasoning skills needed to understand abstract mathematical concepts and proofs The ability to effectively communicate mathematical ideas and concepts Learning Outcomes Successful completion of the Bachelor of Science (Honours) Programme with a Mathematical and Computational Sciences Major will enable the student to: Demonstrate a firm understanding of the basic principles of Mathematics and Computational Sciences Understand mathematical arguments and proofs Write and communicate mathematical proofs Analyse and interpret real-world data in a given context using statistical tools Identify and use relevant programming languages and computational tools to solve real-world problems Create mathematical models and explain a wide range of real-world phenomenon Apply the knowledge of mathematics, statistics, data sciences, and computational tools to solve complex multidisciplinary problems To learn more about the Mathematical and Computational Sciences (MCS) programme at Ahmedabad University you may send an email to [email protected]. To know more about admission procedures, including lateral admission and about fees and financial aid, please visit our undergraduate admissions page or contact [email protected].read more >>
The major in Mechanical Engineering is structured around in-depth courses in the mechanics of machines, mechanical design, thermo-fluids, materials, manufacturing, and manufacturing systems. The use of simulation and design, and extensive hands-on courses on experimentation and design-to-manufacturing provide a rich understanding of innovation in these fields. The overall approach is to integrate the different subfields and bring out the cross-disciplinary nature of engineering in general, and Mechanical Engineering in particular. One of the unique aspects of an Ahmedabad engineering education is its Engineering Foundation. The Engineering Foundation is a core that is common to all engineering majors. It comprises courses that cover the foundational knowledge of most engineering disciplines It encompass topics in electrical, computer science, chemical and mechanical engineering, amongst other fields. Besides imparting breadth, these courses will enable students and graduates to work in interdisciplinary teams and provide a robust foundation to becoming a contemporary engineer. The curriculum is designed to address two aspects, viz., breadth in engineering via the Engineering Foundation coursework, and depth in the discipline via the major core courses. The focus is on strong and rigorous fundamentals, applications to engineered equipment and systems, and hands-on learning of products and equipment in a multi-subject setting. The pedagogy emphasises questioning, experimenting and developing learning skills to face a career where change is the norm. Students are exposed to the engineering of products and design in a laboratory setting using contemporary tools of analysis and design, including software packages widely used in engineering industries. Teamwork is emphasised alongside strong engineering skills. On completion of the major, the student will be able to: Build strong understanding of mechanical engineering fundamentals and learn to apply them to real world applications through product-based learning. Become industry-ready by understanding requirements from industry and learn to apply engineering knowledge to solve problems from Industry. Develop skills for imagination and creative thinking through innovations on multidisciplinary domains such as Mechatronics, Machine Learning, Healthcare, Electric Vehicles, and Industry X.0. Use contemporary computational software packages such as, CAD/CAM, FEA/CFD and automation tools required for the analysis and design in practice. Be a team player and learn to effectively communicate while working with cross- disciplinary teams. Understand the societal issues such as water and air pollution, climatic changes, energy generation and agricultural productivity and learn to develop innovative solutions. Graduates in mechanical engineering are equipped for a variety of tasks spanning a range of industries, services, and other fields. Career paths include working in engineering firms, entrepreneurship, and undertaking further studies globally. The cross-disciplinary focus of the curriculum equips graduates with the ability to learn and grow into new fields, which is essential to pursuing a successful career in engineering and technology.read more >>
The Major prepares students with the knowledge, tools, and judgement needed to design, manage, and improve the systems through which organisations deliver goods and services. From manufacturing and logistics to supply chain coordination, warehousing, and service delivery, the operations function is central to how organisations create value and sustain competitive advantage. The Major develops both analytical rigour and managerial perspective, preparing students to lead operational decision-making in complex and dynamic environments. The curriculum blends managerial frameworks with quantitative and technology-enabled problem-solving approaches. Students engage with core areas such as capacity planning, demand forecasting, inventory management, project management, quality control, process improvement, and logistics, learning how each contributes to operational performance and organisational competitiveness. Courses are designed to be applicable across both manufacturing and service settings. On completion, the student will be able to: Explain how operations management contributes to the achievement of organisational and strategic objectives Analyse operational processes to identify bottlenecks and opportunities for productivity improvement Apply analytical and quantitative methods to operational decision-making in manufacturing and service environments Evaluate approaches to process improvement, quality management, and operational efficiency Conduct planning, forecasting, scheduling, and resource allocation in operational settings Use technology-enabled and data-driven approaches for managing supply chains and operational systems Appreciate how the integration of operations with other business functions enhances overall organisational performance As operations and supply chains grow increasingly data-driven, the Major equips students with analytical models, digital tools, and decision science methods used in contemporary practice. Through project-based learning and applied coursework, students connect operational concepts to real business challenges. The major also emphasises how operations intersect with marketing, finance, human resources, and strategy, building an integrated view of how organisations achieve efficiency, customer satisfaction, and sustainability. Operations management is relevant across every sector, including manufacturing, retail, healthcare, banking, logistics, hospitality, technology, consulting, and public services. Wherever resources must be planned, allocated, and coordinated to deliver outcomes, operations management is at the core. Graduates with a Major in Operations pursue careers across a wide range of sectors, including manufacturing, logistics, consulting, retail, healthcare, banking, and technology services. They take on roles in process improvement, supply chain management, project management, procurement, quality assurance, logistics analytics, and operational strategy, contributing to organisational performance in diverse industry contexts.read more >>
Operations Research and Statistics
The Major equips students with analytical, statistical, and quantitative decision-making capabilities to solve complex organisational and societal problems by using mathematical models, data analysis, optimisation techniques, and statistical reasoning to support effective, evidence-based decision-making across diverse domains. It is designed for students who wish to build strong analytical and computational skills relevant to business, industry, public systems, and research-oriented careers. Students learn how to model complex and unstructured problems, analyse relationships among variables, and derive optimal or data-driven solutions using quantitative methods. The curriculum combines theoretical foundations with practical applications through courses in statistics, data science, optimisation, simulation, stochastic processes, decision sciences, and analytical modelling. On completion, the student will be able to: Apply methods and tools of quantitative and analytical decision-making Model complex and unstructured business and organisational problems using operations research and statistical techniques Design experiments, perform statistical and computational analysis, and interpret outcomes rigorously Use optimisation, simulation, and data-driven methods to support managerial decisions Apply analytical and computational tools across functional areas such as marketing, finance, operations, and supply chains Develop problem-solving and critical thinking capabilities for data-intensive and quantitative contexts Applications of tbis Major extend across business functions such as marketing, finance, supply chain management, human resources, and operations, as well as fields such as healthcare, engineering, public policy, climate studies, and technology management. Exposure to digital technologies, computational tools, and data-oriented methods further strengthens their ability to work in increasingly data-intensive environments. Graduates majoring in Operations Research and Statistics pursue careers as business analysts, management science professionals, statisticians, quantitative consultants, and analytics specialists across industries. They find opportunities in consulting, information technology, financial services, manufacturing, logistics, healthcare, and research organisations. The Major also provides a strong foundation for graduate studies and research in quantitative, analytical, and computational disciplines.read more >>
Philosophy, History and Languages
The Philosophy, History and Languages (PHL) major introduces students to key intellectual trends in the Humanities through a problem or theme-based approach drawing on diverse theoretical frameworks. It emphasises scholarly rigour and original critical thinking across its three disciplines, with course options spanning ethics, intellectual history, postcolonial studies, literary studies, ecological humanities, ethnomusicology, and political philosophy. A distinctive feature of the Major is its integration of language study, encompassing both classical and contemporary South Asian and European languages, including Gujarati, Hindi, Urdu, Persian, Sanskrit, Dutch, French, Japanese and German, tailored to each student's chosen theme or problem. Students develop advanced proficiency in their chosen language alongside their broader intellectual pursuits. The Major equips graduates for careers across a wide range of fields, including law, media, politics, journalism, government and civil services, the development sector, marketing, translation and research, as well as postgraduate study. A central component of the Major is the study of languages relevant to a student’s chosen theme or problem. We hope that over time Philosophy, History and Languages will encompass the study of both classical and contemporary South Asian and European languages. These languages include Gujarati, Hindi, Urdu, Persian, Sanskrit, Dutch, French, Japanese, and German. Students in Philosophy, History and Languages tailor their language study according to their intellectual interests and acquire advanced competency in their language of study. The Philosophy, History and Languages programme will be developing high-quality study and research of these languages in the School of Arts and Sciences. This will be accomplished by linking these languages to faculty research and teaching so that students are able to study languages from beginning to advanced levels and in a variety of genres. The Major in Philosophy, History and Languages is a customised programme in the Humanities and allows students to explore themes across disciplines. It has two major goals: (1) to open up a space for students who want to study the Humanities but are undecided between Philosophy, History and Languages/literatures; and (2) to create a space for students to work on a theme that lies at the interface of two or more disciplines in the Humanities, and therefore cannot be accommodated squarely within any of the traditional Humanities disciplines. Given its goals, Philosophy, History and Languages is a unique attempt to reorient and restructure the domain of the Humanities in the context of higher education in India. Students study a minimum of two years of the same language. These languages will be offered at three levels: elementary, intermediate and advanced. Students of the Philosophy, History and Languages Major will acquire the skills required to succeed in professions such as law, media, politics, the development sector, government service, the civil services, publicity and marketing, journalism, translation, research, and further studies in higher education. The skills they will develop include: Identify the structure of arguments, whether in the disciplines of history or philosophy, and apply it in a variety of contexts Paraphrase, summarise, compare, and contrast various interpretations, theories and methodologies in the disciplines of philosophy and history [100, 200 levels] Acquire reading, writing, and speaking skills in a new language and use it in various contexts, including translation, commensurate at least with CEFR level B1 (intermediate) competence [ https://www.fluentin3months.com/cefr-levels/] Write in accordance with the style and format prescribed in the disciplines of philosophy and history Analyse, evaluate and critique existing interpretations in the disciplines of history and philosophy Plan and construct new arguments in conversation with the state of a particular field in history and/or philosophy Generate new knowledge that lies at the interface of the disciplines of philosophy and history, and communicate this knowledge in the form of a substantial piece of writing Domain Knowledge and Application Upon completion, the student will be able to: Engage with key intellectual trends in the Humanities through problem/theme-based frameworks Apply diverse theoretical frameworks: ethics, postcolonial studies, literary studies, ecological humanities, political philosophy Develop rigorous analytical and critical thinking across Philosophy, History and Language disciplines Attain advanced proficiency in a chosen classical or contemporary language (Sanskrit, Persian or German) Engagement with Society Upon completion, the student will be able to: Apply humanities knowledge to real-world careers in law, media, politics, journalism, civil services, development sector, and translation Engage with South Asian and global intellectual traditions to understand societal and cultural questions Personal Skills Upon completion, the student will be able to: Pursue scholarly rigour and original critical thinking in independent intellectual work Develop language proficiency alongside broader interdisciplinary pursuits To learn more about the Philosophy, History and Languages (PHL) programme at Ahmedabad University you may send an email to [email protected]. To know more about admission procedures, including lateral admission and about fees and financial aid, please visit our undergraduate admissions page or contact [email protected].read more >>
From the large-scale processes that form galaxies to the complex phenomena we encounter at a quantum scale, Physics is the science of the most fundamental forces that shape our Universe, govern our lives and underlie our technological achievements. An undergraduate degree in Physics gives students a rigorous and hands-on instruction in the principles of this science. The Major in Physics introduces students to the subject's principles in the fundamental areas of classical mechanics, electromagnetism, quantum mechanics, thermodynamics, and mathematical physics, and in certain specialised branches of Physics such as atomic physics, solid state physics, and more. The student will learn about the scientific method of understanding physical phenomena through both lecture-based courses and laboratory courses. Computational methods of studying physical phenomena will be an integral part of the programme. The undergraduate thesis and capstone project, and any research projects, will introduce students to research methods in Physics and require them to carry out research in an area of their interest. Through laboratory and theory courses and combined with the University’s interdisciplinary course of study outside the major, the Major in Physics hopes to create the well-rounded scientists of tomorrow. The Major in Physics aims to inculcate in students the spirit of inquiry and scientific reasoning through lecture-based and laboratory courses which also include problem-solving exercises. To enable this, the following broad objectives of the major are envisioned: Introduce students to the principles of Physics in the fundamental areas of Physics Impart a broad understanding of the physical principles, and help students develop critical thinking and quantitative reasoning skills Through lecture-based courses, enable students to consider a problem involving physical phenomena, to identify physical variables and the laws of physics that are relevant to the problem, and to apply them to solve the problem Through laboratory courses, train students in designing experiments to answer a physics query, building the necessary equipment (in some laboratory courses), recognising the sensitivity of the equipment they are using, taking data as accurately as possible, and recognising errors in measurement Introduce students to research methods in physics through the undergraduate thesis or capstone project, or any research projects Enhance students’ writing skills through scientific writing, and help them clarify their own understanding of the topic, and introduce students to the notion that a scientist's role includes sharing scientific discoveries and advancements with the public Provide an excellent training in physics for those keen on pursuing higher degrees in the discipline and counsel those who wish to choose alternative career paths On completing, the student will be able to: Given a physical phenomenon, identify what may be determined in terms of physical variables and the laws of Physics that are relevant to the phenomenon Apply these laws to explain the phenomenon Design basic experiments to answer a Physics query Recognise the sensitivity of the equipment they are using Take data as accurately as possible Analyse errors in measurements Write about scientific topics in a manner understandable to a layperson Apply methods of reasoning to look at problems outside of Physics The Major in Physics will provide an excellent training in Physics for those keen on pursuing higher degrees in Physics. Those students who may not wish to pursue higher education will be counselled about alternative career paths, such as in finance, science writing, software programming or analytics, and the courses required to pursue such paths. Eligibility: The Bachelor of Science (Honours) in Physics is open to anyone who has completed class 12 or equivalent with physics and mathematics as subjects. Students are expected to have a strong preparation in mathematics for the programme. To learn more about the Physics programme at Ahmedabad University you may send an email to [email protected]. To know more about admission procedures, including lateral admission and about fees and financial aid, please visit our undergraduate admissions page or contact [email protected].read more >>
The Psychology Major equips students to understand how people perceive, learn and think; what motivates behaviour; how individuals differ from one another; how behaviour evolves across the lifespan; how interpersonal dynamics shape relationships within groups, organisations and society; and how pathological behaviour develops and can be modified. While the focus is primarily on the individual, comparative studies across species and cultures deepen understanding at both biological and sociocultural levels — reflecting Ahmedabad University's commitment to interdisciplinary inquiry. The Major grounds students in the theories and empirical foundations of psychology. Laboratory experiments allow students to verify established psychological principles and investigate new ones, while training in psychological testing develops skill in human assessment. Together, these prepare graduates for careers in business, counselling, education, law, medicine and public policy, as well as for advanced research in the discipline. The courses in the Psychology Major introduce students to the theories and empirical studies of mental processes and behaviour. Experiments in the laboratory are performed to verify known psychological facts and principles and to investigate new ones. Psychological testing makes students skilled in the assessment of people. Consequently, attitude, knowledge and skills relevant to (i) careers in business, counselling, education, law, medicine and public policy, and (ii) research in psychology are acquired. Domain Knowledge and Application Students of Psychology Major are expected to demonstrate: The knowledge of the basic psychological processes and practises in psychology The skills to observe, record and analyse a problem using scientific method and to draw sound inferences from the data The knowledge and application of cognitive processes such as perception, memory, learning, thinking, reasoning, and intelligence The knowledge of life-span development of various psychological processes The knowledge of social influences on human behaviour The knowledge of biological factors shaping human behaviour The knowledge of psychiatric disorders and the tools and techniques to treat them Domain Knowledge and Application Upon completion of the major, the student will be able to: Demonstrate familiarity with key psychological concepts and frameworks from diverse perspectives within the discipline of psychology Analyse intersections of biology, cognition, culture, and environment in shaping human behaviour and mental processes Analyse the relationship between psychological research and social action in shaping community health and wellbeing Identify and analyse behavioural processes, cognitive mechanisms, and institutional influences that dictate individual and group dynamics Frame a psychological research question, identify suitable types of evidence, and gather, analyse, and interpret quantitative and qualitative data using foundational and advanced statistical and laboratory techniques Engagement with Society Upon completion, the student will be able to: Use evidence-based problem-solving approaches to bridge the gap between psychological theory and real-world challenges through field-based and professional learning experiences Connect personal experiences and individual narratives with larger social structures, systemic phenomena, and community wellbeing Apply ethical principles and community-minded psychological insights to address societal needs and contemporary mental health challenges Personal Skills Upon completion, the student will be able to: Engage in scientific reasoning and psychological argumentation, presenting data-driven analysis using state-of-the-art tools for experimentation and assessment Design and conduct independent and collaborative studies, demonstrating empirical rigour and ethical compliance To learn more about the Psychology programme at Ahmedabad University you may send an email to [email protected]. To know more about admission procedures, including lateral admission and about fees and financial aid, please visit our undergraduate admissions page or contact [email protected].read more >>
The Social and Political Sciences (SPS) Major at Ahmedabad University is an interdisciplinary programme, training students in the critical analysis of contemporary society, politics, economy and culture. It responds to the growing need for professionals equipped with societal insight, historical consciousness and rigorous analytical and methodological skills to engage with — and devise solutions for — the complex socio-political challenges of the 21st century. Students grapple with substantive theoretical questions and apply them to pressing contemporary problems: What obligations does the modern state owe its citizens? How do social structures shape individual experiences of power and inequality? How have new media technologies transformed the construction of self and society? What links globalisation to transnational institutions and local phenomena? To investigate such questions, students develop competency in both quantitative and qualitative methods, including data analysis, case study and comparative research, archival work and participant observation. Course activities are designed to bridge abstract ideas and lived realities, fostering critical engagement with the forces that shape individuals and societies. The Major ultimately prepares students to apply social science analysis to real-world economic, political, and social problems. Students will explore rich theoretical questions with an eye towards applying their insights to the problems of contemporary society, such as: What are the values of a liberal democracy, and how are they realised or undermined? How are social identities constructed and how do they shape understandings and contestations relating to gender, race, class and caste? What are the claims of a free market society and how does it operate in practice? Is inequality an inevitable outcome of modern capitalist societies? By engaging with such questions, the coursework will take students through key themes, influential thinkers and crucial debates in various social science disciplines. Students will be equipped with skills in quantitative and qualitative methods of data collection and analysis. Furthermore, course activities and assignments will require students to examine how abstract ideas specifically relate to the worlds they inhabit, and the possibilities that exist for engaging with the forces that are shaping their society. The Social and Political Sciences Major (which includes GER courses, eight theory courses, a sequence of three methods courses, and six major electives) is designed to equip students with a basic understanding of how to apply social science analysis to contemporary economic, political and social problems: Domain Knowledge and Application On completion, the student will be able to: Analyse intersections of society, state, culture and economy Understand how the contemporary world is shaped by historical processes Demonstrate familiarity with key social science concepts and frameworks Analyse the relationship between knowledge production and power relations in society Identify and analyse social processes, mechanisms and institutions Frame a research question, identify suitable types of evidence, gather and interpret quantitative and qualitative data. Engagement with Society On completion, the student will be able to: Use problem-solving approaches to bridge the gap between knowledge and application Connect their personal experiences with larger social structures and phenomena Personal skills On completion, the student will be able to: Design and carry out independent study and collaborative projects Engage in academic reasoning and argumentation and present their analysis using both conventional and digital modes of presentation Ahmedabad University also recognises that career options for young graduates are becoming more diverse, and therefore places emphasis on the skills required to innovate and succeed in a fast-changing economy. Students majoring in SPS will be able to pursue higher studies in disciplines such as anthropology, development studies, international studies, political science, sociology, and urban planning. In addition to academics, students will have acquired the required skills to pursue careers in journalism, law, new media, the development sector and in civil services. To learn more about the Social and Political Sciences (SPS) Major at Ahmedabad University you may send an email to [email protected]. To know more about admission procedures, including lateral admission and about fees and financial aid, please visit our undergraduate admissions page or contact [email protected].read more >>
The Major prepares students with the knowledge and capabilities to manage the flow of goods, services, information, and resources across interconnected organisations and markets. At its core, supply chain management involves coordinating decisions and activities across suppliers, manufacturers, distributors, logistics providers, retailers, and customers, ensuring that products and services reach the right place, at the right time, and at the right cost. On completion, the student will be able to: Identify issues within supply chain functions and contribute to effective coordination across supply networks Apply theories, principles, and analytical approaches to evaluate and manage supply chain systems Explain the role of logistics in connecting suppliers, producers, distributors, and customers across the supply chain Align supply chain decisions and processes with organisational goals and business strategies Analyse and improve supply chain processes to enhance efficiency, responsiveness, and customer value Apply technology-enabled and data-driven methods in supply chain planning and decision-making Assess operational risks and vulnerabilities in supply chains and recommend appropriate mitigation strategies In an increasingly global and technology-driven business environment, supply chains have become central to organisational competitiveness and economic resilience. Recent disruptions across industries have further highlighted the strategic importance of supply chain management in ensuring continuity, adaptability, and customer value creation. This Major equips students with the analytical, managerial, and technological capabilities required to manage contemporary supply chains and respond to evolving operational challenges. The curriculum develops a working knowledge of core supply chain functions such as demand planning, procurement, logistics, warehousing, distribution, and customer service — and how decisions across them are coordinated for efficiency and strategic alignment. Courses in analytics, decision sciences, and digital technologies develop data-driven and technology-enabled problem-solving skills. Project-based learning and applied exercises ground students in the realities of operational and strategic decision-making. Beyond functional expertise, the Major develops students' capacity to think strategically about complex supply chains, managing risk, driving sustainability, and creating value across diverse industries and markets. Graduates can pursue careers in logistics, procurement, sourcing, distribution, warehousing, operations planning, transportation management, consulting, and supply chain analytics. They find roles with manufacturers, distributors, logistics service providers, consulting firms, retail organisations, and technology companies — contributing to the design, optimisation, and management of supply chain solutions across industries.read more >>
