Enables a thorough grounding in macroeconomics, microeconomics, and quantitative methods, alongside an in-depth knowledge of the economics and policy of environmental pollution, renewable and non-renewable resource use, and interaction between globalization and environmental degradation. The students are expected to acquire a high degree of technical ability and a sound understanding of economic theory to cater to career needs in governments, corporations, international organizations, and academia.

Equips students with business acumen to lead in a resource-sensitive world, in addition to development of core management functionalities. 

The learning process is highly participatory and students are encouraged to debate on business sustainability principles and practices and brainstorm on multiple solutions for the contemporary challenges that business organizations of the twenty-first century face, or are likely to face. 

The program provides students new avenues and options to build a career in different areas related to sustainability, in addition  to job opportunities available to any management graduate in the country.

A unique programme, designed to provide the necessary skills in socio-economic, natural sciences, policy and regulatory issues to prepare professionals to tackle issues related to climate change. The programme provides grounding in climate science and policy issues, and equips students with the expertise to work in areas of and related to climate change mitigation and adaptation.

Aims at building globally relevant capacity in sustainable development practice through cross disciplinary education. The programme is primarily intended for development professionals, seeking holistic understanding of global challenges, and students with a passion to work in the field of development. Graduates are equipped to tackle the challenges of extreme poverty, disease, climate change, and ecosystem vulnerability. A key element of this programme is field training spread across four semesters.

Provides an optimal blend of theory and practice with an interdisciplinary approach through its philosophy, curriculum design, and pedagogy. The programme covers a range of disciplines, including natural science, applied science, social science, management science, and information and communication technology, thus, exposing students to the application of specialized knowledge to real life problems. The programme integrates sustainability issues throughout the curriculum and helps to develop the ability to react to present and future problems.

Designed to build a pool of competent urban professionals having requisite technical and managerial capabilities, and understanding of social, economic, environmental, and legal issues associated with the urban development, infrastructure, and real estate sectors. This unique programme promotes learning through research based teaching and engagement of practitioners. The programme equips students for a successful career in public and private sector organizations engaged in developing real estate and urban infrastructure.

Intends to meet the human resource requirements of the rapidly expanding fields of renewable energy, energy efficiency, and conservation. The programme addresses the technical, management, policy, regulatory, and economic aspects of solar thermal, solar photovoltaic, wind, biofuels and biomass, grid integration, energy efficiency, energy conservation, energy auditing, and green buildings. Students are trained to analyse the environment, energy, and socio-economic implications of green energy systems. Graduates will become technical professionals competent to deal with the challenges of energy related issues of sustainable development.

Responds to the human resource needs of the infrastructure sector that is expected to experience rapid growth. The programme equips the students with managerial skills in core subjects and also imparts knowledge of the technical, regulatory, and sustainability aspects of infrastructure management. Students can specialize in managerial skills pertaining to specific sectors, such as energy, transport, roads, and telecom. The curriculum includes a unique blend of academic courses, exposure to real life cases, and work experience.

Water governance and management goes beyond traditional field of engineering because of multi-level (local, regional, and sub-national) and multi-dimensional (economic, social and environmental) factors. The Department aspires to provide a platform for various actors to come together for innovative ideas, capacity-building and consensus building for joint action on water challenges of tomorrow.

The Department has attained leadership position in offering programmes relevant for development professionals (fresh as well as mid-career) well-equipped to tackle, beyond cultural boundaries and across sectoral divisions, the interwoven challenges of water sustainability.

The Department maintains relevance of its programmes through regular interaction opportunities with international experts, field visits, and participation in events. It strives to establish a vibrant network of industry and academic institutions, collaborating for the development of learning resources and training material leading to significant capacity creation at various levels. The Department is proactive in public advocacy of sustainability of water resources.

Equips students and professionals to undertake project management, with a thorough understanding of law and policy, apart from RS/GIS/GPS and modelling techniques. The programme also offers elective courses like landscape ecology, integrated impact assessment, environmental modelling, watershed management, and climate change to understand the interdisciplinary applications of geoinformatics. Students who complete this programme will possess the confidence and skills to attract a wide range of potential employers in public and private organizations.

This is a unique laboratory-intensive programme wherein scientific training is imparted while also providing an overview of regulatory issues and bioethical concerns related to plant biotechnology. Courses in applied mathematics, statistics, and computational skills are included to address biological problems in an interdisciplinary and integrative manner. Graduates are expected to acquire specialized knowledge and practical experience required to creatively address contemporary problems in both academic and industrial settings.

Encompasses a comprehensive two-year curriculum (one year contact and one year on-the-job) on public policy formulation, analysis, evaluation, management, and links with development concerns. With a judicious mix of courses covering basic concepts, a practical orientation, and new methodologies and tools, the programme intends to allow future leaders in the governments and other organizations/ agencies to enhance their awareness of the public policy environment. The curriculum sharpens students’ understanding of the effects that policy decisions have on political, economic, social, and environmental aspects in domestic and international domains.

Water governance and management goes beyond traditional field of engineering because of multi-level (local, regional, and sub-national) and multi-dimensional (economic, social and environmental) factors. The Department aspires to provide a platform for various actors to come together for innovative ideas, capacity-building and consensus building for joint action on water challenges of tomorrow.

The Department has attained leadership position in offering programmes relevant for development professionals (fresh as well as mid-career) well-equipped to tackle, beyond cultural boundaries and across sectoral divisions, the interwoven challenges of water sustainability.

The Department maintains relevance of its programmes through regular interaction opportunities with international experts, field visits, and participation in events. It strives to establish a vibrant network of industry and academic institutions, collaborating for the development of learning resources and training material leading to significant capacity creation at various levels. The Department is proactive in public advocacy of sustainability of water resources.

By taking learning beyond the classroom, this programme aims to create and share knowledge in the field of renewable energy, environment, and sustainable development using innovative learning tools, thereby enabling learners to enhance their capabilities and foster their intellectual growth in a truly virtual environment. The programme has been designed to provide training to working professionals and graduates from a range of science, engineering, and related disciplines, in the area of renewable energy through the distance learning mode. The programme mainly focuses on the current trends, potential, policies, challenges, issues, and possible solutions in the area.

Environmental laws and Infrastructure laws are two emerging fields in legal practice. There is a dearth of qualified legal professionals in both these fields. It is in this context that TERI SAS offers a one year LL.M. programme with specialisation in Environment and Natural Resources Law and Infrastructure and Business Law