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SEAS

Department of Environmental Science and Engineering

M.Tech. in Environmental and Sustainable Engineering

The M.Tech. in Environmental and Sustainable Engineering is a two-year programme designed to equip students with the knowledge and skills to tackle complex environmental issues effectively, manage natural resources efficiently, and contribute to sustainable development. The curriculum is uniquely tailored to prepare professionals to address the challenges of major industrial sectors and support government bodies and international agencies in addressing pollution issues.

The programme, focused on Sustainable Environmental Engineering, sustainable resource management, and the conservation of natural systems, will encompass a wide range of subjects. These include sustainable engineering, efficient natural resource management, conservation, and utilisation of resources such as water, air, soil, and biodiversity.

What Sets Us Apart?

1. Hands-on Practical Sessions

Access to well-equipped laboratories and facilities where theoretical knowledge is applied to real-world scenarios.

3. Unique Curriculum

Multidisciplinary approach covers extensive areas of sustainable waste management, circular economy, net zero emission, etc.

2. Campus Location

A conducive environment for hands-on learning, practical demonstrations, and face-to-face interactions.

4. Expert Faculty

Personalised guidance, mentorship, and exposure to the latest advancements by dedicated faculty with a strong blend of academic expertise and industry experience.

Total No. of Intake: 15

Eligibility Criteria: B.E/B.Tech. in Environmental Eng./Civil Eng./Chemical Eng./Energy & Env./Agriculture or relevant fields with minimum 55% marks
(or) M.Sc. in Environmental Science or relevant fields with a minimum of 60% marks and Written examination + Interview (Preference will be given to GATE-qualified candidates)
To develop proficiency in understanding, analysing, engineering, and managing environmental systems for creating a sustainable society.
To acquire interdisciplinary skills needed in comprehending, managing and conserving natural resources while promoting sustainable engineering practices.
To gain expertise in cutting-edge technologies for evaluating the environmental effects of multidisciplinary projects and devising cost-effective engineering remedies.
To foster research and innovation across diverse environmental domains, aiming to advance our understanding.
To enable a participatory approach to fostering social responsibilities and sustainable ethics to safeguard the environment for future generations.
The qualified engineers will:
Develop a comprehensive environmental understanding of engineering sustainable society.
Bring interdisciplinary competence for resource management through sustainable utilisation.
Acquisition of advanced skills in utilising cutting-edge technologies to analyse the environmental implications of complex, cross-disciplinary projects and the capability to create economically efficient engineering solutions.
Acquire research aptitude and innovative thinking for providing remedial solutions to industry-oriented and societal-focused pollution problems.
Upholding the principles of environmental stewardship and societal well-being.