In a world facing climate change, pollution, and resource depletion, one profession stands at the frontline of sustainable solutions—Environmental Engineering.

If you're passionate about protecting the planet, solving real-world environmental challenges, and making an impact through innovation, pursuing an M.Tech in Environmental Engineering could be your path to a purpose-driven career.

What is Environmental Engineering?

Environmental Engineering is a dynamic and interdisciplinary field that combines science, engineering, and technology to develop sustainable solutions to environmental problems. From improving water and air quality to designing eco-friendly waste management systems and renewable energy technologies, environmental engineers play a crucial role in creating a healthier planet.

Why Choose M.Tech in Environmental Engineering at MIT ADT University?

MIT Art, Design and Technology University is one of India’s leading institutions, known for innovation, sustainability, and strong industry-academic integration. The Civil Engineering Department under the School of Engineering and Science (SOES) offers a forward-looking M.Tech in Environmental Engineering that equips students with both global insight and hands- on skills.

What Sets MIT ADT University Apart?

• Industry Collaborations: The Civil Engineering Department of SOES has established over 40 industry tie-ups across various domains of civil engineering. This ensures students get access to real-time industry problems, live projects, internships, and research opportunities including those relevant to environmental engineering. Global Research Exposure: The department has recently signed an MoU with a reputed Japanese company for an internationally funded research project under the domain of environmental engineering.
• Study of Japanese Technology: As part of the project, faculty and students will conduct a detailed performance study of advanced Japanese domestic wastewater treatment technology, with a focus on recycling treated water for gardening use. This hands-on experience offers
• M.Tech and B.Tech students an exceptional opportunity to engage with global sustainable technologies and develop real-world solutions. Future-Ready Curriculum: Learn through subjects like green technology, climate adaptation, air and water pollution control, waste treatment processes, and smart urban systems.

Transforming Challenges into Sustainable Opportunities

• Climate Action: Combat global warming through carbon reduction strategies.
• Water Security: Design purification and treatment systems to ensure safe and sustainable water supply.
• Zero Waste Goals: Innovate in solid waste management, recycling, and resource recovery.
• Urban Sustainability: Contribute to future-ready, eco-conscious urban development.

Future Scope of Environmental Engineers in India and Globally In India:

• Driven by national programs like Swachh Bharat Abhiyan, Namami Gange, and Smart Cities Mission, the need for skilled environmental engineers is rapidly growing.
• Industries are adapting to stricter environmental norms, increasing the demand for experts in compliance, monitoring, and green design.
• Clean energy transitions and infrastructure growth open new avenues for environmental professionals