Master of Technology (M.Tech.) in Energy and Environmental Management Course at NIT Calicut, Kozhikode

Introduction of Master of Technology (M.Tech.) in Energy and Environmental Management

The M.Tech in Energy and Environment is a two-year postgraduate programme in Environmental Engineering. The course is an interdisciplinary degree that connects the vast fields of energy and the environment. Environmental and energy management encompasses all areas of environmental and energy management, whether public or private.

The program aims to equip future decision-makers in businesses, government, and non-governmental organizations to think about and act in an environmentally responsible manner when making policy, production, and resource allocation decisions. It aims to broaden participants' knowledge and abilities, thereby contributing to the development of capacity in sustainable development.

Eligibility Criteria for M.Tech in Energy and Environmental Management

Aspiring students must have completed a B.E./B.Tech. or comparable degree with a minimum of 50% or equivalent CGPA.
Admissions are allowed to candidates who have earned at least 50 percent in aggregate in M.Sc. Environmental Science or any associated topic in Life Sciences/Physical Sciences/Earth Science (47.50 percent for SC/ST candidates) are eligible.
Most of the prestigious institutions and colleges allow admissions after an entrance examination is qualified.

Admission Process of M.Tech in Energy and Environmental Management

The majority of universities offer admission through university-level counseling based on GATE scores.
The remaining slots are filled based on academic performance in graduation exams.

Fee structure & Course Duration of M.Tech in Energy and Environmental Management

The Master of Technology in Energy and Environment is a two-year postgraduate programme in Environmental Engineering divided into four semesters with theory and field study.

The fee structure varies slightly in different universities, but in most universities, it is INR 47,000/-

Benefits of Master of Technology (M.Tech.) in Energy and Environmental Management

Candidates can work in energy and environmental consultancies, energy specialists, architectural firms, environmental departments of local governments, government agencies, major funding bodies, large industrial companies, and emerging businesses in the renewable sector positions with high levels of responsibility.

Along with In-depth knowledge about the subject, the necessary practical and evaluative abilities to lead the charge for low-carbon, resource-efficient, and sustainable futures in various global contexts get created among the candidates. Building energy efficiency, environmental rules, industrial waste management, and smart grid technology are some of the learnings from the course.

Training in diverse sub-sectors of energy and environment is advantageous for quick absorption in associated enterprises, consulting and R&D organizations, regulatory agencies, and academic institutions.

After passing the course, they can operate as consultants, assisting their clients in complying with legislation and cleaning up dangerous areas. It lays a solid foundation for work in government agencies, non-governmental organizations, major international corporations, independent consultants, and education (such as research and enterprise)

Scope of M.Tech in Energy and Environmental Management

Students develop an excellent approach to various aspects of energy generation and utilization using renewable energy sources; energy audit, conservation, and management; environmental pollution in solid, liquid, and gaseous waste; and adoption of energy and environmentally friendly technologies, among other things. They become well-versed in terms of orientation, organization, logical reasoning, and analytical abilities.

The course prepares the candidates with excellent communication and interpersonal skills and a desire to convey environmental engineering concepts. Applicants become enthusiastic about science and mathematics and have the capacity to apply environmental engineering principles to a variety of jobs.

Career Aspects: