B. Tech in Energy Engineering is a specialised course under the Bachelor of Technology programme. The undergraduate course is professionally oriented for those who want to make a career in the field of energy or power engineering and related fields. The course focuses on educating students about the power industry as well as energy technologies, energy-efficient systems and equipment, the design of equipment, renewable energy, and nuclear power plants. It also offers the knowledge of other aspects, such as project management, financing, research and technology development.
B. Tech in Energy Engineering course is covered over a period of four years, divided into eight semesters. Each course year has two semesters of six months each. The course fee may vary from one institution to another. However, the average fee may lie somewhere between INR 2 lakhs and INR 5 lakhs. It may be based on the reputation of the institution and the quality of the course it offers. Energy engineering is an emerging domain that is in high demand among students. Thus, the number of institutions offering this course has also been rising.
As it is a new field of technology, there are not hundreds of institutions where the B. Tech in Energy Engineering programme is available. However, some top institutes and universities provide this course on a full-time basis. Higher bodies like UGC, AIU and AICTE recognise these institutes. Following are a few universities and institutions that deliver high-quality education in the domain of energy engineering:
Before taking up the B. Tech in Energy Engineering course, students need to assess their skill set. It is important to possess some essential skills to excel in this course. Here are some of these skills mentioned:
After completing B. Tech in Energy Engineering course, students have rich job prospects in electrical power companies, energy firms, fuel technology firms, and technology transfer companies. They can also work with energy research institution as fellows or researchers. While pursuing a higher education course like M. Tech in this domain will improve their professional opportunities, even graduates can land up with strong options.
Students can become field engineers, energy auditors, design engineers, tool design engineers, or manufacturing engineers. They can also find other relevant job roles, such as energy utility industry officer, renewable energy system integrator, renewable energy engineer, planning and scheduling engineer, and renewable energy officer in government departments. Some students can also think of entering the teaching domain and become lecturers or teachers in colleges and universities.
B. Tech in Energy Engineering course can turn students into energy industry leaders who can be great problem solvers in the fields of energy science or energy management. They can efficiently lead energy manufacturing and technology development projects, as well as be innovators in the domain of environmental health protection and safety assurance in energy generation plants. They can be great planners and educators who have ample professional opportunities in front of them.
The basic eligibility criteria to seek admission in the B. Tech in Energy Engineering programme include the following:
B. Tech in Energy Engineering course is a specialised programme in itself. There are no other specialisations offered under this course. However, students can gain in-depth knowledge of the energy production and management domain by pursuing this course. They learn about various aspects of energy engineering, such as thermodynamics, power electronics, energy resources and technologies, and power systems and heat transfer.
The course further imparts the knowledge of digital and analogues electronic circuits and non-conventional ways of electric power generation. It offers training in the areas of energy conversion and computer-based energy conservation. Students additionally gain the knowledge of electric machines, basics of electronics, engineering drawing and graphics, electrical technology, programming and data structure, etc.