What is Energy?
In physics, we can say that energy is the property of objects that can be transferred to other objects or converted into a different form.
Some of the common energy forms are: kinetic energy, radiant energy, potential energy, chemical energy, elastic energy & thermal energy.
That’s Energy then what is Energy Engineering?
It can be defined as:
“Energy Engineering is the mix application of engineering streams such as Electrical Engineering and Mechanical Engineering. It solves the problems of extracting, collecting and utilizing energy resources to fulfill the needs of human without damaging the environment.”
The principles of energy engineering are applied to building design, lighting, HVAC, refrigeration for efficient usage of energy.
Latest Application Forms Available
Energy engineering is also referred as Energy Technology as it handles conversion, transfer, production, distribution and use of energy.
It does not stop here….
Wish you know more about Energy Engineering?
In a simple way, it defines as the following:
Energy Engineering (Energy System) is a multidisciplinary field that deals with the efficiency of energy, management facility, services of energy, plant engineering, environmental compliance, and alternative energy technologies.
It combines knowledge from the fields of Physics, Chemistry & Maths with the energy engineering applications.
Course & Duration
How I Become an Energy Engineer?
A Bachelor’s degree is common to become an energy engineer.
You can pursue graduate studies in Energy Systems, Renewable Energy, Sustainability, Environmental Engineering, and Solar Engineering.
They often specialize in mechanical or electrical engineering, which are both closely related to the field.
A postgraduate qualification is not essential, but it can be useful if you completed your graduation with another engineering courses or science-related subjects.
The courses of Energy Engineer are mentioned here.
- Bachelor’s Degree programmes: The duration of this programme is 4 years.
- Master Degree programmes: It is two-year duration’s programme.
You can pursue Bachelor’s degree in Energy Engineering. You have to pass the 12th examination with Physics, Chemistry & Mathematics.
Entrance Exam – JEE Main 2017
If you are interested to do a higher education from abroad, then you can pursue a Master degree in abroad.
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Do you want to know about specializations of Energy Engineering?
The few specializations fields are:
- Power Engineering
- Nuclear Engineering
- Hydro Engineering
- Solar Engineering
- Wind Engineering
Famous Energy Engineering Institutions in India are:
- IIT Khargpur
- IIT Jodhpur
- University of Petroleum & Energy Studies
- National Institute of Technology – NIT Calicut
- Aryabhatta Knowledge University, Bihar
- Anna University, Chennai
Jobs & Career
The renewable energy industry is expanding rapidly. Due to this, the career opportunities are also increasing. The opportunities abound in the private & public sector, especially in energy-intensive industries.
You will also work with other professionals like as geologists, specialist contractors & geophysicists. You may also be known as a “Renewable Energy Engineer” is this job.
You could be employed in the oil and gas industry, energy production companies, or in government and university research.
With experience, you could move into planning, policy development, or freelance consultancy.
Roles Energy Engineers
The core job of the energy engineers is to focus on finding efficient, clean and sustainable ways to supply energy. They work in a variety of roles that includes:
- Designing and testing machinery.
- Developing ways of improving existing processes.
- Ensure the safety standards.
- Converting, transmitting and supplying the useful energy to meet the needs for electricity.
Responsibilities of Energy Engineer
- Being a part of developing, designing & building renewable energy technologies.
- Carrying out the energy surveys and site inspections.
- Design and select the equipment.
- Carrying out the lab experiments and adapting them for large-scale industrial processes.
- Developing technical skill in all matters to do with energy and environmental control.
- Contribute the sustainable energy initiatives and researching new energy methods.
Top Job Profiles
The Energy Engineers job profile includes discover the new non-renewable energy sources, conserve the non-renewable sources of energy & supplying a good amount of energy resources.
- Energy Performance Engineer
- Environmental Solutions Engineer
- Measurement and Verification Engineer
- Measurement and Verification Energy Process Leader
- Test and Balance Engineer
- Energy Efficiency Engineer
- Energy Manager
- Technical Resource Manager
The area in which energy engineers works: Laboratories, Energy Generation companies, Academic institutions, Energy Consulting companies, Research Departments & Oil and Gas Exploration Agencies.
Some of the major recruiters that recruit Energy Engineers are:
- Society of Energy Engineers & Managers
- The Energy & Resource Institute
- Atomic Energy Commission
- Bureau of Energy Efficiency
How much Energy Engineers earn?
In India, the fresher’s salary starts from Rs. 4 lakh annum to as high as Rs. 15 lakh per annum. The salary package of Private sector is high as compared to the government sector. Salary is also varied as per the experience & the post.
In abroad, the starting salaries for energy engineers are around £20,000 to £28,000. People those have sound experience, they can earn £28,000 to £40,000 & at the most senior levels, it is possible to reach salaries of more than £60,000.
Now you are working as Energy Engineers next question arises in your mind:
What is your working hour?
The working hours are also varying according to your job roles & what kind of work you do. Usually the working hours of the energy engineers are 8 hours in office based design or research jobs. If you work on a site, then you work by shifts that will include nights and weekends.
Books & Study Material
Are you serious about becoming an Energy Engineer?
Some of the best books for the preparation:
- Solar Cells – New Approaches and Reviews by Leonid A. Kosyachenko
- Power Quality Issues in Distributed Generation by Jaroslaw Luszcz
- Biomass Production and Uses – Eduardo Jacob-Lopes and Leila Queiroz Zepka
- Wind Turbines by Al- Shemmeri
- Advances in Petrochemicals by Vivek Patel
- Sub-bituminous Coals: An Overview by Prof. Dr J. Clifford Jones
- Bioethanol: Science and technology of fuel alcohol by Graeme M. Walker
- Modeling and Control Aspects of Wind Power Systems by S. M. Muyeen, Ahmed Al-Durra and Hany M. Hasanien
- New Developments in Renewable Energy by Hasan Arman and Ibrahim Yuksel
- Nuclear Reactor Thermal Hydraulics and Other Applications by Donna Post Guillen