Energy Engineering

Energy Engineering is the field of engineering that deals with the utilization of various sources of energy to carry out different activities such as energy efficiency, energy services, facility management, power generation, environmental compliances, and sustainable and renewable energy. Candidates can pursue energy engineering courses after Class 10 by studying diploma and after Class 12 by studying for a bachelor’s degree. Admission to this course is done via entrance examinations. Like JEE Main, JEE Advanced, WBJEE, MHT CET, BITSAT, TANCET, etc. However, some colleges also offer direct admission also. The average duration of this course is  3 to 4 years. However, there are several short-time courses that can range between 6 months to 1 year. 

Companies worldwide look for skilled professionals and offer a lucrative salary to those who can work around alternative energy resources. After completing this course, candidates get various career options like commissioning engineers, maintenance engineers, distribution engineers, substation managers, quality assurance/quality control managers, project managers, etc to choose from. This course is available in online and offline mode.  IIT Bombay, Jamia Millia Islamia, Delhi Technological University, and IIT Kharagpur are some of the top institutes in India offering this course. The average fee structure BTech in energy engineering ranges from Rs 1,50,000 to Rs 8,00,000. 

Read the full post to get details on the energy engineering course. 

The branch of Energy Engineering encompasses the processes related to the utilization of alternative energy resources  to carry out various functions. Students who seek to pursue Energy Engineering should be aware of the different aspects of the subject well in advance. The major areas related to the Energy Engineering course have been pointed out in the table below.

Energy Engineering focuses upon the utilization of alternative sources of energy to carry out different activities. Students who are fascinated by how different energy sources operate might get interest in pursuing a course in Energy Engineering. Aspiring students should be of a strategic bend of mind with a solid grip over Mathematics, Physics and Chemistry. Being open to new learnings and innovations will be of immense help in this field.

Energy Engineering Eligibility Criteria

The eligibility criteria for taking up an Energy Engineering programme varies depending upon the institute type, level of course that a candidate wants to enroll into and many more factoRs Candidates can check the basic eligibility criteria for enrolling into different Energy Engineering courses as mentioned below.

• For enrolling into a Bachelor's degree (B.Tech) programme in Energy Engineering, aspiring candidates should have passed their class 12 examination from a recognized board. They are also required to appear for relevant entrance examinations and qualify with good score to secure admission into the courses
• In order to secure admission into a Masters degree (M.Tech) programme in Energy Engineering, aspiring candidates should have completed a B.Tech or B.E. programme from a recognized institute with 50% aggregate marks. They are also required to qualify entrance examinations as required to pursue Energy Engineering courses

With the ever growing concerns pertaining to global warming , the world today is looking at maximizing its  potential to utilize renewable sources of energy to carry out several major functions. Energy is the very basis of carrying out any activity thus making it a crucial sector providing employment opportunities in diverse roles. Students pursuing Energy Engineering programmes develop the expertise to carry out experiments and innovations which are crucial for testing the effectiveness of energy operations. Energy Engineering graduates can secure employment in a variety of roles such as Energy Analyst, Networking & System Engineer, Engineering Project Manager and Field Service Engineer to name a few. 

Sometudents can follow some of the tips mentioned here to secure admission into the best Manufacturing Engineering College in India.

• Select the Science stream in your senior secondary so that you can opt for higher courses in Energy Engineering
• Apart from focusing on your studies, devote sufficient time in the extracurricular activities of your school which will make you agile and boost your confidence
• Partake in multiple counselling sessions to clear any confusion which you might have pertaining to the subjects, entrance examinations, course fee, top institutes etc.
• Fill the online application form beforehand so that you’re relieved from any unwanted stress during the last leg of application process
• To be well prepared for the entrance examination necessary for admission into Energy Engineering programme, have complete knowledge of the syllabus well in advance and note down the top participating colleges and universities of your selected entrance exam
• Practice mock examinations on weekends which will help you analyze your speed and time management skills
• Follow Collegedekho’s website for details related to colleges, college fees, infrastructure, faculty, placements, etc.

Energy Engineering courses can be pursued at different levels. The courses listed below may vary from institute to institute.

• B.Tech in Energy Engineering
• M.Tech or ME in Energy Engineering
• Diploma programmes in Energy Engineering
• Ph.D. in Energy Engineering

The field of Energy Engineering is diverse with multiple areas of operations. Some of the specializations offered in Energy Engineering are:

• Power Engineering - The field of power engineering deals with the generation, utilization, transmission and distribution of power. Professionals in this discipline are involved in the manufacturing of power devices and the mechanisms of power conversion.
• Nuclear Engineering - The branch of nuclear engineering deals with the application of nuclear and radiation processes. Nuclear energy is a reliable source of energy which is used for the maintenance of power plants, reactors, turbines, weaponry etc. 
• Hydro Engineering - Hydro engineering refers to the application of the principles of fluid mechanics to regulate the collection, storage, transportation and use of water. This domain of Energy Engineering involves the design of dams, canals, bridges, channels, levees etc.
• Solar Engineering - A solar engineering professional is concerned with the creation of solar cells for the collection and storage of solar energy being emitted from the sun rays. Solar engineers deal with the designing and manufacturing of solar power installations and the maintenance of solar energy systems.
• Wind Engineering - The discipline of wind engineering seeks to analyze the effects of wind in the natural habitat as well as the built environment and study the consequences emerging from wind. Wind engineering professionals make use of equipments such as atmospheric boundary layer wind tunnels, atmospheric models and computation fluid dynamics models.

Candidates can study Energy Engineering either in full time, part time or through distance learning. Variety of possibilities are available in India and overseas. Candidates who wish to pursue this course should select the course type on the basis of their areas of interest.

The admission into Energy Engineering courses in India are done both based on merit as well as entrance examinations. In order to take up an  Energy Engineering programme, candidates need to check the eligibility criteria for courses offered at different levels such as UG, PG and Diploma and apply for admission at the colleges and universities of their choice. Candidates are also required to appear for entrance examinations taking place at the national/ state/ university level to secure admission in Energy Engineering courses offered by the institutes located across India.

The admission process for securing entry into Energy Engineering courses is based on merit obtained by students in their higher secondary examination. However, there exist some entrance examinations which serve as gateways for admission into Energy Engineering courses offered at different government as well as private colleges and universities across India. Some of the entrance examinations have been listed below.

• JEE Main - The National Testing Agency conducts the JEE Main examination twice a year. Candidates who qualify the JEE Main exam will be able to secure admission into undergraduate engineering programmes offered at NITs, IIITs, CFTIs and other institutes recognized by participating state governments
• JEE Advanced - JEE Advanced examination is conducted by anyone of the Indian Institutes of Technology with the purpose of granting admission into undergraduate and postgraduate engineering programmes at IITs and NITs situated across the country
• WBJEE - The West Bengal Joint Entrance Examination Board conducts the WBJEE entrance exam for granting admission into undergraduate programmes in engineering, architecture, technology and pharmacy across the institutes located in West Bengal
• MHT CET - The State Common Entrance Test Cell Maharashtra conducts the MHT CET examination to offer admission to eligible candidates into B.E., B.Tech and B.Pharm courses offered by the colleges and universities located across the state of Maharashtra
• BITSAT - The Birla Institute of Technology and Science conducts the BITSAT examination to offer admission into engineering, science, technology and pharmacy courses at its campuses
• GATE - The Gratitude Aptitude Test in Engineering or GATE is conducted annually for offering admission into postgraduate engineering courses at NITs, IITs and other government institutes
• Karnataka PGCET - The Karnataka Examinations Authority conducts the Karnataka PGCET exam for entry into various postgraduate programmes offered by the government and private institutes located in Karnataka
• Other exams like COMEDK UGET, KCET etc., are also considered by various colleges

The top Energy Engineering colleges and universities in India have been highlighted in the table below which provide quality education and placement opportunities to the students willing to pursue an Energy Engineering course. The average fee structure of the Energy Engineering colleges and universities along with their locations have been mentioned in the table. Aspiring candidates should keep in mind that the average fee structure of the institutes may vary as it changes year wise.

The growing concerns all over the world regarding sustainable management of energy resources has led to the expansion of job opportunities in the area of Energy Engineering. Candidates completing an undergraduate or postgraduate degree in any sub discipline of Energy Engineering can secure employment in a variety of roles such as Project Engineer, Energy Analyst, Networking and System Engineer, Energy Auditor etc. in the renewable energy sector across the world. In the USA, the scope of solar engineering and wind engineering jobs is expanding rapidly.

Owing to the prominence of installation and manufacturing industries in Asia, 62% of the renewable energy jobs are based in Asia. Germany, China, Japan and Brazil are some of the countries with major prospects for jobs in the Energy Engineering sector.

Energy Engineering Abroad Top Colleges 

Indian students are often intrigued by the possibilities of pursuing the course of their choice abroad . Aspiring students can look at some of the top ranking Energy Engineering institutes abroad as mentioned in the table below.

The important qualities required by the candidates to operate effectively in the area of Energy Engineering have been mentioned below.

• Communication skills - It is important for aspiring students to possess good communication and interpersonal skills to interact with people from different roles and adapt to changes faster
• Strong subject knowledge - Students should posses sufficient knowledge in the subjects of Physics, Chemistry and Mathematics to be able to pursue an Energy Engineering course
• Analytical Thinking - Students should have the ability to analyze, strategize and manage situations and modes of operations in a logical manner
• Fluency in English - Fluency in both spoken and written English language is essential for smooth functioning of activities

A variety of  topics are covered under the course curriculum of Energy Engineering. A Bachelor's degree programme in Energy Engineering covers the duration of four years divided into multiple semesteRs The curriculum of Energy Engineering varies between institutes. Candidates can check the semester wise general Energy Engineering syllabus in the table below.

The subjects covered under the syllabus of Energy Engineering courses might vary depending upon colleges and universities. However, there are some common subjects that you will come across while studying Energy Engineering. Some of these subjects are:

• Chemistry
• Modern Physics
• Electricity and Magnetism
• Environmental Studies
• Fluid Mechanics
• Renewable energy technologies
• Thermodynamics and energy conservation
• Heat and Mass Transfer
• Fuels and combustion
• Solar and wind energy

The average salary range of an energy engineer has been mentioned in the table below. Candidates can check the average salary offered in the various job profiles of an energy engineer.

Students can seek employment in varied job roles after completing an Energy Engineering course. Candidates can check the various job profiles and their functions as listed below. 

1. Networking & System Engineer - Professionals in this area deal with the different facets of IT.

2. Energy Auditor - An Energy Auditor’s function is to assist in consulting and expanding the effectiveness of energy resources of commercial and residential areas

3. Field Service Engineer - A Field Service Engineer develops innovative concepts for the manufacturing of tools and equipment.

4. Project Engineer - A Project Engineer is entrusted with the responsibility to supervise the technical and the non-technical aspects of a project undertaken in the energy sector.

5. Energy Analyst - An Energy Analyst is required to analyze different factors related to energy consumption and come up with possible solutions related to the energy market.

6. Field engineer - The role of a Field Engineer is to devise solutions and assist individuals in tackling different problems arising on site.

7. Engineering Project Manager - An Engineering Project Manager carries out the tasks of designing, planning and implementing different techniques.

8. Project Consultant - The function of a Project Consultant is to look after the planning of the budget for a project. She/he also assigns tasks to the subordinates.