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Postgraduate Energy Engineering Programs
Find postgraduate programs in ENERGY ENGINEERING
The recent news of carbon dioxide levels in the atmosphere touching an all time high has created a stir of sorts within the global community. It has brought the topic of climate change and environmental issues from the sidelines to the forefront of prime concerns in the world today. Almost every person on this planet must have pondered over issues relating to global warming and its impact on the overall health of the planet. The search for renewable, clean and sustainable sources of energy and energy systems has increased the demand for experts and researchers in this field. Postgraduate energy engineering programs prepare engineers and scientists who can rise up to the environmental challenges, and provide practical solutions and alternative remedies to the problems faced by the modern world.
What is a postgraduate Energy Engineering program?
Postgraduate energy engineering courses focus on understanding the nature and constraints surrounding renewable energy systems, and the implications of switching over to them from conventional sources of energy. This course will equip students with the engineering know-how and practical skills to invent and implement ways to capture and process alternative energy sources in a realistic environment. Through well-designed modules and research projects, seminars and industrial visits, postgraduate energy engineering programs not only delve into its scientific and technological aspects, but also examine its complex political and economical dimensions in both developing and developed nations.
An MSc Energy Engineering program is a one year full-time or a two year part-time course. Some UK universities are also planning to offer the program via distance learning from 2014. A PG Diploma course in the same would also take two years.
Why choose an MSc Energy Engineering program?
With climate change and energy conservation being one of the prime concerns on every country’s agenda, it has become mandatory for governments to adopt policies conducive to the environment. With this spurt in the energy sector, the demand for skilful professionals in this field is ever growing. After completing an MSc Energy Engineering, one can pursue successful careers with international organisations such as the United Nations Environment Programme (UNEP) and the United Nations Development Programme (UNDP). Almost every country will have a government department dedicated to renewable energy resources and climate change where a postgraduate in energy engineering could embark on a fulfilling career. After completion of an MSc in Energy Engineering many postgraduates also get absorbed into private sector companies like Atkins, Alstom Power, Shell and Inditex.
For the academically-inclined or for those who like to pursue a research-based career, completion of an MSc Energy Engineering can also pave the way to do a PhD.
What qualifications are required to study a postgraduate Energy Engineering program?
A first class, or upper second class honours degree in engineering or relevant sciences, or equivalent overseas qualifications is required to apply for an MSc in Energy Engineering. Some universities take into account relevant professional experience and also, disciplines with a high degree of mathematical competence such as physics or mathematics. Each application is assessed individually and may take into consideration additional achievements such as completion of relevant short courses in the field.
Basic English language requirements are expected from overseas applicants. As such, certificates of proof of having scored not less than 6.5 in IELTS or Internet TOEFL with 95 overall (at least 22 in Listening, 23 in Reading, 23 in Speaking and 24 in Writing) are required. See our advice section on English Language for international students.
What is involved in studying an MSc in Energy Engineering?
The entire MSc Energy engineering program is broken up into about six compulsory modules; two modules chosen from a list of options and a research project. The core modules deal with in-depth knowledge of energy engineering such as Renewable Energy Systems, Design and Analysis, Renewable Energy Technology and Research Methods. Optional modules offered vary in different universities, and one can choose according to interest and ability.
In today’s software-dominated world, a postgraduate student needs to possess hands-on skills in 3D CAD, solid modelling and other related software such as Polysun and WindPRO, which form an integral part of the Postgraduate Energy Engineering program. Advanced software skills are provided in the optional modules for those who want to specialise further in that area.
A research project or dissertation is a major part of an MSc Energy Engineering, designed to provide opportunities to tackle real-life situations where accumulated knowledge, creative thinking and management skills can be applied to get the desired outcome. A diverse range of topics are at the student’s disposal and a supervisor is allocated to provide guidance and support throughout the project.
Assessment of the entire course is done through a range of methods such as multiple choice exams, essays, seminars, presentation and dissertation, and is carried out throughout the course at various stages.
Funding your postgraduate Energy Engineering course
A student is usually expected to finance their studies themselves. However, a number of funding options and bursaries can be availed. Detailed information is available in websites specific to universities offering the course – so it is worth trawling the internet. The following link provides a more detailed advice on ways to get funding.
Energy Engineering salaries
The Renewable Energy sector has been increasing in popularity and often, lack of professionals in the field is a major challenge faced by companies. Having obtained a postgraduate energy engineering degree makes one a sought-after candidate in the field of sustainable energy.
Depending on the expertise and experience, field of work energy engineering salaries usually start at between £20,000 – £30,000 per annum. Professional competence can mean a quick rise up the corporate ladder, and take one closer to senior posts such as Energy Project Manager, whose salary could range from £24,000 – £35,000 per annum – and may rise to even more.
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