Renewable Energy Engineering is not just solar energy. The courses are often integrated with mathtics, mechanical, eectral, power systems, solar, wind, storage, marine renewables and energy efficacy.
I. What do you read mainly?
Exeter's Renewable Energy Engineering builds the foundation of mathematics, mechanics and electronic engagements, then enters the clean environment systems, solar, wind, marine renewables, energy status, etc. UNSW's Renewable Energy Engineering also covers photovoltaics, wind, biomass, energy-efficient buildings and industry training.
What's the difference with Electric Engineering?
Electric Engineering, which is more extensive, includes curcuits, Electronics, communications, power; Renewable Energy uses power, solar, storage, grid and energy systems as its core applications.
iii. Where's the difference with Environmental Science?
Environmental Science focuses on environmental systems, pollution, ecology and policy; Renewable Energy Engineering focuses on technical design, energy conversion, equipment and engineering.
IV. What students are suitable for?
- Mathematics and physics are good.
- Interest in energy, climate and engineering solutions
- He likes experiments, designs and system thinking.
- Wanted to enter energy transformation-related industries
V. PREPARATION FOR APPLICATION
In high school, emphasis is usually placed on Mathematics, Calculus, Physics; Some engineering courses may also require Chemistry. You must view the course from school to school: Standalone degree, engineering socialization or postgraduate route.
VI. Common career
Renewable Energy Engineering, Solar/Battery Design Engineering, Energy Consultants, Power Systems Engineering, Project Engineering, Energy Analyst, Sustainability Technology, etc.
