Energy - What should I be looking at?

[xJoba]

I'm just finishing up my pre-requisites right now for admissions to UBC, and I'm interested in working in the energy sector. More specifically, the "green" energy sector (discovering new ways to efficiently deliver energy that has a low impact on the environment).

I'm trying to decide between these three options:

1)Engineering Physics
- high-level Math and Physics courses, as well as courses in Computer Science, Electrical Engineering, and Mechanical Engineering
- provides you with the skills and experience needed to develop new technology and interdisciplinary engineering projects.(5 years)

2)Environmental Engineering
- foundation in mathematics, basic sciences, and environmental sciences (for the first 2 years)
- training in engineering fundamentals, engineering analysis, and engineering design, through courses in Civil Engineering and Chemical & Biological Engineering (the second 2 year period)
- The final term at UNBC exposes you to practical environmental engineering problems (half year)
Sample Courses: CHBE 373 - Water Pollution Control; CHBE 484 - Green Engineering Principles & Applications for Process Industries

3)Electrical Engineering
- some of the options available are : Biomedical Engineering, Nanotechnology and Microsystems, or Electrical Energy Systems, as well as a Minor in Honours Mathematics.

I personally am leaning towards physics or EE, but perhaps environmental engineers will be highly sought after. Anyways, I'm looking for different points of views just to maybe give my mind a different way to look at things, or just ideas I hadn't thought of or considered.

Thank you.

 

[Astronuc]

One could do engineering physics with a minor in environmental engineering, as well as EE courses in circuits, analysis, control and power systems. I'd recommend looking for any overlap in EP, Env E and EE.

Env E is likely rather broad, and if one is interested in green energy (energy production), then Eng Phys and EE with some appropriate courses in Env may be the way to go.

If one is interested in water and sanitation or transportation systems, then Civ E and Env E would be the way to go.

 

[General_Sax]

EnvE seems mainly geared towards sanitation and how to remediate enviromental hazards.

 

[CJSGrailKnigh]

Sustainable and Renewable Energy Engineering is becoming more popular as a new Eng discipline for schools to offer. One thing to be weary of is that not all have become accredited yet. I know Carleton University offers an accredited SREE program... other than that if you're looking to work on more efficient thermodynamic cycles go mechanical and take Elec electives. If you're looking at more efficient transmission of power go for electrical eng or materials eng. Not really my area of interest but many of my friends are SREE

 

[rezeew]

I understand your interest in the energy sector and specifically the "green" energy sector. This is an important and rapidly growing field, and it's great to hear that you are considering pursuing a career in it. In terms of which path to take, here are some thoughts to consider:

1) Engineering Physics: This option seems to offer a well-rounded education with a focus on developing new technology and interdisciplinary projects. This could be a great fit for someone interested in the research and development side of the energy sector. With a strong background in math and physics, you will have the skills to understand and innovate new energy solutions. You also have the opportunity to explore different areas of engineering, such as computer science and electrical engineering, which could be useful in developing energy-efficient systems.

2) Environmental Engineering: This option may be a good fit for someone interested in the practical application of green energy solutions. Through courses in civil engineering and chemical & biological engineering, you will learn how to design and implement environmentally friendly systems. The final term at UNBC also offers hands-on experience with real-world environmental engineering problems. This could be a great option for someone who wants to see the direct impact of their work on the environment.

3) Electrical Engineering: This option offers a variety of specializations, including electrical energy systems, which could be directly relevant to the energy sector. Biomedical engineering and nanotechnology also have potential applications in the green energy sector. The minor in honours mathematics could also be useful for developing a strong foundation in math, which is essential for understanding and solving complex energy problems.

Overall, I believe that all three options have their own strengths and could lead to a successful career in the energy sector. It may be helpful to research specific job opportunities and career paths within each field to see which aligns best with your interests and goals. Additionally, considering internships or co-op opportunities in the energy sector could also help you gain valuable experience and insight into which path may be the best fit for you. Best of luck in your decision-making process!