* Bachelor of Science in Mechanical Engineering: With a focus on energy systems within the curriculum or through elective courses.
* Bachelor of Science in Chemical Engineering: Particularly relevant for energy production and refining processes.
* Bachelor of Science in Electrical Engineering: Important for power generation, transmission, and distribution.
* Bachelor of Science in Civil Engineering: Relevant for aspects like energy-efficient building design and infrastructure.
Many energy engineers also pursue advanced degrees, such as a Master of Science (MSc) in Energy Engineering or a related field, to specialize in a particular area or improve career prospects. A PhD is often required for research-oriented roles or academic positions.
In short, the best degree depends on the specific area of energy engineering you're interested in. However, a strong foundation in science and engineering principles is essential for all paths.