SUMMARY
The discussion centers on the decision-making process between pursuing Electrical Engineering (EE) and Chemical Engineering (ChE) based on interests in electricity, chemistry, and energy applications. Participants emphasize that EE focuses on electrical power distribution, control engineering, and microelectronics, while ChE primarily deals with industrial processes and efficiency. The consensus suggests that a double major in EE and ChE or a focus on Physics or Chemistry, particularly in areas like microelectronics and semiconductor device engineering, aligns better with the original interests expressed. Participants also highlight the importance of safety protocols in both fields and the potential for interdisciplinary applications in energy technologies.
PREREQUISITES
- Understanding of Electrical Engineering principles, including power distribution and control systems.
- Familiarity with Chemical Engineering concepts, particularly industrial processes and efficiency optimization.
- Knowledge of microelectronics and semiconductor device engineering.
- Basic principles of materials science and its applications in engineering.
NEXT STEPS
- Research microelectronics and semiconductor device engineering as a potential career path.
- Explore the intersection of Chemistry and Electrical Engineering in solar cell technology.
- Investigate the curriculum and specializations offered in Physics and Chemistry departments.
- Learn about safety protocols and best practices in experimental science across engineering disciplines.
USEFUL FOR
Students and professionals considering careers in Electrical Engineering, Chemical Engineering, or interdisciplinary fields related to energy technologies, as well as those interested in the applications of chemistry in engineering.