SUMMARY
The discussion centers on the necessity of a formal degree for pursuing a career in biology and Electrical Engineering and Computer Science (EECS). The original poster claims to possess knowledge equivalent to a Bachelor of Science (BsC) in EECS, biology, physics, chemistry, and mathematics, acquired through self-study and guidance from MIT professors. However, multiple contributors assert that formal education is essential for research roles, emphasizing the importance of research experience, collaboration, and obtaining a degree to gain credibility in the field.
PREREQUISITES
- Understanding of self-directed learning methodologies in STEM fields
- Familiarity with the academic requirements for research positions in biology and EECS
- Knowledge of standardized testing, including GREs for graduate school admission
- Awareness of the significance of research publications and collaborations in academia
NEXT STEPS
- Research the requirements for graduate programs in biology and EECS
- Explore opportunities for undergraduate research and internships
- Learn about the GRE subject tests in physics, biology, and chemistry
- Investigate the role of research publications in securing positions at organizations like the NIH or NSA
USEFUL FOR
Individuals aspiring to work in biological research or EECS, particularly those considering self-study versus formal education, and anyone seeking to understand the academic pathways and requirements for research careers in these fields.