1. Can B.Sc. graduates directly enter engineering PSUs?
No, PSUs generally require a B.Tech/B.E. degree for engineering exams (IES/ESE). However, B.Sc. graduates can apply for scientific posts in DRDO/ICAR via separate notifications.
2. Is the 4-year B.Sc. under NEP better than the 3-year format?
The 4-year program includes a dedicated research/innovation year and multiple exit options, enhancing global recognition and research readiness.
3. Which degree offers higher long-term earnings?
B.Tech graduates usually earn more initially; however, B.Sc. holders who complete M.Sc./Ph.D. or transition to data science/biotech research can surpass engineering peers by mid-career.
4. How does the new NEP 2020 impact my degree choice?
NEP 2020’s multidisciplinary approach means B.Sc. students can take engineering-like electives and vice versa. This flexibility allows you to blend theory and application before committing fully.
5. What is the psycheIntel test, and how does it help?
A:The psycheIntel test is a scientific career assessment designed by Career Plan B. It evaluates your cognitive abilities, personality traits, and career motivations. The results help you identify whether science or engineering is a better fit based on your natural strengths and interests.
6. If I choose B.Sc., what certifications boost my employability?
For B.Sc. graduates, certifications in Data Science (e.g., Python for Data Analysis), Biotechnology (e.g., lab techniques), and AI/ML (e.g., TensorFlow) can significantly enhance your profile.
7. Can I pivot from B.Tech to pure science research later?
Yes—many engineers pursue M.Sc. or M.Tech in specialized science fields. Your strong analytical skills and project experience give you a unique edge in research roles.
8. How important are internships during my bachelor’s?
Crucial. Internships validate your learning, build networks, and often lead to pre-placement offers. B.Tech programs embed them by default; B.Sc. students should proactively seek lab or industry internships.