SUMMARY
The discussion centers on the viability of pursuing a Master's in Physics and Astronomy after completing an engineering degree. It is established that while job opportunities in astronomy are limited, a Bachelor's in Physics is still marketable across various fields, including R&D and computational physics. The challenges of obtaining a PhD part-time are highlighted, with an average completion time of 7 years, which can extend significantly if working concurrently. Additionally, transitioning from another field to a PhD in Physics requires substantial preparatory coursework.
PREREQUISITES
- Understanding of Bachelor's and Master's degree structures in Physics and Astronomy
- Familiarity with job market trends for physics graduates
- Knowledge of PhD program requirements and timelines
- Awareness of interdisciplinary applications of physics skills in R&D and AI
NEXT STEPS
- Research job opportunities for physics graduates in R&D and computational fields
- Explore the requirements for transitioning to a PhD in Physics from an engineering background
- Investigate part-time PhD programs and their feasibility
- Learn about the skills and knowledge gaps that may need to be addressed for a successful transition to Physics
USEFUL FOR
High school students considering a career in Physics and Astronomy, engineering graduates looking to pivot into physics-related fields, and individuals interested in the job market dynamics for physics graduates.