SUMMARY
The discussion centers on the transition from a biomedicine degree to a master's in biomedical engineering. Biomedicine programs typically prepare students for clinical-scientist roles in fields like pathology and genetics, focusing on biochemistry. In contrast, biomedical engineering requires a background in engineering or applied physical sciences, with many professionals coming from electrical engineering. The field encompasses a wide range of applications, including the design and development of medical devices such as MRI machines, pacemakers, and artificial limbs, indicating a steady demand for these skills in the job market.
PREREQUISITES
- Understanding of biochemistry and clinical sciences
- Knowledge of engineering principles, particularly in electrical and mechanical engineering
- Familiarity with medical device design and development processes
- Insight into the biomedical engineering job market and its demands
NEXT STEPS
- Research specific master's programs in biomedical engineering and their admissions requirements
- Explore the role of electrical engineering in biomedical applications
- Study the design and development processes for medical devices
- Investigate career opportunities in MRI technology and other biomedical engineering fields
USEFUL FOR
Students in biomedicine considering a career shift, aspiring biomedical engineers, and professionals exploring the intersection of engineering and healthcare technology.