Medical Electronics Engineering at BMS College of Engineering

Introduction


As pioneers in the field, the Department of Medical Electronics at BMS College of Engineering was established in 1992. It serves as a vital bridge between engineering, biology & medicine, focusing on life-saving healthcare technologies and ensuring that students are prepared to lead the global MedTech revolution with both skill and compassion.

Pioneering Healthcare Innovation at BMS College of Engineering


The department at BMS College of Engineering is dedicated to educating students for the future of the MedTech industry. The curriculum is periodically updated to include developments in biosignal processing, medical imaging & healthcare informatics. With 90% of the faculty holding doctorates, students receive high-level mentorship in designing affordable & innovative medical devices, ensuring that technical knowledge is always paired with practical, life-saving applications.

Research Centres and Collaborations at BMS College of Engineering


The department is known for its strong research profile & international tie-ups. Key highlights include:

  • Centre for Innovation in Medical Electronics (CIME): A forum where industry & hospitals collaborate on healthcare solutions and encourage research-driven entrepreneurship.

  • Global Collaborations: Partnerships with Oxford University, Stanford, and Maastricht University for joint research and academic exchange.

  • Advanced PG Program: Offers a highly specialised M.Tech in Biomedical Signal Processing & Instrumentation.

  • Modern Instrumentation Labs: Facilities focused on prototyping medical sensors, diagnostic equipment, and wearable health technology.

  • Consultancy Activities: Active engagement with startups like Uber Diagnostics & Right Ventures on real-world medical hardware and software projects.


Career Impact and Opportunities at BMS College of Engineering


Graduates from BMS College of Engineering in Medical Electronics are at the forefront of the "Make in India" healthcare revolution. They find success in global firms like GE Healthcare, Philips & Siemens, with recent placement cycles showing a 100% success rate for eligible candidates and an average package of INR 8.5 LPA. The department’s focus on problem-solving skills ensures that its engineers are ready to tackle the complexities of modern clinical environments and emerging digital health platforms.

Conclusion


BMS College of Engineering continues to lead in the domain of biomedical engineering. By fostering a culture of research-driven entrepreneurship, it prepares students to make significant contributions to global health & safety. This dedication to excellence ensures that every graduate is not only a skilled engineer but also a visionary contributor to the well-being of humankind through innovative medical technology.

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