Shaping the Future of Healthcare: Advancing Research and Innovation in Biomedical Engineering
Biomedical Engineering is a rapidly evolving field with immense potential for research, development, and employment. As technology continues to revolutionize healthcare, the demand for skilled biomedical engineers is growing exponentially.
Highlights of B.E. - Biomedical Engineering
Highlights of B.E. - Biomedical Engineering
Strong industry partnerships with Philips India, Perfint Healthcare, Phoenix Medical Systems, HCL Healthcare, Medtronic India, etc
Real-world exposure through industry interactions
Manages ethical committee, ensuring research and healthcare compliance
Internships at top government organisations such as IITs, IISC, IIITDM and DEBEL-DRDO
Hands-on training at Kauvery, Lifeline, FORTIS Malar, Apollo, PSG, Global and Deepam Hospitals
- Collaborations with reputed institutions like:
- National Institute for Empowerment of Persons with Multiple Disorders (NIEPMD)
- Chettinad Hospitals
- Birmingham City University, UK
- Drexel University, USA
- Steradian Technologies, Chennai
- Facilitates research collaborations and academic advancements for students and faculty.
- Active engagement with leading industry players such as:
- Autodesk India Pvt Ltd
- National Instruments
- Texas Instruments™
- Biopac™ Systems, Inc.
- Kornerstone Devices Pvt Ltd., Chennai
- Global Hospitals, Chennai
- Sri Ramachandra Institute of Higher Education and Research, Chennai
- Machenn Innovations, Coimbatore
- Experts from industry and hospitals conduct guest lectures, workshops, and interactive sessions.
- Students gain a comprehensive understanding of core industries and their applications in Biomedical Engineering.
Curriculum Overview
Biomedical Engineering is an emerging field and has got tremendous potential for Research, Development and Employment. Hence, the focus of the department is to impart the education that will lay a strong foundation for generating research and technology professionals in the field of biomedical Engineering.
The curriculum for B.E. (BME) includes,
- Electron Devices
- Human Anatomy
- Human Physiology
- Transforms and Random Process
- Signals and Systems
- Circuits and Networks
- Electronic Circuits
- Biochemistry
- Electric Fields and Machines
- Sensors and Measuring Techniques
- Medical Physics
- Analog and Digital ICs
- Pathology and Microbiology
14. Principles of Communication
15. Digital Signal Processing
16. Bio Control Systems
17. Biomedical Instrumentation
18. Biomaterial and Artificial Organs
19. Microprocessor and Applications
20. Digital Image Processing
21. Radiology Equipments
22. Diagnostic and Therapeutic Equipments
23. Visual Programming
24. Computers in Medicine
25. Medical Optics
Some of the areas identified for project work:
Bio-medical Instrumentation
Bio-medical Signal Processing
Bio-medical Instrumentation
Bio-medical Signal Processing
Bio-medical Image Processing
Rehabilitation Engineering
Bio-medical Image Processing
Rehabilitation Engineering
Excellence in Education and Innovation
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