Medical Electronics is an emerging branch of engineering, established in the year 2017 with an intake of 60 students under the affiliation of Anna University. Our department's aim is to provide quality education in the field of Medical Electronics. The department has qualified and technically competent faculties with a good academic, industrial and research background. The Department is fully equipped with state-of-the-art laboratories such as Instrumentation, DSP, Digital Image Processing and Medical Instrumentation. As a part of the curriculum, industrial visits are arranged for B.E. students and we provide hands-on training on various types of medical equipment from Saveetha Medical College and Hospital. Students can also actively participate in the field of research by utilising facilities in MEMS Design and Research Centre which is present in our college.
Medical electronics course gives a way over-engineering with medical science by laying strong knowledge in electronics. It focuses on the physiological functions of the human body and integrates it with engineering principles to apply different techniques, skills, tools to solve clinical and healthcare problems for the patient needs like prostheses, medical information systems, artificial organs, instrumentation, care delivery systems, and health management. At the end of the course, students will have the ability to identify and design devices or systems for medical purposes and understand the ethical and professional responsibility for engineering practice.
• Medical Science, Medical Physiology, Medical Imaging
• Biomedical Instrumentation.
• Digital Medical Signal Processing, LASER and Fibre Optics
• Digital Image Processing, Pattern Recognition, Speech Processing
• Bioinformatics
• Artificial Organs, Bio-MEMS
• Rehabilitation Engineering
• Electronic Circuit Design, Logic Design, Communication systems
• Programming Skills in C++ and Data Structure, Microcontrollers, VHDL
• Software tools like MATLAB, LABVIEW
• Exclusive Hospital Training From Saveetha Medical College & Hospital
• MEMS Design and Research Centre
• Diagnostic and Therapeutic Equipment Lab
• Physiology Lab
• Medical Expert System Lab
• Bio Medical Instrumentation Lab
• Instrumentation Lab
• Medical Software Lab
• A Career in Medical electronics is a developing field that makes engineers solve healthcare-related problems and finding cure for diseases by innovating sophisticated equipment’s.
• Fast growth in medical technology will require a huge number of engineers to develop and manufacture diagnostic devices, drugs and other therapies.
• In the future, there will be a huge demand in private and government job opportunities to recruit medical electronic engineers to work in the area of manufacturing, research, production and quality assurance control.
• GE
• HCL
• IBM
• Apollo Hospitals
• Wipro GE Biomedical
• BPL
• Siemens
• Larsen & Toubro Ltd.
• Clinical Engineer
• Bioinstrumentation Engineer
• Biomaterial Engineer
• Researcher
“To develop excellent progressive quality education, translational research through inventive collaborations as par industry to improve healthcare and well-being of humankind serving society”
• To educate students with fundamental knowledge, interdisciplinary problem-solving skills and confidence required to excel in medical electronics through progressive learning
• To achieve new developments for healthcare solutions and support medical professionals in their efforts for regaining a healthy being to humankind through industrial collaboration and research with standard ethics
