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Department of Engineering

Medical
Electronics

Bridging Electronics & Medicine — training engineers to design, develop and maintain life-saving medical devices and healthcare systems.

Est. 2007
Intake 60 + 18
14+ Gold Medals
21+ Univ. Ranks
Ph.D Centre
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Admissions 2026–27 · Medical Electronics
Medical Electronics Lab Medical Equipment
2007Est.
Department Overview

Medical Electronics

Medical Electronics Engineering was established in 2007 with a sanctioned intake of 120. A medical electronics engineer can be called the doctor of the equipments — without whom a doctor, surgeon or multi-specialty hospital is helpless.

Engineers in this field combine knowledge of biology and medicine with engineering to design devices and systems such as artificial organs, medical imaging, biosignal processing and rehabilitation systems.

First in Tamil Nadu
First & only college in TN with both UG & PG in Medical Electronics.
14+ Gold Medals
21+ University Ranks — consistent academic excellence.
COE — Diagnostics
Centre of Excellence for Design & Diagnostics in Medical Electronics.
Ph.D Centre
Approved Research Centre by Anna University — Code: 4261737.
Department Direction

Vision & Mission

Our Vision
To achieve excellence in Medical Electronics Engineering by providing quality education and fostering professionalism, ethics and innovation to create solutions that benefit society and address global healthcare challenges.
M1
To develop the spirit of innovation, leadership, ethics and entrepreneurship qualities among students.
M2
To impart a flexible, industry-integrated curriculum for excellence in healthcare technology education and research.
M3
To encourage students to engage in outreach programs that promote sustainable healthcare technologies.
BE Medical Electronics
Under Graduate Programme
Under Graduate

BE — Medical Electronics

A four-year engineering programme equipping students with comprehensive knowledge in biosignal processing, medical instrumentation, imaging systems and healthcare electronics. Graduates are prepared for careers in hospitals, medical device companies, research labs and the healthcare industry.

Programme Details

Bachelor of Engineering

4 Years Full Time
Eligibility
Higher Secondary (10+2) or equivalent with Physics, Chemistry, Mathematics / Biology
Sanctioned Intake
60 Students per year
Mode of Selection
Single window counselling conducted by Anna University, Chennai — based on AMCAAC entrance exam
Post Graduate

ME — Medical Electronics

A two-year postgraduate programme designed to develop advanced expertise in medical instrumentation, biomedical signal analysis, diagnostic imaging and embedded medical systems. Graduates contribute to research institutions, hospitals and the growing medical device industry.

Programme Details

Master of Engineering

2 Years Full Time
Eligibility
B.E/B.Tech in Medical Electronics, Biomedical, ECE, EEE or relevant — as per Anna University / AICTE norms
Sanctioned Intake
18 Students per year
Mode of Selection
Based on TANCET / GATE score — counselling through Anna University, Chennai
ME Medical Electronics
Post Graduate Programme
PhD Medical Electronics Research
Research Centre Code: 4261737
Research Programme

Ph.D — Medical Electronics

An approved research centre by Anna University, Chennai, enabling scholars to contribute to cutting-edge medical electronics research addressing critical healthcare challenges at local and global levels.

UG Route

B.E / B.Tech in Medical Electronics, Biomedical Engineering, ECE, EEE, Instrumentation or relevant disciplines — minimum 55% marks or 5.5 CGPA on a 10-point scale.

PG Route

M.E / M.Tech / M.S in Medical Electronics, Biomedical Engineering, Embedded Systems or relevant disciplines — minimum 55% marks or 5.5 CGPA on a 10-point scale.

SC / ST Relaxation

Minimum 50% marks or 5.0 CGPA for SC/ST candidates and Persons with Disability (>40%) as per Anna University norms.

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Department Details

Programme Educational Objectives

Expected accomplishments of graduates within a few years of completing their degree.

PEO1
Apply technical competence in Medical Electronics to solve real-world problems, with leadership quality.
PEO2
Engage in innovative research, addressing critical healthcare issues and advancing medical technologies.
PEO3
Excel in healthcare environments by demonstrating teamwork, ethical practices, adaptability, and a commitment to lifelong learning.

Programme Outcomes

Engineering Graduates will be able to demonstrate these capabilities:

CodeOutcomeDescription
PO1Engineering KnowledgeApply knowledge of mathematics, natural science, computing and engineering to develop solutions for complex engineering problems.
PO2Problem AnalysisIdentify, formulate and analyze complex engineering problems reaching substantiated conclusions with consideration for sustainable development.
PO3Design / Dev. of SolutionsDesign creative solutions for complex engineering problems to meet identified needs with consideration for public health, safety, net zero carbon, culture, society and environment.
PO4InvestigationsConduct investigations using research-based knowledge including design of experiments, modelling, analysis and interpretation of data to provide valid conclusions.
PO5Modern Tool UsageCreate, select and apply appropriate techniques, resources and modern engineering and IT tools, including prediction and modelling to solve complex engineering problems.
PO6Engineer & SocietyAnalyze and evaluate societal and environmental aspects while solving complex engineering problems for impact on sustainability, health, safety, legal framework and environment.
PO7Env. & SustainabilityApply ethical principles and commit to professional ethics, human values, diversity and inclusion; adhere to national and international laws.
PO8EthicsUnderstand and commit to professional ethics, responsibilities, norms of engineering practice and human values.
PO9Individual & Team WorkFunction effectively as an individual, and as a member or leader in diverse multidisciplinary teams.
PO10CommunicationCommunicate effectively and inclusively within the engineering community and society, making effective reports, design documentation and presentations.
PO11Project ManagementApply engineering management principles and economic decision-making to manage projects in multidisciplinary environments.

Programme Specific Outcomes

Unique competencies developed through the Medical Electronics curriculum, aligned with healthcare industry requirements.

PSO 01
Apply fundamental concepts and mathematical foundations to design, develop and implement medical equipment with a focus on sustainability (Recycle, Reduce, Reusable, Reverse Engineering, Renewable) and provide innovative solutions to healthcare industry challenges, meeting international standards.
PSO 02
Collaborate effectively in teams, communicate well, and stay updated with Medical devices and technologies to address healthcare challenges, pursue innovation, entrepreneurship and uphold ethics and values.

Faculty Details

Experienced and dedicated faculty committed to academic excellence and student development.

S.No.NameDesignation
01Dr. R. SatishkumarPrincipal & Professor
02Dr. E. GeethaProfessor & Head of Department
03Dr. R. PoovendirenAssociate Professor
04Dr. C. RajakumarAssociate Professor
05Dr. A. PrabinAssociate Professor
06Mr. A. SureshAssistant Professor
07Mrs. A. RamyaAssistant Professor
08Mrs. V. KavithaAssistant Professor
09Mrs. R. ReshmaAssistant Professor
10Mr. N. ChiranjeeviAssistant Professor
11Mrs. M. DivyalakshmiAssistant Professor
12Mr. G. Syed ZabiyullahAssistant Professor
13Mr. P. VelusamyAssistant Professor
14Mr. S. KannanAssistant Professor
15Mrs. K. DhivyaAssistant Professor
16Ms. R. SaraswathiAssistant Professor
17Mr. S. SakthivelAssistant Professor
18Mr. T. K. SivakumarAssistant Professor
19Ms. M. MoulikaAssistant Professor
20Mr. S. GowthamAssistant Professor
21Mr. B. MohankumarAssistant Professor

Centre of Excellence

Medical Diagnostics & Design Lab — inaugurated on 30 April 2022, budget Rs. 6,00,000/-

Established in association with AtheenaPandian Pvt Ltd, Tenkasi — providing a mechanism for sharing knowledge, resources, experience and best practices to improve teaching-learning through real-time industry-oriented projects.

Centre Name
Medical Diagnostics & Design Lab
Established
30 April 2022
Location
SEC Ground Floor — MDE Block
Coordinator
Dr. E. Geetha, Prof & HoD

Laboratory Facilities

State-of-the-art laboratories providing hands-on training aligned with curriculum and industry standards.

Anatomy & Human Physiology Lab
Study of human anatomy, physiology and biological systems fundamental to medical electronics.
Biosignal Processing Lab
Acquisition, processing and interpretation of biological signals including ECG, EEG and EMG.
Electronic Devices & Circuits Lab
Hands-on training in electronic devices and circuits used in medical instruments.
Electrical Machines Lab
Electrical machines and their applications in healthcare technology systems.
Medical Instrumentation Lab
Practical exposure to medical instrumentation systems, sensors and transducers used in hospitals.
Diagnostic & Therapeutic Equipment Lab
Operation of diagnostic and therapeutic equipment including imaging and monitoring devices.

Association & Clubs

Student clubs and associations fostering co-curricular engagement, innovation and social responsibility.

01
Innovator's Association for Medical (IAM)
Faculty In-Charge: Dr. E. Geetha — Professor & HoD
02
Waste to Wealth Club
Faculty In-Charge: Mr. A. Suresh — Assistant Professor
03
Health Auditor Club
Faculty In-Charge: Mr. G. Syed Zabiyullah — Assistant Professor
04
Infotainment Reader's Circle (IRC)
Faculty In-Charge: Mrs. R. Reshma — Assistant Professor
05
Go Green Club
Faculty In-Charge: Mr. S. Gowtham — Assistant Professor
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Tamil Nadu's Pioneer Medical
Electronics Programme

First and only college with both UG & PG in Medical Electronics. Begin your journey in healthcare engineering.

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