The Department of Biomedical Engineering was established in the year 2020 and has maintained an exceptional track record in academics, placement, industrial training, and research activities. Biomedical Engineering is a multidisciplinary field that integrates engineering principles with medical and biological sciences to design, develop, and maintain advanced healthcare systems and devices.
Biomedical Engineers are professionals trained to specialize in the medical and biological sciences. They use their expertise to design new medical instruments, devices, and techniques that provide innovative solutions to detect, diagnose, treat, and prevent disease.
Biomedical Engineers design systems and products such as artificial organs, prosthetic devices, and machines for diagnosing medical problems. They also install, adjust, maintain, repair, and provide technical support for biomedical equipment, train clinicians and healthcare professionals on the proper use of equipment, and work with doctors, engineers, life scientists, chemists, and medical scientists to research the engineering aspects of biological systems of humans and animals.
Highlights
- Well-established department with experienced and qualified faculty members.
- Modern laboratories equipped with advanced biomedical instruments and software tools.
- Industry-oriented curriculum integrating engineering and medical sciences.
- Smart classrooms with ICT-enabled teaching and learning facilities.
- Strong focus on research, innovation, and interdisciplinary learning.
- Regular workshops, seminars, guest lectures, and hands-on training programmes.
- Collaboration opportunities with hospitals, diagnostic centers, and healthcare industries.
- Encouragement for student participation in symposiums, hackathons, and technical competitions.
- Guidance for internships, in-plant training, and real-time medical equipment exposure.
- Active student chapters, technical clubs, and professional development activities.
- Support for higher education, research publications, and entrepreneurship.
- Project guidance in medical instrumentation, imaging, AI in healthcare, rehabilitation engineering, and biomedical signal processing.
Achievements
- Consistent university examination results with excellent academic performance.
- Students presented papers in national and international conferences.
- Faculty members published research papers in reputed journals and conferences.
- Successful organization of workshops, FDPs, seminars, and technical symposiums.
- Students secured prizes in project contests and technical events.
- Industry experts and medical professionals regularly interact with students through guest lectures.
- Department actively promotes innovative healthcare projects and prototype development.
- Students successfully completed internships in hospitals and biomedical industries.
- Faculty members received recognition for research and academic contributions.
- Participation in community healthcare awareness and outreach programmes.
- Placement opportunities provided in biomedical industries, hospitals, service sectors, and research organizations.
- Continuous improvement in research activities, patents, and funded projects.
Benefits
- Combines engineering knowledge with medical and healthcare applications.
- Provides opportunities to work in hospitals, healthcare industries, and research laboratories.
- High demand for biomedical engineers in the healthcare and medical device sectors.
- Career opportunities in medical equipment design, maintenance, testing, and quality assurance.
- Scope for higher studies and research in emerging healthcare technologies.
- Exposure to advanced technologies such as Artificial Intelligence, medical imaging, robotics, and bioinformatics.
- Opportunity to contribute to society through healthcare innovation and patient care technologies.
- Develops strong technical, analytical, and problem-solving skills.
- Encourages interdisciplinary learning and innovation.
- Wide career opportunities in India and abroad.
- Eligibility for government jobs, research organizations, and healthcare startups.
- Excellent opportunities for entrepreneurship in medical technology and healthcare solutions.
Career Opportunities
- Biomedical Equipment Engineer
- Clinical Engineer
- Medical Device Design Engineer
- Service Engineer
- Research Scientist
- Rehabilitation Engineer
- Biomedical Application Specialist
- Quality Assurance Engineer
- Healthcare Technology Consultant
- Medical Coding and Healthcare Analyst
- Academic and Research Professional
Programme Offered
| S.No | Degree | Specialization | Course Duration | Approved Intake |
|---|---|---|---|---|
| 01 | B.E | Biomedical Engineering | 4 Years | 60 |
| 02 | M.E | Biomedical Engineering | 2 Years | 30 |
Vision & Mission
Vision
To be recognized as a leader in offering Biomedical Engineering education, research, and application of knowledge to society.
Mission
- To equip the students with adequate knowledge in the field of Biomedical Engineering with exemplary values.
- To encourage entrepreneurship and mold the students to learn new technologies in the healthcare industry.
- To foster research and development in Biomedical Engineering.
Programme Educational Objectives (PEOs)
To enable the graduates to demonstrate their skills in designing and developing medical devices for healthcare systems through the core foundation and knowledge acquired in engineering and biology.
To enable the graduates to exhibit leadership in healthcare teams to solve healthcare problems and make decisions with societal and ethical responsibilities.
To carry out multidisciplinary research addressing human healthcare problems and sustain technical competence with ethics, safety, and standards.
To ensure that graduates recognize the need for sustaining and expanding their technical competence and engage in learning opportunities throughout their careers.
Program Specific Outcomes (PSOs)
To design, develop, and analyze biomedical devices and systems for real-time applications.
To utilize modern computational tools, instrumentation, and biomedical imaging techniques in the healthcare sector.
To keep pace with advancements in biomedical technology, demonstrate research aptitude, collaborate effectively in teams, and uphold ethical practices.
Program Outcomes (POs)
Engineering Knowledge: Apply mathematics, science, and engineering fundamentals to solve complex engineering problems.
Problem Analysis: Identify, formulate, and analyze complex engineering problems using research principles, scientific methods, and sustainability concepts.
Design Solutions: Design systems, components, and processes that meet specified requirements while considering health, safety, cost, culture, society, and environmental sustainability.
Investigations: Apply experiments, modelling, data collection, and analysis techniques to investigate engineering problems and arrive at valid conclusions.
Engineering Tools: Create, select, and apply modern engineering and computational tools for modelling, simulation, and problem-solving while recognizing their limitations.
Society & Environment: Assess the societal, legal, environmental, and sustainability impacts of engineering solutions and act responsibly toward society.
Ethics: Apply ethical principles, human values, diversity, and legal responsibilities while practicing the engineering profession.
Teamwork: Function effectively as an individual and as a member or leader in multidisciplinary and diverse teams.
Communication: Communicate effectively through technical reports, presentations, documentation, and discussions with engineering professionals and society.
Management & Finance: Apply engineering management and economic principles to plan, execute, and manage projects effectively in multidisciplinary environments.
Lifelong Learning: Recognize the need for continuous learning, adapt to emerging technologies, and engage in independent lifelong learning with critical thinking.
Teaching Staff
| S.No | Name | Designation | Qualification |
|---|---|---|---|
| 01 | Dr. M. Raja | Associate Professor & Head | M.Sc., Ph.D., PDF |
| 02 | Dr. M. Sudha | Professor | M.E., Ph.D. |
| 03 | Mrs. K. Ambika | Assistant Professor | B.E (BME), M.E (AE) |
| 04 | Mrs. S. Indhumalini | Assistant Professor | B.E (ECE), M.E (CS) |
| 05 | Mr. G. Kanagaraj | Assistant Professor | B.E (ECE), M.E (DC & NW) |
| 06 | Mrs. P. Pradeesha | Assistant Professor | B.E (ECE), M.E (CS) |
| 07 | Mrs. Deepika | Assistant Professor | B.E (ECE), M.E (VLSI) |
| 08 | Mrs. S. Sindhuja | Assistant Professor | B.E (ECE), M.E (AE) |
| 09 | Mrs. T. Keerthana | Assistant Professor | B.E (ECE), M.E (VLSI) |
| 10 | Mrs. C. Suganya | Assistant Professor | B.E (ECE), M.E (DC & NW) |
| 11 | Mr. S. Ashok | Assistant Professor | B.E (ECE), M.E (AE) |
| 12 | Mrs. Citradevi | Assistant Professor | B.E (ECE), M.E (VLSI) |
| 13 | Mrs. Logeshwari | Assistant Professor | B.E (ECE), M.E (AE) |
Non Teaching Staff
| S.No | Name | Designation | Qualification |
|---|---|---|---|
| 01 | Mrs. T. Chellammal | Lab Assistant | HSC |
| 02 | Mr. Sivan | Lab Technician | B.E |
Biomedical Engineering Laboratory Facilities
Biosciences Laboratory
Human Anatomy and Physiology Laboratory
Sensors and Measurements Laboratory
Diagnostic and Therapeutic Laboratory
Bio Signal / Image Processing Laboratory
Biomedical Instrumentation Laboratory
Microprocessors and Microcontrollers Laboratory
Analog and Digital Integrated Laboratory
Embedded Systems and IoMT Laboratory
Electronic Devices and Circuit Laboratory
Medical Device Development and Product Development Laboratory
Biosciences Laboratory
The Biosciences Laboratory provides fundamental knowledge and practical exposure in biological sciences relevant to healthcare and biomedical applications. It helps students understand the structure, function, and behavior of living organisms, cells, tissues, and microorganisms through experimental learning.
| S.No | Instrument | Application |
|---|---|---|
| 01 | Microscope | Observation of cells, tissues, and microorganisms |
| 02 | Centrifuge | Separation of biological samples |
| 03 | Incubator | Growth of microorganisms and cell cultures |
| 04 | Hot Air Oven | Sterilization of laboratory equipment |
| 05 | pH Meter | Measurement of acidity and alkalinity |
| 06 | Autoclave | Sterilization using steam pressure |
| 07 | Water Bath | Heating biological samples at constant temperature |
| 08 | Spectrophotometer | Analysis of biological and chemical samples |
Human Anatomy and Physiology Laboratory
The Human Anatomy and Physiology Laboratory provides students with fundamental knowledge of the structure and functions of the human body systems. The laboratory helps students understand anatomical models, physiological processes, and vital body functions through practical learning and demonstrations.
| S.No | Instrument | Application |
|---|---|---|
| 01 | Human Skeleton Model | Study of skeletal system |
| 02 | Organ Models | Understanding human anatomy |
| 03 | Sphygmomanometer | Measurement of blood pressure |
| 04 | Stethoscope | Monitoring heart and lung sounds |
| 05 | ECG Trainer Kit | Recording cardiac electrical activity |
| 06 | Spirometer | Measurement of lung capacity |
| 07 | Pulse Oximeter | Monitoring oxygen saturation |
| 08 | Reflex Hammer | Neurological examination |
Sensors and Measurements Laboratory
The Sensors and Measurements Laboratory provides practical knowledge on various sensors, transducers, and measurement techniques used in biomedical and engineering applications. It helps students understand sensing principles, signal acquisition, and parameter measurement through hands-on experiments.
| S.No | Instrument | Application |
|---|---|---|
| 01 | Temperature Sensors | Temperature measurement |
| 02 | Pressure Sensors | Pressure monitoring systems |
| 03 | Strain Gauges | Measurement of strain and force |
| 04 | Load Cells | Weight and force measurement |
| 05 | Displacement Sensors | Position and displacement detection |
| 06 | Digital Multimeter | Electrical parameter measurements |
| 07 | Oscilloscope | Signal visualization and analysis |
| 08 | Signal Generator | Generation of test signals |
Diagnostic and Therapeutic Laboratory
The Diagnostic and Therapeutic Laboratory provides practical exposure to medical devices and healthcare technologies used for disease diagnosis and patient treatment. The laboratory enables students to understand the working principles and applications of diagnostic and therapeutic equipment through hands-on training.
| S.No | Instrument | Application |
|---|---|---|
| 01 | ECG Machine | Diagnosis of heart conditions |
| 02 | EEG Machine | Brain signal monitoring |
| 03 | EMG System | Muscle activity analysis |
| 04 | Defibrillator Trainer | Cardiac emergency training |
| 05 | Infusion Pump | Controlled drug delivery |
| 06 | Patient Monitor | Monitoring vital signs |
| 07 | Ultrasound Simulator | Diagnostic imaging training |
| 08 | Ventilator Trainer | Respiratory support training |
Bio Signal / Digital Image Processing Laboratory
The Bio Signal / Digital Image Processing Laboratory provides practical knowledge in image acquisition, enhancement, analysis, and processing techniques used in biomedical and healthcare applications. It also helps students understand biosignal processing techniques for ECG, EEG, and EMG along with medical image analysis using advanced software tools and computing systems.
| S.No | Instrument / Software | Application |
|---|---|---|
| 01 | MATLAB Software | Image processing and analysis |
| 02 | Image Processing Toolkit | Medical image enhancement |
| 03 | High Performance Computer | Image computation and simulation |
| 04 | CCD Camera | Digital image acquisition |
| 05 | Scanner | Medical image digitization |
| 06 | OpenCV Software | Image segmentation and feature extraction |
| 07 | Biosignal Acquisition System | Acquisition of ECG, EEG, and EMG signals |
| 08 | DSP Processor Kit | Digital signal processing |
| 09 | MATLAB and LabVIEW | Biosignal analysis |
Biomedical Instrumentation Laboratory
The Biomedical Instrumentation Laboratory provides practical knowledge of medical instruments and healthcare monitoring systems used in diagnosis and patient care. It helps students understand the principles, operation, and applications of biomedical devices through hands-on experiments and technical training in biomedical measurements and healthcare technology.
| S.No | Instrument | Application |
|---|---|---|
| 01 | ECG Recorder | Cardiac monitoring |
| 02 | Blood Pressure Monitor | Blood pressure measurement |
| 03 | Pulse Sensor | Heart rate detection |
| 04 | Temperature Monitoring System | Body temperature analysis |
| 05 | Biomedical Transducers | Conversion of physiological signals |
| 06 | Patient Monitoring System | Multi-parameter monitoring |
| 07 | Electrical Safety Analyzer | Testing medical equipment safety |
| 08 | Function Generator | Signal generation for testing |
Microprocessors and Microcontrollers Laboratory
The Microprocessors and Microcontrollers Laboratory provides practical knowledge in programming, interfacing, and embedded system design using microprocessors and microcontrollers. It helps students understand hardware and software concepts through hands-on experiments and real-time applications.
| S.No | Instrument | Application |
|---|---|---|
| 01 | 8085 Microprocessor Kit | Learning microprocessor programming |
| 02 | 8051 Microcontroller Kit | Embedded system development |
| 03 | Arduino Boards | Biomedical automation projects |
| 04 | Raspberry Pi | IoT and healthcare applications |
| 05 | Interfacing Modules | Device communication |
| 06 | Stepper Motor Kit | Motion control applications |
| 07 | LCD Display Modules | Embedded display systems |
| 08 | Digital Trainer Kit | Hardware programming practice |
Analog and Digital Integrated Laboratory
The Analog and Digital Integrated Laboratory provides practical exposure to analog and digital electronic circuits used in biomedical and engineering applications. The laboratory helps students understand the design, analysis, and implementation of electronic systems through hands-on experiments.
| S.No | Instrument | Application |
|---|---|---|
| 01 | CRO / DSO | Waveform analysis |
| 02 | Function Generator | Signal generation |
| 03 | Breadboard Kit | Circuit prototyping |
| 04 | IC Trainer Kit | Digital and analog circuit experiments |
| 05 | Logic Analyzer | Digital signal analysis |
| 06 | Operational Amplifier Kits | Analog circuit design |
| 07 | Digital ICs | Logic circuit implementation |
| 08 | Power Supply Unit | Circuit powering |
Embedded Systems and IoMT Laboratory
The Embedded Systems and IoMT Laboratory provides practical knowledge in embedded technologies and Internet of Medical Things (IoMT) applications used in modern healthcare systems. It helps students develop smart healthcare devices and real-time monitoring systems through hands-on training.
| S.No | Instrument | Application |
|---|---|---|
| 01 | IoT Development Boards | Smart healthcare applications |
| 02 | Embedded System Kits | Real-time system development |
| 03 | Wireless Sensor Modules | Remote patient monitoring |
| 04 | Wi-Fi and Bluetooth Modules | Healthcare communication systems |
| 05 | Cloud Computing Platform | Medical data storage and analysis |
| 06 | Smart Sensors | IoMT device development |
| 07 | Mobile Health Monitoring Kits | Telemedicine applications |
| 08 | Edge Computing Devices | Real-time healthcare analytics |
Electronic Devices and Circuit Laboratory
The Electronic Devices and Circuit Laboratory provides fundamental knowledge and practical exposure to electronic components, devices, and circuit design used in biomedical and engineering applications. It helps students understand the characteristics and operation of semiconductor devices and electronic circuits through hands-on experiments.
| S.No | Instrument | Application |
|---|---|---|
| 01 | Semiconductor Devices Kit | Study of electronic components |
| 02 | Transistor Characteristics Setup | Device analysis |
| 03 | Rectifier Circuits | AC to DC conversion |
| 04 | Oscilloscope | Signal observation |
| 05 | Regulated Power Supply | Circuit operation |
| 06 | Soldering Station | Circuit fabrication |
| 07 | Function Generator | Signal testing |
| 08 | Multimeter | Electrical measurements |
Medical Device Development and Product Development Laboratory
The Medical Device Development and Product Development Laboratory provides practical exposure to the design, development, testing, and prototyping of medical devices and healthcare products. The laboratory helps students understand the complete product development process from concept generation to prototype implementation.
| S.No | Instrument | Application |
|---|---|---|
| 01 | 3D Printer | Prototype development |
| 02 | PCB Fabrication Kit | Medical circuit design |
| 03 | CAD Software | Product design and modeling |
| 04 | Embedded Development Boards | Smart medical device development |
| 05 | Sensor Modules | Healthcare sensing applications |
| 06 | Rapid Prototyping Tools | Device fabrication |
| 07 | Testing and Calibration Instruments | Product performance evaluation |
| 08 | Biomedical Product Simulation Software | Medical device testing and validation |
Facilities in the Department of Biomedical Engineering
Advanced Biomedical Laboratories
Well-equipped laboratories with advanced biomedical instruments for practical learning and experimentation.
Smart Classrooms
ICT-enabled smart classrooms that support interactive teaching, learning, and digital academic delivery.
Computer & Internet Facilities
Modern computer laboratories with high-speed internet access for academic, research, and software applications.
Signal & Image Processing Facilities
Dedicated facilities for Digital Image Processing and Biosignal Processing to support biomedical analysis and innovation.
Biomedical Instrumentation Labs
Specialized laboratories with biomedical instrumentation and diagnostic equipment for healthcare technology training.
Embedded Systems & IoMT Lab
Modern embedded systems and Internet of Medical Things laboratory for real-time healthcare technology applications.
Medical Device Development
Facilities for medical device development, product prototyping, testing, and healthcare product innovation.
Anatomy & Physiology Laboratory
Human Anatomy and Physiology laboratory with anatomical models and tools for practical understanding of body systems.
Biosciences & Molecular Diagnostics
Biosciences and Molecular Diagnostic laboratory facilities that support biological and healthcare-related experimentation.
Research & Project Support
Dedicated support for student and faculty research, innovation, mini projects, and final-year project development.
Library & E-Resources
Access to biomedical engineering books, journals, digital resources, and e-learning materials for academic growth.
Seminar & Presentation Halls
Seminar halls with audio-visual presentation facilities for academic events, workshops, and guest lectures.
Wi-Fi Enabled Department
Department-wide Wi-Fi connectivity that supports online learning, research, and digital communication.
Training & Internship Support
Industry-supported training programmes and internship opportunities to enhance practical exposure and employability.
Mentoring & Counselling
Faculty mentoring and counselling support system to guide students in academics, career planning, and personal development.
Placement & Career Guidance
Placement training, aptitude development, and career guidance facilities to support students’ professional growth.
Innovation & Entrepreneurship
Support for innovation, entrepreneurship development, startup ideas, and product-based biomedical solutions.
IIC & Incubation Support
Institution’s Innovation Council activities and incubation support to promote creative thinking and startup culture.
Safety & Lab Protection
First aid, fire safety, and laboratory safety measures to ensure a secure and protected learning environment.
Equipment Maintenance & Calibration
Continuous maintenance and calibration of laboratory equipment for effective usage and reliable experimentation.
Workshops & Technical Events
Support for workshops, seminars, guest lectures, technical events, and professional development activities.
Collaborative Research Facilities
Facilities that encourage interdisciplinary research, collaborative projects, and healthcare technology development.
Technical Clubs & Professional Societies
Student technical clubs and professional society activities that promote leadership, teamwork, and technical excellence.
Sports & Cultural Support
Facilities and encouragement for sports, cultural programmes, and extracurricular activities for holistic student development.
Student-Friendly Environment
Hygienic, inclusive, and student-friendly learning environment designed for academic comfort and growth.
Medical Assistance & Healthcare Support
Medical assistance and healthcare support facilities within the campus for student safety and well-being.
Student Projects
| S.No | Year | Title of the Project | Mentor Name |
|---|---|---|---|
| 01 | 2024-25 | Gloves for Semi-Paralyzed Patient | Ambika K |
| 02 | 2024-25 | Machine and Deep Learning Techniques to Classify and Predict Thyroid Diseases | Pradeesha P |
| 03 | 2024-25 | AI Driven MATLAB Software for NAFLD Detection in T2DM Patients | Indhumalini S |
| 04 | 2024-25 | Breath Activated Smart Nebulizer | Pradeesha P |
| 05 | 2024-25 | IoT Enabled Smart Glove for Parkinson’s Disease with Tremor Detection and Vibration Therapy | Ambika K |
| 06 | 2024-25 | IoT Enabled Bilirubin Analyzer | Kanagaraj G |
| 07 | 2024-25 | Integrated Health Monitoring and Dynamic Ventilation Control | Dr. M. Raja |
| 08 | 2024-25 | AI Based Leg Band for Varicose Vein at Daily Use | Kanagaraj G |
| 09 | 2024-25 | Enhance Sleep Study System with Real Time Multi Vital Monitor | Dr. M. Raja |
| 10 | 2024-25 | Smart Organ Transportation Box | Dr. M. Raja |
| 11 | 2024-25 | An Automatic Revealing of Breast Cancer Verdict and Projection Based on Machine Learning Using Ensemble of Classifiers | Indhumalini S |
| 12 | 2024-25 | AI Driven Early Detection of Diabetes Retinopathy from Retinal Images | Ambika K |
| 13 | 2024-25 | Chronic Kidney Disease Prediction Using Decision Tree | Indhumalini S |
Student Projects
| S.No | Year | Title of the Project | Mentor Name |
|---|---|---|---|
| 01 | 2025-26 | Contactless Respiration and Heart Rate Monitoring Using HB100 Doppler Radar and ESP32 | Kanagaraj G |
| 02 | 2025-26 | Dementia Classification Using Deep Learning | Indhumalini S |
| 03 | 2025-26 | Smart and Active Orthopedic Device for Enhanced Bone Fracture Healing | Dr. M. Raja |
| 04 | 2025-26 | Design and Development of Multisensor Ocular Diagnostic Platforms for Early Eye Diseases Screening | Sindhuja S |
| 05 | 2025-26 | Ultrasonic Sensor Based IoT Sleep Apnea Detection System | Ambika K |
| 06 | 2025-26 | Creatinine Level Detection via Urinalysis: Enhancing Diagnostic Precision | Deepika L |
| 07 | 2025-26 | Brain Tumor Detection Using YOLO Algorithm | Kanagaraj G |
| 08 | 2025-26 | AI Based Breast Cancer Detection Using Mammography Image | Deepika L |
| 09 | 2025-26 | Deep Learning Based Detection of Thoracic Diseases from Chest X-Ray Image | Dr. M. Raja |
| 10 | 2025-26 | Artificial Intelligence Based Portable Thyroid Disorder Detection Using Convolutional Neural Network Algorithm | Kanagaraj G |
| 11 | 2025-26 | Deep Learning Based Multi Model MRI Brain Tumor Segmentation and Classification with Uncertainty Aware Triage | Dr. M. Raja |
| 12 | 2025-26 | AI Based Tumor Detection from MRI and CT Scan | Sindhuja S |
| 13 | 2025-26 | An Intelligent Heart Disease Prediction App Using XG Boost and Clinical Parameters | Indhumalini S |
| 14 | 2025-26 | Design and Conceptual Framework of Ultrasound Assisted System for Non-Invasive PCOD Cyst Dissolution | Indhumalini S |
Events
| S.No | Date | Title | Resource Person Details with Affiliation | No. of Participants |
|---|---|---|---|---|
| 01 | 21.04.2026 | Alumni Interaction |
Ms. J. Lavanya, B.E, Calibration Engineer, Vanavil Calibration Pvt. Ltd., Narasothipatty, Salem - 636004 |
122 |
| 02 | 02.04.2026 | Innovation / Prototype Validation & Value Proposition Fit & Business Fit |
Mr. R. Santhanakrishnan, MD, Vanavil Calibration Pvt. Ltd., Narasothipatty, Salem - 636004 |
122 |
| 03 | 11.02.2026 | Boot Camp on Problem Solving / Ideation |
Dr. Md. Sathik Raja, Professor & Head, Dhanalakshmi Srinivasan University, Perambalur, Trichy |
123 |
| 04 | 13.01.2026 | Samathuva Pongal Celebration |
Dr. V. Duraisamy, M.Tech., Ph.D., Principal, The Kavery Engineering College (A), Mecheri |
200 |
| 05 | 31.10.2025 | Industrial Applications and Future Needs of Biomedical Engineers |
Dr. G. Venkateshwaran, MD & Founder, Mrudaan Medical Technologies, Chennai |
118 |
| 06 | 15.10.2025 | Workshop – Lean Start-up & Minimum Viable Product / Business – Creating Impactful Biomedical Start-ups |
Er. Vinoth Kumar Kannan, Managing Director, KAV Biomedical Equipment’s Training and Education, Madurai |
118 |
| 07 | 29.09.2025 | Prototype / Process Design and Development |
Mr. V. Loganathan, Associate Professor, Department of BME, Sona College of Technology, Salem |
177 |
| 08 | 25.04.2025 | Research Methodology on IoT Based Healthcare System |
Er. Vinoth Kumar Kannan, Managing Director, KAV Biomedical Equipments Training and Education, Madurai |
118 |
| 09 | 09.04.2025 | Protecting Intellectual Property Rights (IPRs) and IP Management for Startups |
Dr. T. Arun Kumar, Professor & Head, Department of BME, Paavai Engineering College |
119 |
| 10 | 21.03.2025 | Problem Solving and Ideation |
Ms. Benacir R., Biomedical Engineer, Ammani Hospital, Salem |
120 |
| 11 | 11.09.2024 to 14.09.2024 | Rudiments in Biomedical Equipment |
Dr. S. Atheena Milagi Pandian, CEO, Atheena Pandian Pvt. Ltd., Coimbatore |
174 |
| 12 | 04.09.2024 | Prototype / Process Design and Development |
Ms. Vaishnavi Krishnan, Founder and Managing Director, KVM Medtech Pvt. Ltd., Bangalore |
178 |
| 13 | 27.02.2024 | Research on Recent Trends in Biomedical Waste Management |
Dr. M. Velan, Adjunct Professor, Department of Mechanical Engineering, Indian Institute of Information Technology Design & Manufacturing, Kancheepuram |
109 |
| 14 | 24.02.2024 | Entrepreneurship and Innovation as Career Development |
Mr. Karthi Moorthy, Senior Embedded and IoT Developer, OM Technocrat Operation |
120 |
| 15 | 25.08.2023 | Research Priorities and Trends in Rehabilitation Engineering |
Dr. S. Venkatasubramaniam, Principal, The Kavery Physiotherapy College |
119 |
| 16 | 21.08.2023 | World Entrepreneurship Day |
Dr. S. Atheena Milagi Pandian, CEO, Atheena Pandian Pvt. Ltd., Coimbatore |
115 |
| 17 | 08.08.2023 | Lean Start-up & Minimum Viable Product / Business – Boot Camp / Mentoring Session |
Dr. S. Sabarinathan, Ph.D., Associate Professor, RP Sarathy Institute of Technology |
119 |
| 18 | 24.02.2023 | Research and Developments in Nano Biomaterials and its Implants |
Dr. P. Prabu, Assistant Professor, Department of Biotechnology, Periyar University Centre for Post Graduate and Research Studies, Dharmapuri |
103 |
| 19 | 20.02.2023 | Entrepreneurship, Attitude and Behaviour Development |
Mr. M. R. Miliand Throat, Senior Service Engineer and Research Head, Pamtrons Healthcare Devices, Mumbai |
103 |
| 20 | 23.03.2022 | Advanced Methods on Critical Care Equipments |
Mr. Paresh Modh, Chief Executive Officer, Pamtrons Healthcare Devices, Mumbai |
85 |
| 21 | 14.01.2022 | Intellectual Property Rights on Diagnostic and Therapeutic Equipments |
Ms. M. Rashika, Chief Training Officer, Atheena Pandian Pvt. Ltd., Chennai |
74 |
| 22 | 08.11.2021 | Biomaterials Research - Trends in Biomedical Engineering |
Dr. S. Atheena Milagi Pandian, Founder and CEO, Atheena Pandian Private Limited, Chennai |
102 |
| 23 | 21.10.2021 | Entrepreneurship Opportunities for Biomedical Engineers |
Mr. M. Ayyappadas, Founder & Director, Harvey Biomedical Pvt. Ltd., Bangalore |
110 |
| 24 | 18.03.2021 | Research Methodology on Biomedical Instrumentation |
Dr. S. Atheena Milagi Pandian, Founder and CEO, Atheena Pandian Private Limited, Chennai |
68 |
| 25 | 10.03.2021 | Entrepreneur Skill Development Programme on Life Saving Equipments |
Mr. Paresh Modh, Chief Executive Officer, Pamtrons Healthcare Devices, Mumbai |
82 |
Placement
The Department of Biomedical Engineering offers excellent placement opportunities for students in various healthcare and medical technology sectors. The department continuously supports students through placement training programmes, technical skill development courses, soft skill enhancement sessions, mock interviews, group discussions, and aptitude training.
Students are encouraged to participate in internships, industrial visits, certification courses, and real-time project development to gain practical exposure and industry experience. Biomedical Engineering graduates can pursue careers in medical device manufacturing industries, hospital equipment maintenance, healthcare software companies, diagnostic centres, rehabilitation centres, biomedical research organizations, pharmaceutical industries, and government healthcare sectors.
The department aims to create highly skilled, innovative, and socially responsible biomedical engineers who are capable of meeting the growing demands of the healthcare industry. Through continuous academic excellence and industry collaboration, the department ensures that students become competent professionals with strong career prospects and placement success.
We wish to state that we have trained our students to become industry-ready professionals.
Mrs. S. Sindhuja
Assistant Professor / BME
Placement 2025 Batch
| S.No | Register No. | Name of Student | Name of the Company |
|---|---|---|---|
| 01 | 612721121014 | GOWRI S | SFO Technologies, Bangalore |
| 02 | 612721121037 | SANTHIYA R | SFO Technologies, Bangalore |
| 03 | 612721121056 | VENGATRAMAN S | SFO Technologies, Bangalore |
| 04 | 612721121001 | ABINAYA R | Ramalingam Hospital, Salem |
| 05 | 612721121009 | DEEPIKA D | Ramalingam Hospital, Salem |
| 06 | 612721121021 | MADHANAMUKESH M | Ramalingam Hospital, Salem |
| 07 | 612721121019 | LENIN A | Ramalingam Hospital, Salem |
| 08 | 612721121025 | PREETHI PRIYANKA R | Ramalingam Hospital, Salem |
| 09 | 612721121029 | RAJA S | Ramalingam Hospital, Salem |
| 10 | 612721121041 | SARKESH R | Ramalingam Hospital, Salem |
| 11 | 612721121052 | THAMIZHARASAN V | Ramalingam Hospital, Salem |
| 12 | 612721121032 | RANJITH SRI P | Ramalingam Hospital, Salem |
| 13 | 612721121023 | NAVEEN G | Ramalingam Hospital, Salem |
| 14 | 612721121028 | RAGUNATH M | Ramalingam Hospital, Salem |
| 15 | 612721121004 | AKSHAYA V | Cogent E-Services Limited, Mangalore |
| 16 | 612721121005 | ANBARASI B | Cogent E-Services Limited, Mangalore |
| 17 | 612721121011 | DOONASRI P | Cogent E-Services Limited, Mangalore |
| 18 | 612721121016 | KARTHICK P | Cogent E-Services Limited, Mangalore |
| 19 | 612721121018 | LATHIGA G | Cogent E-Services Limited, Mangalore |
| 20 | 612721121026 | PUNITHA R | Cogent E-Services Limited, Mangalore |
| 21 | 612721121030 | RAJKUMAR T | Cogent E-Services Limited, Mangalore |
| 22 | 612721121033 | RAVIKUMAR V | Cogent E-Services Limited, Mangalore |
| 23 | 612721121044 | SIVA M | Cogent E-Services Limited, Mangalore |
| 24 | 612721121045 | SIVAGAMI M | Cogent E-Services Limited, Mangalore |
| 25 | 612721121046 | SIVARANJANI S | Cogent E-Services Limited, Mangalore |
| 26 | 612721121049 | SURYA S | Cogent E-Services Limited, Mangalore |
| 27 | 612721121055 | UDHAYAPRAKASH T | Cogent E-Services Limited, Mangalore |
| 28 | 612721121058 | VIJAY VIGNESH O | Cogent E-Services Limited, Mangalore |
| 29 | 612721121301 | NISHA A | Cogent E-Services Limited, Mangalore |
| 30 | 612721121012 | EBINESAR V | GESCO Healthcare Pvt. Ltd., Chennai |
| 31 | 612721121013 | GOKUL M | GESCO Healthcare Pvt. Ltd., Chennai |
| 32 | 612721121042 | SATHISHKUMAR K | GESCO Healthcare Pvt. Ltd., Chennai |
| 33 | 612721121043 | SELSIYA K | GESCO Healthcare Pvt. Ltd., Chennai |
| 34 | 612721121048 | SUJATHA A | GESCO Healthcare Pvt. Ltd., Chennai |
| 35 | 612721121050 | TAMILSELVI M | GESCO Healthcare Pvt. Ltd., Chennai |
| 36 | 612721121053 | THILAGAVATHI D | GESCO Healthcare Pvt. Ltd., Chennai |
| 37 | 612721121059 | VISHWA N | GESCO Healthcare Pvt. Ltd., Chennai |
| 38 | 612721121302 | POOVARASAN S | GESCO Healthcare Pvt. Ltd., Chennai |
| 39 | 612721121035 | SAKTHIVEL K | Visionary RCM Infotech (India) Private Limited, Coimbatore |
| 40 | 612721121051 | TAMIZHARASI S | Visionary RCM Infotech (India) Private Limited, Coimbatore |
| 41 | 612721121002 | ABINESH E | Visionary RCM Infotech (India) Private Limited, Coimbatore |
| 42 | 612721121003 | AISHWARYA S | Visionary RCM Infotech (India) Private Limited, Coimbatore |
| 43 | 612721121015 | JANANI N | Visionary RCM Infotech (India) Private Limited, Coimbatore |
| 44 | 612721121020 | LEONI R | Visionary RCM Infotech (India) Private Limited, Coimbatore |
| 45 | 612721121022 | MANOJ N | Visionary RCM Infotech (India) Private Limited, Coimbatore |
| 46 | 612721121024 | PREETHIKA M J | Visionary RCM Infotech (India) Private Limited, Coimbatore |
| 47 | 612721121027 | RADHAKRISHNAN J | Visionary RCM Infotech (India) Private Limited, Coimbatore |
| 48 | 612721121036 | SAKTHIVEL S | Visionary RCM Infotech (India) Private Limited, Coimbatore |
| 49 | 612721121039 | SANTHOSHKUMAR S | Visionary RCM Infotech (India) Private Limited, Coimbatore |
| 50 | 612721121040 | SARAVANAN A | Visionary RCM Infotech (India) Private Limited, Coimbatore |
Placement 2024 Batch
| S.No | Register No. | Name of Student | Name of the Employer |
|---|---|---|---|
| 01 | 612720121007 | BHARATHI C | Shree Imaging Technologie (P) Ltd., Chennai |
| 02 | 612720121010 | DEBORAH BLESSY A | Shree Imaging Technologie (P) Ltd., Chennai |
| 03 | 612720121012 | DEEPIKA U S | Shree Imaging Technologie (P) Ltd., Chennai |
| 04 | 612720101016 | GAYATHRI K | Omega Health Care Pvt Ltd., Coimbatore |
| 05 | 612720121017 | GOWTHAM G | Omega Health Care Pvt Ltd., Coimbatore |
| 06 | 612720121021 | KAMALESHWARAN R | Shree Imaging Technologie (P) Ltd., Chennai |
| 07 | 612720121030 | REEGAN RAJ S | Shree Imaging Technologie (P) Ltd., Chennai |
| 08 | 612720121045 | VIMAL RAJ K | Shree Imaging Technologie (P) Ltd., Chennai |
| 09 | 612720121301 | GOWTHAM S | Omega Health Care Pvt Ltd., Coimbatore |
| 10 | 612720121014 | DIVYA M | CrewCore, Chennai |
| 11 | 612720121018 | HARIKRISHNAN V | CrewCore, Chennai |
| 12 | 612720121024 | KARTHIKEYAN E | CrewCore, Chennai |
| 13 | 612720121037 | SRINATH K | CrewCore, Chennai |
| 14 | 612720121042 | VENKATESH B | Omega Health Care Pvt Ltd., Coimbatore |
| 15 | 612720121043 | VIGNESH N | Gesco Healthcare Pvt Ltd., Chennai |
| 16 | 612720121047 | YUGABHARATH M | Gesco Healthcare Pvt Ltd., Chennai |
| 17 | 612720121701 | GOKUL N | Omega Health Care Pvt Ltd., Coimbatore |
| 18 | 612720121009 | DAVIDKUMAR V | Clarus RCM, Coimbatore |
| 19 | 612720121013 | DHANUSH V | Omega Health Care Pvt Ltd., Coimbatore |
| 20 | 612720121015 | DIVYA BHARATHI K | Gesco Healthcare Pvt Ltd., Chennai |
| 21 | 612720121023 | KAMARAJ S | Shree Imaging Technologie (P) Ltd., Chennai |
| 22 | 612720121029 | PRABA G | PRABA'S VCARE HEALTH CLINIC (P) LTD., Chennai |
| 23 | 612720121033 | SANKARI M | PRABA'S VCARE HEALTH CLINIC (P) LTD., Chennai |
| 24 | 612720121047 | YOGANANDHAN V | Gesco Healthcare Pvt Ltd., Chennai |
| 25 | 612720121302 | SARATHI R | Gesco Healthcare Pvt Ltd., Chennai |
| 26 | 612720121034 | SINDHUSA K | Clarus RCM, Coimbatore |
| 27 | 612720121035 | SNEGA N | Clarus RCM, Coimbatore |
| 28 | 612720121023 | KAMATCHI J | Omega Health Care Pvt Ltd., Coimbatore |
| 29 | 612720121036 | SOWMIYA S | Gesco Healthcare Pvt Ltd., Chennai |
| 30 | 612720121003 | AGALYA B | ABI Showatech (India) Pvt Ltd., Chennai |
| 31 | 612720121004 | AGALYA T | ABI Showatech (India) Pvt Ltd., Chennai |
| 32 | 612720121005 | AKILA R | ABI Showatech (India) Pvt Ltd., Chennai |
| 33 | 612720121019 | JEEVITHA M | Omega Health Care Pvt Ltd., Coimbatore |
| 34 | 612720121027 | NAVEEN M | Gesco Healthcare Pvt Ltd., Chennai |
| 35 | 612720121028 | NISHA S | Clarus RCM, Coimbatore |
| 36 | 612720121038 | SUBASHINI P | Omega Health Care Pvt Ltd., Coimbatore |
| 37 | 612720121041 | VARSHINI S | Clarus RCM, Coimbatore |
| 38 | 612720121044 | VIKRAM V | Gesco Healthcare Pvt Ltd., Chennai |
| 39 | 612720121020 | JENIFER GRACY C | Omega Health Care Pvt Ltd., Coimbatore |
| 40 | 612720121026 | LAVANYA R | ABI Showatech (India) Pvt Ltd., Chennai |
| 41 | 612720121031 | ROJA A | Omega Health Care Pvt Ltd., Coimbatore |
| 42 | 612720121033 | SHINYSHIFANA S | Clarus RCM, Coimbatore |
| 43 | 612720121039 | SUMITHA R | Shree Imaging Technologie (P) Ltd., Chennai |
| 44 | 612720121040 | SUNMATHI S | Clarus RCM, Coimbatore |
Journal Publications
| S.No | Name of Authors | Title of Paper | Name of Journal with ISSN No. | Web of Science / Scopus | Vol., Issue, Page No. | Published Month & Year |
|---|---|---|---|---|---|---|
| 01 |
Sai V. Chitti, Christina Nedeva, Raja Manickam, Pamali Fonseka, Suresh Mathivanan |
Extracellular Vesicles as Drug Targets and Delivery Vehicles for Cancer Therapy |
Pharmaceutics ISSN: 1999-4923 |
Web of Science |
16;14(12):2822 DOI: 10.3390/pharmaceutics14122822 |
Dec. 2022 |
| 02 |
Delia S. Shelton, Sierra G. Shelton, Danita K. Daniel, Manickam Raja, Anuradha Bhat, Robyn L. Tanguay, Dennis M. Higgs, Emília P. Martins |
Collective Behavior in Wild Zebrafish | Zebrafish, Mary Ann Liebert Publisher | Web of Science |
17(4), 243-252 DOI: https://doi.org/10.1089/zeb.2019.1851 Impact Factor: 2.229 |
Aug. 2020 |
Book Publications
| S.No | Name of Authors | Title of the Book | ISBN | Year of Publication |
|---|---|---|---|---|
| 01 | Dr. M. Raja & Dr. S. K. Mohan | Characterization of Zinc Doped Copper Oxide Nano Particles | 978-620-4-74690-6 | 2022 |
| 02 | Dr. M. Raja & Dr. S. K. Mohan | Degradation of Rhodamine B Dye using Transition Metal Nanoparticles | 978-620-3-20012-6 | 2021 |
| 03 | Dr. M. Raja | Molecular Characterization of Oil Degradation Bacteria Bacillus subtilis | 978-620-2-51744-7 | 2020 |
Patents
Achievements
Department of Biomedical Engineering
Academic Achievements
- Consistently produced University rank holders and class toppers.
- Achieved excellent academic performance with high pass percentages.
- Students secured first and second ranks in II, III, and IV year BME classes.
- Outcome-Based Education (OBE) successfully implemented in all courses.
Student Achievements
- Students won Third Prize in Curtio Domain 23 & Bio Conclave 2023 at Dhanalakshmi Srinivasan College, Perambalur.
- Students secured First Prize in the Ideathon Contest.
- Students presented research papers at Techfinix'22 Symposium, Paavai Engineering College.
- Students participated in Bio Beginz 2K23 Symposium at Shreenivasa Engineering College.
- Students won prizes in the Technical Quiz conducted during Bio Beginz 2K23.
- Students actively participated in seminars, symposiums, paper presentations, and technical competitions.
Internship and Industry Exposure
- Students successfully completed implant training at KAV Biomedical Equipment Training & Education.
- Students underwent hospital training at ABHI S.K. Hospital.
- Students completed clinical training at Srinivas Hospital.
- Students gained practical exposure through hospital visits and biomedical equipment maintenance training.
Faculty Achievements
- Faculty members attended Faculty Development Programmes (FDPs) in Data Science, Medical Equipment Technology, Emotional Intelligence, Professional Readiness, and Testing & Calibration of Biomedical Equipment.
- Faculty members participated in national-level workshops, seminars, and technical training programmes.
- Faculty members continuously upgraded their knowledge through professional development activities.
Research and Innovation
- Faculty members published research papers in reputed journals.
- Students were encouraged to undertake innovative biomedical projects.
- Department promoted interdisciplinary research and innovation.
Industry Interaction
- Organized industrial visits to biomedical industries and healthcare institutions.
- Established collaborations with hospitals and biomedical equipment organizations for internships and training.
- Conducted guest lectures by industry experts and healthcare professionals.
Extension and Social Activities
- Organized Blood Donation Camps.
- Conducted Health Check-up Camps for the community.
- Organized Biomedical Equipment Awareness Programmes.
- Conducted Swachh Bharat and Tree Plantation programmes.
- Actively participated in NSS, YRC, and community outreach activities.
Infrastructure Development
- Upgraded Biomedical Engineering laboratories with advanced equipment.
- Enhanced ICT-enabled teaching and learning facilities.
- Strengthened laboratory facilities for practical and research activities.
Placement and Higher Education
- Students secured placements in hospitals, biomedical industries, and healthcare organizations.
- Students pursued higher education in Biomedical Engineering and allied disciplines.
- Career guidance and placement training programmes were conducted regularly.
Departmental Achievements
- Successfully organized seminars, workshops, guest lectures, and technical events throughout the academic year.
- Maintained strong academic monitoring through class committees, mentoring, and continuous assessment.
- Strengthened industry–institution interaction through training programmes and MoUs.
- Promoted student participation in technical competitions at state and national levels.
- Encouraged faculty research, publications, and continuous professional development.
- Contributed effectively to institutional quality initiatives supporting NAAC accreditation.
Industry Institute Partnership Cell – Programme Activities
Alumni Interaction
An interactive alumni session was conducted by Ms. J. Lavanya, Calibration Engineer, Vanavil Calibration Pvt. Ltd., Salem, to motivate students through industry experience sharing.
Innovation / Prototype Validation & Business Fit
Mr. R. Santhanakrishnan, MD, Vanavil Calibration Pvt. Ltd., Salem, delivered insights on validating biomedical innovations and developing sustainable business models.
Boot Camp on Problem Solving / Ideation
Dr. Md. Sathik Raja, Professor & Head, Dhanalakshmi Srinivasan University, guided students on innovative thinking and effective problem-solving approaches.
Samathuva Pongal Celebration
Dr. V. Duraisamy, Principal, The Kavery Engineering College (A), highlighted the importance of cultural harmony and student unity.
Industrial Applications and Future Needs of Biomedical Engineers
Dr. G. Venkateshwaran, Founder of Mrudaan Medical Technologies, Chennai, explained emerging industrial trends and opportunities in biomedical engineering.
Workshop on Lean Start-up & Minimum Viable Product
Er. Vinoth Kumar Kannan, Managing Director, KAV Biomedical Equipments Training and Education, Madurai, trained students on biomedical start-up development strategies.
Prototype / Process Design and Development
Mr. V. Loganathan, Associate Professor, Sona College of Technology, Salem, shared practical knowledge on biomedical prototype and process development.
Research Methodology on IoT Based Healthcare System
Er. Vinoth Kumar Kannan delivered a session on modern healthcare research methodologies using IoT technologies.
Protecting Intellectual Property Rights and IP Management
Dr. T. Arun Kumar, Paavai Engineering College, explained the significance of IPR protection and startup innovation management.
Problem Solving and Ideation
Ms. Benacir R., Biomedical Engineer, Ammani Hospital, Salem, conducted a programme on creative problem-solving techniques in healthcare engineering.
Rudiments in Biomedical Equipment
Dr. S. Atheena Milagi Pandian provided hands-on exposure to the basics of biomedical equipment and maintenance.
Prototype / Process Design and Development
Ms. Vaishnavi Krishnan, Founder of KVM MEDTECH Pvt. Ltd., Bangalore, discussed biomedical product design and commercialization.
Recent Trends in Biomedical Waste Management
Dr. M. Velan delivered a lecture on sustainable biomedical waste management practices and recent advancements.
Entrepreneurship and Innovation as Career Development
Mr. Karthi Moorthy motivated students towards innovation-driven entrepreneurship opportunities in biomedical engineering.
Research Priorities and Trends in Rehabilitation Engineering
Dr. S. Venkatasubramaniam explained current research developments in rehabilitation engineering and physiotherapy technologies.
World Entrepreneurship Day
Dr. S. Atheena Milagi Pandian inspired students to develop entrepreneurial skills and innovative healthcare solutions.
Lean Start-up & Minimum Viable Product Boot Camp
Dr. S. Sabarinathan conducted a mentoring session on startup planning and business model development.
Research and Developments in Nano Biomaterials and Implants
Dr. P. Prabu presented recent advancements in nano biomaterials and biomedical implant research.
Entrepreneurship, Attitude and Behaviour Development
Mr. M. R. Miliand Throat guided students on professional attitude and entrepreneurial behaviour in the healthcare sector.
Advanced Methods on Critical Care Equipments
Mr. Paresh Modh delivered expert knowledge on modern critical care and life-support equipment technologies.
Intellectual Property Rights on Diagnostic and Therapeutic Equipments
Ms. M. Rashika explained IPR concepts related to biomedical diagnostic and therapeutic devices.
Biomaterials Research Trends in Biomedical Engineering
Dr. S. Atheena Milagi Pandian highlighted current biomaterials research and applications in healthcare engineering.
Entrepreneurship Opportunities for Biomedical Engineers
Mr. M. Ayyappadas discussed startup opportunities and industrial prospects for biomedical engineers.
Research Methodology on Biomedical Instrumentation
Dr. S. Atheena Milagi Pandian provided training on biomedical instrumentation research methodologies.
Entrepreneur Skill Development Programme on Life Saving Equipments
Mr. Paresh Modh conducted a programme on entrepreneurship and innovations in life-saving medical devices.
Memorandum of Understanding (MoU)
The Department of Biomedical Engineering at TKEC has signed Memorandums of Understanding (MoUs) with various industries, hospitals, healthcare organizations, research centers, and biomedical companies to enhance the academic, technical, and professional skills of students. These collaborations aim to create a strong industry–institute interaction and provide students with practical exposure to emerging technologies in the healthcare and biomedical sectors.
The MoUs are established to promote mutual cooperation in areas such as Industrial Visits, Hospital Training, In-plant Training, Clinical Exposure, Technical Workshops, Guest Lectures, Skill Development Programmes, Mini and Main Projects, Research & Development activities, Internships, Placements, and Problem-Solving in real-time biomedical applications.
With the support of experienced faculty members, medical professionals, researchers, and industry experts, the department strives to prepare students to become industry-ready biomedical engineers with strong technical knowledge, innovation skills, research aptitude, and professional ethics.
| S.No | Academic Year | Organization with which MoU is Signed | Date of Signing MoU | Duration |
|---|---|---|---|---|
| 01 | 2025-26 |
Vanavil Calibrations Pvt Ltd Mr. R. Santhanakrishnan - MD S2, Rishi Maharaj Apartment, Indira Nagar, 250 Reddiyur Main Road, Narasothipatti, Salem, Tamil Nadu - 636004 |
22.04.2026 | 5 Years |
| 02 | 2024-25 |
KVM Medech Ms. Vaishnavi Krishnan Second Floor, No.9, 1st Main, 1st Cross, 4th Phase, Dollars Layout, J.P. Nagar, Bangalore - 560078 |
04.09.2024 | 5 Years |
| 03 | 2022-23 |
Pamtrons Healthcare Devices, Mumbai Mr. Paresh Modh Mobile: 9820159016 Email: phdbiomedicals@gmail.com |
26.08.2022 | 5 Years |
| 04 | 2022-23 |
Atheena Pandian Private Limited Dr. Atheena Pandian Coutralam Mobile: 7502599891 Email: hr@atheenapandian.com Email: atheenapandian@gmail.com |
26.02.2022 | 5 Years |
| 05 | 2022-23 |
KAV Biomedical Equipments and Training Er. Vinoth Kumar Madurai Mobile: 9597907231 |
12.01.2022 | 5 Years |