| TITLE OF THE EVENT | WORKSHOP “”MEDICAL EQUIPMENT FOR EMERGENCY PATIENT CARE A BIOMEDICAL ENGINEERING PERSPECTIVE” |
| EVENT CONDUCTED | WORKSHOP |
| DATE | 04/04/2025 |
| TIME | 10.00AM – 03.30PM |
| VENUE | ROOM NO:402, 4TH FLOOR, BLOCK III, SRMIST |
| TOTAL ATTENDEES | 112 STUDENTS |
| EVENT MODE | OFFLINE |
| CONVENOR | DR.USHUS. S. KUMAR – (HOD/i/C) |
| FACULTY COORDINATORS | DR.R.INDHUMATHI, (AP/BME), MS.P.PADMAPRIYA (AP/BME) |
Summary of the event
The Department of Biomedical Engineering successfully organized a one-day workshop on “Medical Equipment for Emergency Patient Care – A Biomedical Engineering Perspective”, designed to enhance the understanding of students and professionals about the vital role of biomedical equipment in emergency healthcare scenarios.
The workshop commenced with a warm welcome and an introduction to the department, followed by the felicitation of the Chief Guest by Dr. Ushus S Kumar, Head of the Department of Biomedical Engineering. Mrs. P. Padmapriya, Assistant Professor/BME and the event coordinator, introduced the Chief Guest Mr.Vinothkumar, MD KAV Biomedical Equipment & Training, who then delivered an inspiring address highlighting the growing significance and impact of the biomedical engineering field in modern healthcare.
The event concluded with a vote of thanks delivered by Dr. R. Indhumathi, Assistant Professor/BME and co-coordinator of the workshop, expressed gratitude to the to the management, Dean (E&T), HoD, faculty members, and students for making the workshop a rewarding and enlightening experience. The workshop ended on a memorable note with a group photograph of the entire team.
Outcome of the event
The workshop on “Medical Equipment for Emergency Patient Care – A Biomedical Engineering Perspective” proved to be highly impactful and beneficial for all participants. The key outcomes of the event include:
- Enhanced Understanding: Students and participants gained in-depth knowledge of various biomedical equipment used in emergency care, including their functions, applications, and critical role in saving lives.
- Practical Exposure: The hands-on training sessions provided valuable experience in assembling, operating, and troubleshooting emergency medical devices, fostering practical skills essential for future biomedical engineers.
- Industry Readiness: The workshop bridged the gap between classroom learning and real-world hospital scenarios, preparing students to meet the demands of the healthcare industry with confidence and competence.
- Professional Development: Interaction with experts and live demonstrations encouraged students to explore innovative solutions in emergency care technology and strengthened their interest in the biomedical field.
- Teamwork and Collaboration: Group-based activities during the practical sessions promoted collaborative learning and problem-solving among participants.
Overall, the event successfully achieved its objective of empowering students with both theoretical knowledge and practical skills, laying a strong foundation for their careers in biomedical engineering and healthcare technology.
Equipment overview
1. Multi-Purpose Patient Monitoring System:
This device is used to continuously monitor a patient’s vital signs such as heart rate, blood pressure, oxygen saturation (SpO₂), respiratory rate, and body temperature. It is essential in emergency and critical care settings to ensure real-time tracking of a patient’s health status and prompt medical intervention when necessary.
2. Syringe Pump:
A syringe pump is an infusion device used to deliver precise and controlled amounts of fluids, such as medications or nutrients, directly into a patient’s bloodstream over a specific period. It is widely used in emergency care, anesthesia, and intensive care units for accurate drug administration.
Conclusion
The workshop on “Medical Equipment for Emergency Patient Care – A Biomedical Engineering Perspective” concluded on a highly successful and impactful note. It provided a valuable platform for students to gain both theoretical insights and practical exposure to critical medical equipment used in emergency scenarios.
The active participation, expert guidance, and hands-on sessions enriched the learning experience, bridging the gap between academic knowledge and real-world clinical application. The event not only enhanced the technical competencies of budding biomedical engineers but also inspired them to contribute meaningfully to the healthcare sector.
The Department of Biomedical Engineering extends its gratitude to the resource persons, faculty, and participants for making the workshop a rewarding and enlightening experience.
