Department of BioMedical Engineering & Allied Health Sciences, SSUET

17/09/2026

Faculty Development Training | BMEAHS–SSUET

The Department of Biomedical Engineering & Allied Health Sciences (BMEAHS), Sir Syed University of Engineering & Technology (SSUET), in collaboration with IEEE SSUET Student Branch, IEEE EMBS Chapter SSUET, and BIOMED 5.0, is organizing a Faculty Needs Training session titled:

* Concepts related to CEP & CEAs
* PBL ( nature of open ended labs)
* Course embedded projects and assessments (as CEP and CEAs lacks focus on well defined discipline specific problem)
* CQI as part of OBE systems

The training will focus on key aspects of Outcome-Based Education (OBE), including CEP & CEAS concepts, open-ended PBL labs, course-embedded projects and assessments, and CQI within the OBE system.

Trainer: Dr. Razia Maroof
Associate Professor, IQRA University

📅 Date: Thursday, 17 September 2026
⏰ Time: 10:00 AM – 1:00 PM
📍 Venue: G Block Auditorium, SSUET

Participation of all faculty members is mandatory to ensure effective implementation of OBE practices and continuous improvement within the department.

Join us in strengthening teaching practices, assessment strategies, and a culture of excellence, accountability, and continuous improvement in higher education.

09/09/2026

04/09/2026

FYP Spotlight | EchoWalk – Smart Mobility for the Visually Impaired

The Department of Biomedical Engineering & Allied Health Sciences (BMEAHS), Sir Syed University of Engineering & Technology (SSUET) proudly presents the remarkable Final Year Project “EchoWalk – Smart Mobility for the Visually Impaired”, developed by our talented students Nazia Fida, Maryam Musa, Mehak Hashmi, and Almeera Naeem.

Supervised by: Engr. Nageen Shahid
Co-Supervised by: Prof. Dr. Sidra Abid

EchoWalk represents an innovative integration of engineering design, intelligent navigation, GPS-based technology, 3D-printed prototyping, and user-centered design to develop a practical mobility solution aimed at supporting visually impaired individuals.

The project focuses on transforming an initial concept into a functional mobility prototype while carefully considering usability, stability, practicality, physical design, and real-world user requirements. Through the integration of GPS-based navigation and iterative prototype development, the students worked toward creating a more accessible and practical mobility solution.

A significant part of the project involved the design, 3D printing, testing, and refinement of the physical prototype. Multiple components and design iterations were explored, allowing the students to experience firsthand the importance of testing, modification, and continuous improvement in engineering development.

Through EchoWalk, the students strengthened their understanding of system integration, GPS technology, prototype development, 3D printing, user-focused engineering design, testing, and iterative improvement. Beyond technical knowledge, the project also developed their skills in teamwork, creativity, problem-solving, adaptability, patience, and persistence.

More than simply completing a Final Year Project, EchoWalk demonstrates how Biomedical Engineering can combine technology, innovation, and human-centered design to address everyday challenges and promote greater independence and accessibility for people with visual impairments.

The department and Chairperson proudly appreciate Nazia, Maryam, Mehak, and Almeera for their dedication, teamwork, perseverance, and commitment to transforming an idea into a meaningful real-world solution.

Their project highlights the role of Biomedical Engineering in developing inclusive technologies that place human needs at the center of engineering innovation.

👏 Congratulations to the entire team on successfully completing their Final Year Project! We wish them continued success in their professional journey and look forward to seeing them contribute to the future of accessible and assistive healthcare technologies.

03/09/2026

FYP Spotlight | Photonics-Enabled Automated UV-C Device for Surface Disinfection

The Department of Biomedical Engineering & Allied Health Sciences (BMEAHS), Sir Syed University of Engineering & Technology (SSUET) proudly presents the remarkable Final Year Project “Photonics-Enabled Automated UV-C Device for Surface Disinfection”, developed by our talented students Ayesha Irshad, Fareeha Bint-e-Mujeeb, and Muhammad Anas.

Supervised by: Dr. Jahanzeb Sheikh and co-supervised by Prof. Dr. Sidra Abd Syed & Dr. Tan Tian Swee

The Photonics-Enabled Automated UV-C Device for Surface Disinfection represents an innovative integration of UV-C photonics, embedded systems, automation, microcontroller programming, motorized mechanisms, and microbiological evaluation to develop an automated solution for surface disinfection.

The project focuses on utilizing UV-C technology for controlled and automated surface disinfection, with the system integrating an ESP32 controller, programmable electronic components, and a motorized mechanism to facilitate controlled UV-C exposure and improve the consistency of the disinfection process.

The development journey required extensive research, system design, programming, hardware debugging, mechanism refinement, exposure optimization, and continuous testing. These experiences strengthened the students’ technical problem-solving abilities while teaching them the importance of precision, patience, iterative development, and teamwork in biomedical engineering.

The department and chairperson proudly appreciate Ayesha Irshad, Fareeha Bint-e-Mujeeb, and Muhammad Anas for their dedication, teamwork, technical learning, and commitment to developing an innovative healthcare technology solution.

Their project demonstrates how Biomedical Engineering bridges photonics, electronics, automation, programming, and healthcare to create practical technologies capable of addressing real-world challenges in infection control and surface disinfection.

👏 Congratulations to the entire team on successfully completing their Final Year Project! We wish them continued success in their professional journey and look forward to seeing them contribute to the future of biomedical and healthcare technology.

22/08/2026

FYP Spotlight | Smart Autonomous Medicine Delivery Robot

The Department of Biomedical Engineering & Allied Health Sciences (BMEAHS), Sir Syed University of Engineering & Technology (SSUET), proudly presents the remarkable Final Year Project “Smart Autonomous Medicine Delivery Robot” developed by our talented students Muhammad Zeeshan Ilyas, Muhammad Umer Ansari, Ramlah Ahsan Siddiqui, and Mazhar Ahmad.

Supervised by: Engr. Syed Muhammad Omair
Co-Supervised by: Engr. Muhammad Muzzammil Khan

The Smart Autonomous Medicine Delivery Robot represents an innovative integration of IoT, embedded technologies, autonomous navigation, obstacle detection, QR-code-based destination verification, and Blynk-based remote monitoring for smart healthcare environments.

The project aims to minimize manual intervention, improve medicine delivery efficiency, and provide a reliable automated solution to support healthcare operations.

Through this project, the students transformed their academic knowledge into a practical biomedical engineering solution by integrating automation, robotics, IoT, and healthcare technology to address real-world challenges in hospital environments.

The department and Chairperson proudly appreciate Muhammad Zeeshan, Muhammad Umer, Ramlah, and Mazhar for their dedication, teamwork, technical learning, and commitment to developing innovative healthcare solutions.

Their project demonstrates how Biomedical Engineering bridges engineering, technology, and healthcare to create smarter and more efficient healthcare systems.

👏 Congratulations to the entire team on successfully completing their Final Year Project! We wish them continued success in their professional journey and look forward to seeing them contribute to the future of healthcare technology.

20/08/2026

🎓 FYP Spotlight | IoT-Based VenoPulse System

The Department of Biomedical Engineering & Allied Health Sciences (BMEAHS), Sir Syed University of Engineering & Technology (SSUET), proudly presents the remarkable Final Year Project "IoT-Based VenoPulse System" developed by our talented students Rabia Abbas, Filza Zahid and Syed Hussain Abbas
Supervisored by Dr. Marium Raziq and Co-Supervisor by Prof. Dr. Sidra Abid Syed

The VenoPulse System represents an innovative integration of IoT, embedded systems, sensor technology, controlled thermal therapy, mechanical vibration, and near-infrared photobiomodulation into a multifunctional therapeutic prototype.

Throughout the project, the students transformed their academic knowledge into a practical biomedical engineering solution while addressing important challenges in electrical safety, system integration, signal reliability, calibration, closed-loop control, and prototype validation.

A particularly valuable aspect of their journey was their focus on patient and user safety, including the implementation of galvanic isolation between the heating stage and low-voltage control circuitry. Their exposure to standards such as ISO 13485 and IEC 60601-1 also helped them understand the difference between developing a functional prototype and designing a device suitable for regulated medical applications.

The department and chairperson proudly appreciates Rabia, Filza, and Syed Hussain for their dedication, teamwork, technical learning, and commitment to developing innovative biomedical solutions.
Their project demonstrates how Biomedical Engineering bridges engineering, technology, and healthcare to address real-world challenges.

👏 Congratulations to the entire team on successfully completing their Final Year Project! We wish them continued success in their professional journey and look forward to seeing them contribute to the future of healthcare technology.

13/08/2026

Happy 79th Independence Day, Pakistan! 🇵🇰

Celebrating the spirit of freedom and honouring the vision of a stronger, prosperous Pakistan.

May our nation continue to progress, inspire, and shine brighter with every passing year. 💚🇵🇰

Pakistan Zindabad!

08/08/2026

The Department of Biomedical Engineering & Allied Health Sciences (BMEAHS), Sir Syed University of Engineering & Technology (SSUET), proudly congratulates our esteemed faculty member, Ms Hafsa Ahmed, on successfully completing her professional certification and registration as an Allied Health Professional – Nutritionist & Dietitian.

This achievement reflects her commitment to professional growth, continuous learning, and excellence in the Allied Health Sciences.

At BMEAHS, we take pride in the professional accomplishments of our faculty members, as their expertise and continued development contribute to strengthening our academic programs and providing students with quality education and professional guidance.

A proud achievement for our faculty and BMEAHS!

Chairperson Prof. Engr. Dr Sidra Abid Syed, and the department wish her continued success and many more milestones ahead.

05/08/2026

The Department of Biomedical Engineering & Allied Health Sciences (BMEAHS), Sir Syed University of Engineering & Technology (SSUET) is pleased to announce the signing of a Memorandum of Understanding (MoU) with Patel Hospital. This collaboration marks a significant milestone in strengthening academia–industry linkage and creating valuable clinical internship opportunities for students of the BS Medical Technology program.

The MoU signing ceremony was attended by distinguished representatives from both institutions.

From Patel Hospital: Dr. Mazhar Nizam – Medical Director, Dr. M. Imran Chatni, Dr. Syed Haider Nawaz, Dr. Sarah Batool, Ms. Aimen Naeem

From SSUET: Engr Syed Sarfaraz Ali – Registrar, SSUET, Prof. Engr. Dr. Sidra Abid Syed – Chairperson, BMEAHS SSUET, Engr. M. Jawad Shafique and Ms. Duaa

This partnership reflects our shared commitment to providing students with quality clinical exposure, practical training, and professional development opportunities that bridge the gap between academic learning and healthcare practice.

The Department extends its sincere appreciation to Prof Dr Sidra Abid and Ms. Duaa for there dedicated efforts, coordination, and commitment in successfully facilitating and materializing this MoU. Their contribution has been instrumental in establishing this valuable collaboration.

We look forward to a strong and productive partnership with Patel Hospital, fostering excellence in education, clinical training, and healthcare innovation.