Biomedical Engineering Hub
About the Tech hub
The Biomedical Engineering Hub is part of the core Technology Hubs under the School of Electrical and Electronic Engineering. It aims to provide a conducive environment and infrastructure for staff and students to be involved in applied Research and Development
(R&D) work in the areas of healthcare and rehabilitation. The Hub focuses on the development of solutions for step-down care.
We are seeking collaborations with industry and academic/research institutes in internship programmes, industry-related and applied R&D projects in Biomedical Technologies, including specialisation areas such as Biomedical Equipment & Practices,
Biomedical Instrumentation, Medical Informatics & Telemedicine, Medical Imaging & Image Processing, and Biomedical Signal Processing & Analysis.
The Hub is located at Level 6, T12A @ SP.
Capabilities and Technical Services
Backed by the vast experience of the members, the Biomedical Engineering Hub provides technical consultations, training, seminars and project collaborations to government agencies, educational institutes, businesses and industry partners in these technology
- Applied research and development on assistive technology for elderly
- Development of applications and solutions for healthcare industry
- Development in areas of medical diagnosis and medical devices for health monitoring
1.Contactless Music Activating System
The contactless music activating system is designed and built for children and teenagers undergoing upper limb rehabilitation. The purpose is to engage these users, who may lack the motivation to complete the regiment of rehabilitation
exercises that can be physically challenging and emotionally draining, through a unique experience of music creation. Funded by Ideafarm funding, this project is developed in collaboration with music therapists from KK Women's
and Children's Hospital.
2.Gamified Block and Box Test (gBBT)
The gamified Block and Box test (gBBT) is an adaptation of functional test used for assessing the gross manual dexterity for upper limb rehabilitation. Since it is easy to administer, the Block and Box test is one of the rehabilitation
tests widely used by physiotherapists. However, in the original test, a patient must repeatedly transfer as many blocks as they can within a specified time limit. This project intends to improve the usefulness of the Block and
Box by embedding sensors into the test and creating a game that goes well with the test. The sensors can reduce the manual effort of clinicians and allow them to do more people-orientated tasks while administering the test. The
game-like environment helps to engage the patients and motivate them to complete their rehabilitation.
3.Development of Blood Vessel Strengthening Technique using Near-Infrared Combi Therapy (NIRCT)::
The project was to develop a low-cost device to strengthen and accelerate the maturation rate of arteriovenous fistulae (AVF) to enhance the success rate and retain the patency using near-infrared (NIR) therapy. This project is funded
by Tote-board SIR grant.
4.Intellisense Bed - An Anti-seating and Patient Position System for Bed Sore Prevention in a Clinical Environment:
The Intellisense bed reduces the occurrence of bed sores forming on elderly and bedridden patients and is capable of monitoring the position of the patient on the bed as well as the temperature of the bed. This project was funded by
Tote-board SIR grant.
5.Development of Rehabilitative Pet Robots for Motivation and Assessment of Elderly Residents:
The project was to develop rehabilitative pet robots for motivation and assessment of elderly residents. Funded by Tote-board SIR grant, this project received Merit Prize in the IES Innovation Challenge – Community 2018 and was
one of the Top 5 prizes in Samsung Solve for Tomorrow 2018.
The project was featured in the Straits Times on 12 November 2018:
Image courtesy of Straits Times (12 November 2018)
6. System For Automated Assessment Of Rehabilitative Reach And Grasp:
An objective assessment system for upper limb rehabilitation, which provides real-time feedbacks for therapists and patients. Funded by MOE-TIF grant.
7.An enhanced system for rehabilitation of gross manual dexterity with user friendly emphasis:
To enhance the usefulness of a widely used rehabilitative upper limb test by embedding sensors into objects used in the box and block test. Funded by Tote-board SIR grant. Received Bronze award in ART 2017 competition.
8.Eye Tracker Based Communicator & Home Device Control for Disabled:
Assistive technology to help the disabled communicate with their caregivers, control home device wirelessly. Received Silver award in ART SIC 2016 and I-CREATE 2016 competitions in Bangkok, Thailand.
9.Upper Extremity Rehabilitation Device:
An equipment for rehabilitation of upper limbs. Received commendation award in National Assistive & Rehabilitation Technologies (ART) Student Innovation Challenge (SIC) 2015, Singapore.
10.Brain Computer Interface (BCI):
A BCI-based communicator prototype for locked-in patients, so that they can express their needs and can communicate with other people. Funded by MOE-TIF grant. Received Bronze award at CDIO Students Academy 2015, China.
- Institute for Infocomm Research (I2R) , A*Star
- Nanyang Technological University (NTU)
- Singapore University of Technology and Design (SUTD)
- Hospitals, including Khoo Teck Puat Hospital, KK Women’s and Children’s Hospital, National University Hospital, Singapore General Hospital, Mount Alvernia Hospital, and Kwong Wai Shiu Hospital
- Nursing homes, including All Saints Home, AWWA (Asian Women Welfare Association), etc
- National Instruments, Gold Lite, Biofit Technology & Solutions, Nephtech Technology, Neeuro, and SM
Courses and Seminars
- Applied Video & Image Processing
- Digital Signal Processing
- Biomedical Engineering (BME) Programme
- Specialist Diploma in Biomedical Engineering
Fauziah Othman (Mdm)
Manager Technology Development
School of Electrical and Electronic Engineering
Fax: 6772 1974