About Us
We are one of the oldest scientific clubs at the Faculty of Mechanical Engineering of Bialystok University of Technology. Our members are primarily Biomedical Engineering students, but we also include individuals from other fields, such as Mechatronics. We focus on designing medical equipment and developing modern technologies for prevention, diagnosis, and rehabilitation. Our work benefits both humans and animals. The supervisor of our club is Dr. Eng. Piotr Prochor.
Projects
Scooter Attachment for Riding on Snow and Soft Terrain
The sled-mounted scooter project was created for a noble cause. It contributed to helping Julia regain her hearing. The project was carried out in collaboration with the technical staff of the Faculty of Mechanical Engineering. Later, Mr. Paweł Kalinowski embarked on a mountain trail journey using the scooter.
During the project, we had the opportunity to design and build a prototype adapter for mounting the sleds on the scooter, allowing it to move much more efficiently on snow compared to wheels.
Compression Vest for Sensory Therapy of Children with Autism
The compression vest project was designed to support therapy for deep pressure sensitivity disorders in children with autism. The vest applies pressure, increasing sensory input and body awareness. The design consists of a vest with multiple independent air cushions inflated with compressed air, as well as a control system that includes a microprocessor with a touchscreen.
“Hermes 2.0” – Wheelchair Attachment
This project was created to assist the mobility of wheelchair users. Hermes is equipped with a motor, allowing it to reach speeds of up to 20 km/h.
While developing the project, we explored the structure and connection of various electrical components. Several modifications were made to the wheelchair, including the removal of the hand-drive crank, improving ergonomics and making it more practical for everyday use.
Walker for a Child with Osteogenesis Imperfecta
The walker was designed for a girl suffering from osteogenesis imperfecta (brittle bone disease). We created a structure that ensures comfortable and safe mobility. The project was patented under the name “Walker, especially for a child with a mobility disability” (P.441337). The walker includes adjustable tilt in the frontal plane, as well as adjustable supports for the torso and upper limbs, allowing modification of both angle and length.
Wheelchair for a Three-Legged Dog
This project was initiated after the dog’s owner reached out to us. Lakuś had undergone amputation of one hind leg and the phalanges on the other, making movement difficult due to the strain on his remaining limbs.
The primary design goal was to ensure stability while keeping the wheelchair as lightweight as possible to minimize discomfort. We achieved this by using aluminum profiles.
Another key feature was length and height adjustability since we could not take precise measurements of the dog beforehand. The adjustment mechanism consisted of a square profile housing a channel, with a locking system using a clamping screw and rivet nut.
During Lakuś’s visit, we tested the wheelchair, verifying the functionality of the design. Initially hesitant, he soon began taking his first steps, which quickly turned into joyful running down the faculty hallway. As planned, the wheelchair was stable, lightweight, and easy to adjust for a perfect fit.
Achievements