He/Him
Prostate Health Monitoring Device
PRO check addresses concerns by delivering real-time, data-driven feedback during the examination. This not only enhances diagnostic accuracy, but also empowers and reassures patients by allowing them to visually understand the condition of their prostate in the moment.
PRO check improves prostate assessments by mapping the topography of the prostate delivering data driven results. By analysing the deformability of the tissue under varying pressures, PRO check provides valuable insight into prostate health.
The system employs a laser diffraction grid in combination with stereoscopic cameras to capture precise intersection heights across the prostate surface. This data is used to generate detailed topographic representations, including a 3D surface map, contour plots, and deformation-pressure correlation graphs.
A key clinical metric – PSA Density relies on accurate prostate volume measurement, yet is often based on clinicians’ best judgment. PRO check enhances this process by generating reliable, volumetric data to support a more accurate PSA density calculation, improving diagnostic confidence for clinicians, and reassurance for patients.
A variety of silicone prostate models consisting of a healthy prostate, a small tumour, a large tumour and an enlarged prostate were used in order to map their topography and compression under pressure.
Silicone prostate models used for testing.
In this module a Ninja Pet Vacuum cleaner was created using surface modeling Showing a veriety of different continuity including G1 and G2 continuity. Parts were thickened creating a solid body assembly, where features such as tongue and lip grooves were added.
As part of this module, our team designed and built a fully custom robot capable of scaling obstacles and extinguishing flames at varying heights. The project involved developing a “rocker-bogie” style suspension system, as well as engineering and fabricating every component – from the chassis and pivot arms to the wheels and tires.
We implemented remote-control functionality, including independent drive and extinguishing systems. Our custom design enabled advanced mobility options such as 6-wheel drive, 6-wheel steering, tank steering, crab steering, and standard 2-wheel steering, allowing for maneuverability and terrain adaptability.
I was involved in all aspects, and took the primary lead in the servo steering mechanism.
This project demonstrated our ability to combine mechanical design, electronics, and programming into a functioning robotic system.
Hi I’m Dev,
I’m a passionate and creative product designer with a hands on approach to problem solving and innovation. I enjoy bringing ideas to life, whether it’s prototyping with my 3D printer, exploring new technologies, or finding smart solutions through design. I’m driven by a love for travel and new experiences. Outside of design, I also have a strong musical side, performing live as a guitarist in a band and creating music in my spare time. I thrive in dynamic environments where I can challenge myself, collaborate, and make meaningful contributions through design.
