CAPSTONE DESIGN PARTICIPANTS
Jae Won Cho
Kenta Morris
Matthew Wong
GAITSYNC
44
Gait asymmetry leads to joint degradation and increases fall risk in the elderly. Fixing it involves multiple visits to a gait specialist who identifies gait problems, which is time consuming, costly, and provides un-adaptive feedback. Our project is a wearable device which takes gait symmetry measurements, giving real-time feedback to rehabilitate users in a more efficient and accessible manor.
For more information on our project, visit our website.
Ryan Bissett
Reuben Breukelman
Matthew Teichman
DermAI
45
DermAI is a company that is looking to make melanoma detection easy and affordable. Existing solutions are expensive, and many require the use of high-end phones or cameras. DermAI allows anyone to take a proactive stance to preventing and surviving melanoma by creating an affordable all-in-one system. Our product can be used for early detection skin lesions and uses machine learning to notify users when they should have their skin investigated by a dermatologist when a possible melanoma is detected.
For more information on our project, visit our website.
Peiliang Guo
Joe Mattekatt
Udeshaya Wadhwa
Sterilus
49
The self-checkout machine at your local retailor is dirtier than your toilet seat. So why touch it when you could use Sterilus instead? The ideal accessory for any self-checkout station, Sterilus provides you with a UV-C cleaned stylus to interact with touchscreens and payment machines. Simply release the stylus when you are done and watch it retract into the device where it will be cleaned for the next user. Never worry about dirty public touchscreens ever again!
For more information on our project, visit our website.
Bavly Fahmy
Yuhyeok Jeon
Vishal Patel
AVC
50
Due to COVID-19, many work environments have transitioned to remote collaboration solutions. AVC aims to streamline communication for work-related discussions, meetings, or casual conversations. The solution implements a virtual environment that provides a sense of social presence by representing the location of collaborators in the same virtual office. Portable devices are used to automatically update user locations in the environment, while enabling seamless audio communication.
For more information on our project, visit our website.
Tsugumi Murata
Dong Jae Park
Jerome Villapando
Jack Xu
TableUV
55
2020 has been a pivotal year in modern history due to COVID-19. In our capstone group, our vision is to significantly reduce the risk of disease transmission by designing an accessible and economical device for the general public. We are building a miniature autonomous robot that can traverse and disinfect surfaces using UV and alcohol. It is a feasible, cost-effective solution to disinfect the most commonly touched area in public; the tabletop.
For more information on our project, visit our website.
Gordon Bosilijevac
Ben Holmes
Ben Krowchuk
Neil Parthasarthy
Synthr
58
Synthr is an educational synthesizer geared toward helping students understand and solidify tough concepts relating to filter circuit design. Synthr accomplishes this by allowing students to manipulate key filter components in real time while providing visual and audio feedback. Students can pass a multitude of different signals through any of the 6 different filters linked in any way they would like to see how these filters will change the shape and sound of the output waveform.
For more information about our project, visit our website.
Justin Borromeo
Bennett Fleming
Sean O'Sullivan
Matthew Romelewski
Porch Vault
60
Over the past decade, the popularity of e-commerce has exploded. With most of these consumer goods being delivered to residences, porch piracy has become an increasingly prevalent problem. Every day in the US, ~$25M of delivered goods are reported as stolen. Most existing solutions are either expensive or involve inconveniencing consumers. We are working on the Porch Vault, a device that prevents porch piracy while maintaining the existing convenience and cost-effectiveness of e-commerce.
For more information about our project, visit our website.