HyperXite
HyperXite is a dedicated team of more than forty undergraduate engineering students
from the University of California, Irvine working to design and manufacture a prototype
Hyperloop pod as part of a SpaceX design competition. Our team received a Desi"
Excellence award and placed 5th internationally for overall concept quality in the design
phase of competition, making us the only top five team to implement an air-based
levitation system. We were one of only twenty-nine teams able to compete in the
prototyping phase of competition and test our design at the SpaceX campus this
January. With the help of our industry sponsors, we have been able to push the
boundaries of Hyperloop air-levitation technology and gain a glimpse into the future of
high speed, mass transportation. More information can be found at HyperXite.com or
on social media @UCI_HyperXite.
Students: Arwa Tizani, Mackenzie Puig-Hall, Chanceleir Schilling, Brian O'Sullivan,
Kamran Sadaghiani, Nick Parks, Leslie Hsiao, Maral Abbasinik, Khaled Takwa, Mazen
Alkhatib, Robert Chavez, Devin Pozas, Anthony Long, Mark Mekkittikul, Arjuna
Rathnayake Mudiyanselage, Christian Aboga-a, Wesley Hsiao, Kristen Okano, Lauren
Fleming, Lisheng Wang, Georges Hatem, Shreshth Kumar, Nicholas Oune, Allen Chang,
Sergio Linares, Jason Lee, Kyle Ferreira, Zhen Chen, Carol Reyes, Larry Smith, Dongheng
Jing, Jatin Singh Banga, Richard Hoang Le, Derek Cheng, Brian Fang, Calvin Belcher,
Andrew Tec, Miguel Escobar, Dong Kim, Kim Ngoc Tran, Woo Yoong Chong, Jessica Ma,
Colin Brannigan, Enpei Wu, Youssef Iskander, Matt Casper, Kelly Quach, Mark
Mekkittikul
Advisor: Roger Rangel
No Tool Left Behind
A novel system designed to detect retained surgical foreign objects using magnetically tagged instruments and a magnetometer array that provides simple visual detection of the tool left behind in the patient’s body.
Students: Aditya Kudva, Shrishti Bhatnagar, Dacoda Strack, Anand Shah
Advisor: Micheal Klopfer, G. Li
Renew 3D Print
The world’s resources are increasingly limited. The energy and environmental costs of
manufacturing, shipping, and discarding plastic products puts tremendous strain on the
earth’s biosphere. Personal 3D printing, in conjunction with in-house recycling of the
plastics used, are poised to change the consumption patterns of the general public. This
project will design and implement plastic recycling processes in response to consumer
3D printing, and promote awareness of cradle to cradle ideas in the home.
Students: Andrew Hnat, Will Amos, Aldrin Lupisan, Derek De Los Angeles, Sharon To,
Christian Datu, Ian Pareja, Ivette Morales, Tucker Moody
Advisor: Jesse Jackson
Salux Diagnostics
Handheld imager for rapid burn wound assessment - Common burn wounds triage and
subsequent monitoring rely on subjective visual examination. In order to provide better
diagnostics to help administer well-measured therapeutic regimen, imaging devices that
allow objective and below-the- surface examination and evaluation are needed. This
project aims at the design and development of a low-cost, compact imager that would
utilize the unique capabilities of the quantitative optical imaging techniques developed
at the Beckman Laser Institute: Spatial Frequency Domain Imaging. This current
approach is being used to study burn wounds and subsequent healing responses with
desktop instrumentation that are costly and bulky. There is great potential to develop a
simplified version by using off-the- shelf components to aim at a low cost, easy to use
imaging device that can address the critical unmet clinical needs in burn wound triage.
Students: Maaikee Kiyoe Pronda, Dimple Patel, Kevin Trieu, Shreya Akkenapally, Eashani
Sathialingam, Akshita Agrawal
Advisors: Anthony J. Durkin & Rolf Saager, Beckman Laser Institute & Medical Clinic
Sensenium Medical
The time after a stroke is critical, every minute without treatment increases an
individual’s risk of permanent disability and death. Unfortunately, stroke can only be
diagnosed and treated at the hospital. Sensenium Medical created RHISE, a device that
can differentiate the type of stroke a patient is having in an ambulance, before reaching
the hospital. This allows treatment to be delivered almost immediately, and can
significantly reduce the chances of long-term disability and death.
Students: Tuyetnhi (Nicole) Le, Stella Doering, Martin Anthony Valdez, Zachery
Robinson, Brandon Trieu, Nuria Varela
Advisor: F. Kruggel
Beall Student Design Competition in Engineering
1st Place Winner
Krobotech
An opportunity exists in developing a prosthetic hand that can outperform the current prosthetic hands on the market, at a competitive price point, all while creating a brand that resonates with the user. An ideal situation would be to come as close as possible to the degrees of freedom of a human hand. Krobotech's goal is fill this gap in the prosthetic industry between cost and functionality with Krobohand.
Students: Ethan Kirkley, Zepyour Khechadoorian, Cameron Hunt, Kevin Wong