Team 1: Bone Metal Group
To explore the limits and applications of the latest developments in materials science.
Team 2: SiPhox
The undergrad team is dedicated to researching thermal and agitation parameters in the process through large scale and batch testing for SiPhox's cheap to manufacture photonic silicon at home point-of-care device.
Team 3: Vibrant
VIBRANT aims to facilitate the at-home knee rehabilitation process for both patient and clinician by integrating existing sensors into a wearable device capable of collecting and converting real-time data onto an app designed to improve the evaluation of the patient's progression to recovery.
Team 4: SNDT
Our novel assessment tool will quantify spatial neglect severity among post-stroke patients, validate proposed therapies, track patient outcomes, and identify networks of Hebbian neuroplasticity for automated personalization of neuromodulation therapies.
Team 5: NovaShield
Qualitative Percussion Device Reconfiguration for application with ballistic armor efficacy.
Team 6: Vena Vitals
We are a team of Biomedical Engineering students that is developing an ECG for continuous blood pressure monitoring calibration!
Team 7: Conception
A fully insertable slow-release intrauterine insemination device used to increase the chances of fertilization in women who struggle with infertility.
Team 9: Vaso Thermo Diagnostics
Our team is assessing vascular health by utilizing laser speckle imaging and temperature modulation in a compact, accessible finger clip device. The extracted information can be used to identify peripheral arterial disease development.
Team 10: MAX Adapter
Our design addresses the unique feeding challenges faced by preterm infants in the NICU by having an adapter that creates a single feeding device, allowing for improved nurse workflow and patient safety.
Team 12: Stentacular
Stentacular is working to automate the CAD modeling of braided flow diverter stents for increased design agility and flexibility of a preventive treatment for hemorrhagic strokes.
Team 13: Hoag: Bone Fixation
A textured bone plate to prevent the loosening of screws.
Team 14: CAD Minnies
Our team is developing a modular microfluidics interface which will make single-cell analysis more accessible. Separating 'front-end' sample preparation and 'back-end' analytics allows for simple disposable of the back-end chip and efficient reuse of the front-end chip.
Team 15: Mask-R-Aid
Our Power Air Purified Respirator (PAPR) helps individuals who are required to wear a mask in public settings by offering a powerful air filtration system, AC/heating capabilities, and a revolutionized yet comfortable wearing experience unlike typical cloth and surgical masks.
Team 16: AutoTraech/T.I.G.E.R.S
AutoTraech is a handheld medical device that performs an emergency tracheal bypass incision. Following the administration of the incision, the cartridge can be safely removed, leaving the base mechanism attached to the patient’s neck. Then, the T.I.G.E.R.S. system can be attached, providing autonomous vacuum and ventilation to the patient.
Team 18: Blue Box
The Blue Box, a novel non-irradiating, non-invasive, and in-home screening device that detects breast cancer via a human urine sample.
Team 19: Holocube
We are collaboratively working with SiraMedical to develop an intuitive platform that can generate holograms from CT and MRI images.
Team 20: NAVEL
Developing a minimally-invasive medical procedure to perform an aortic heart valve replacement!
Team 22: Applied Aptomers
Our device is a low cost, rapid, point of care Covid-19 test.
Team 24: Ankilo Protections
AnKilo Protection, in partnership with Avon Protection, is researching and developing ceramic alloys for protection against high-velocity projectiles.
Team 25: Feminora
Redesigning the vaginal speculum to bring comfort to patients and convenience to physicians.
We will be hosting our winter industry networking night. This will be a networking event that will consist of 2 minute reverse pitches from companies and networking booths to be able to meet and recruit our students after graduation.
UCI Applied Innovation (The Cove)
5270 California Ave #100, Irvine, CA 92617
We will be celebrating the culmination of the Biomedical Device Design capstone course at UC Irvine. Join us over food and drinks as the senior design teams showcase their prototypes and compete for a chance to win BioENGINE Fellowships and Capstone Design Awards.
*Note: BioENGINE Fellowship candidates are also eligible for Capstone Design Awards
UCI Applied Innovation (The Cove)
5141 California Ave, Suite 200
We will be hosting our kick-off event, the Unmet Clinical Need Reverse Pitch Night. This will be a pitch event where all mentors will pitch their projects to our students who can then match to the project and team of interest.
Zoom
We are seeking old medical equipment to assist our students with design and innovation.
For more information about the BioENGINE initiative, click here