Diane Flores

Engineering

Hometown: Gilbert, Arizona

Graduation date: Fall 2018

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MORE | Spring 2018

Haptic Vision Substitution

The Haptic Vision Substitution Project involves a device that will assist the blind in “feeling” their surroundings. The device that is under research and development consists of a palm-sized vibrating pin array that will emulate the user’s visual feedback. This technology relies on the user’s ability to associate vibrating frequencies with a specific light intensity. So far, by utilizing SolidWorks and Wire EDMs, researchers on this project are creating prototypes of the pin array that will respond to various frequencies. Future goals include creating an array that vibrates in frequencies that are detectable and distinguishable by human touch.

Mentor: Angela Sodemann

More projects from the current symposium

Haley Nicole McKeown

Chemical engineering

Leveraging the Power of Ligninolytic Enzymes to Valorize Lignin to Polyvinyl Phenol

Utilizing engineered microorganisms with ligninolytic enzymes for synthesis of biopolymers will contribute to advancements in bioplastics.

Mentor: Arul Varman

Program: MORE

David M. McComas

Electrical engineering

TCAD Simulation of Diamond Static Induction Transistors for Radio Frequency Power Amplifiers

Vertical diamond static induction transistors can offer five times higher output power at ultra-high and S-band frequencies for future radar and communication systems.

Mentor: Nidhin Kurian Kalarickal

Program: FURI

Naina Misra

Biomedical engineering

Geometric Deep Learning and Anatomical Landmarking for Improved Preclinical Alzheimer’s Disease Diagnosis

Using neural networks and mesh processing, we revolutionize Alzheimer’s detection, enabling timely interventions for improved outcomes.

Mentor: Yalin Wang