Engineered electromechanical system for localized cooling solution to pressure injuries in acute and intensive care settings through iterative design (Creo), simulation, testing, and fabrication (3D printing, laser cutting, RF welding) methods.Implemented skin moisture/temperature RFID sensors for PI risk detection using C++.Prototyped support system to relieve foot drop/splay and accompany heel pressure redistribution.

Developed fiber-optic soft force sensor for detection of neurodevelopmental diseases in infants by designing optimal resin lattices (3D design, SLA printing), using machine learning models (Python), and configuring electronics (Arduino, soldering, PCB).Prototyped stabilization system (FDM) for collapsible frame of playground used to detect neurodevelopmental diseases in infants.

Instructed recitations of up to thirty students twice-weekly, held office hours, proctored quizzes, and graded for MATH 1410 (Multivariable Calculus).

Designed and prototyped ergonomic headgear for real-time augmented reality visualization of tumor cells during surgical cancer removal in SolidWorks and Raspbian, to be utilized in clinical surgeries internationally.Developed and implemented remote monitoring system (of 3D printing, lab work, etc.) utilizing Arduino (ArduCAM, Python).

Fabricated microfluidics chips for drug testing and analysis of cell cultures in the Timperman Lab.