- An extension to the research done in my senior design project.- Adaptive design and simulation of a Germanium-on-InGaAs multiple quantum well (MQW) laser.

An ongoing research effort on autonomous vehicles utilizing short range sonar aka echolocation - inspired by biosonar systems found in nature, specifically the one present in horshoe bats.- Acoustical Society of America (ASA) talk on "A Hardware Platform for Integrating Biomimetic Sonar and AI", Ottawa 2024- Team management- Customer relationships- Research-oriented design- Soft robotics - Active sonar systems- Integrated robotics- High precision… Show more An ongoing research effort on autonomous vehicles utilizing short range sonar aka echolocation - inspired by biosonar systems found in nature, specifically the one present in horshoe bats.- Acoustical Society of America (ASA) talk on "A Hardware Platform for Integrating Biomimetic Sonar and AI", Ottawa 2024- Team management- Customer relationships- Research-oriented design- Soft robotics - Active sonar systems- Integrated robotics- High precision GPS- Embedded software- Digital signal processing- Time-frequency representations- Standardization- Validation procedures and unit testing- Analog and digital circuit design- PCB design- Lab instruments, and integration with MATLAB Show less

Vision and localization schemes which utilize acoustic systems to gain insight can greatly benefit from an emission system which is omnidirectional. This work aims to replace traditional inertial diaphragm based emission systems.This role was focused on the research and design of modulated high frequency inverters utilizing LLC resonant converter topologies. - Resonant converters- Power modulation- Non-linear control schemes- Magnetics design and fabrication

Germanium based light sources are a growing interest due to Ge's desirable optical properties, however germanium is not a direct-band gap material on its own. This research focused on a Ge-on-InGaAs separate confinement heterostructure (SCH) quantum well (QW) laser design, leveraging different methods of making Ge a better light emitting material. - 2024 MDE Expo best overall project- Computer aided design of semiconductor photonic structures- Crystal growth, masking, and… Show more Germanium based light sources are a growing interest due to Ge's desirable optical properties, however germanium is not a direct-band gap material on its own. This research focused on a Ge-on-InGaAs separate confinement heterostructure (SCH) quantum well (QW) laser design, leveraging different methods of making Ge a better light emitting material. - 2024 MDE Expo best overall project- Computer aided design of semiconductor photonic structures- Crystal growth, masking, and fabrication- Germanium QW laser research- IEEE published conference paper presented at EDTM 2024- Cleanroom masking and etching Show less