- Design and manufacture custom PCB, wiring, and mechanical solutions to enable fluid dynamic and aerosol science experiments.- Utilize varied fabrication techniques to design and manufacture aerosol devices.

- Leads a team of student engineers in the research, development, and manufacture of miniaturized portable HV power supplies for application in particle filtration, aerospace flow control, and other applications making use of DBD non-thermal-plasmas.- Modeled and manufactured test systems for testing novel electrostatic precipitators.- Responsible for the electrical and mechanical design and manufacture of a non-thermal plasma-based surface sterilization device demonstrated at ICOPS 2023.

- Researched, designed, and fabricated, custom miniature portable high voltage power supplies for application in particle precipitation and filtering.- Designed and manufactured a custom modified recreation of a large high-power high voltage unit for application used in aerospace flow-control research application.

- Communicates regularly with other leads to gauge and relay the relevance of projects, importance, and said research status. Aids subsystem leads in designing, writing, and submitting research proposals.- Supervising the creation of feasibility reports alongside the R&D Technical Leads. - Oversees research team budget in coordination with the R&D Technical Lead, Captain, and Business Lead.- Creates and communicates meeting times, locations, activities, and all other overall inner-team organization/documents that are not project specific.- Responsible for approving projects alongside Captain, Systems and Mechanical Lead, pursuant to the project approval guidelines.

-Designing, and building experimental push-rod suspension concepts for the University Rover Challenge.-Ran and designed cyclic tests to characterize dampening characteristics of bike shock used for the Rover's suspension.-Manufacturing and designing various CAD models and drawings to team standards.

- Manages the adoption of in with all ongoing domestic Engineers Without Borders, University of Washington Chapter (EWB-UWS) projects.- Maintains documentation related to all EWB-UWS Domestic projects. - Develops on boarding curriculum, and local projects meeting agendas.- Leads the construction and manages the budget and design of the Sol Station IV.

-Designed, acquired materials, fabricated parts, and assembled components for a set of solar powered phone chargers in Husky Stadium.-Mentoring new members in basic fabrication and engineering skills.-Led independent side project teams in laser cutting and engraving tasks.

-Employed feedback, collaboration, and research to design and create optimal commercial and personal products of various nature for a private employer.-Worked in many environments, and on diverse types of projects.-Utilized Computer Aided Design and Hand-drawn graphical means and physical prototypes to engage and foster through understanding with client.

-Researched, developed, and prototyped fluid control mechanism applicability and production for an electricity-free medical infusion pump -Trained-in and utilized various shop tools independently in various degrees including a hydraulic press, vacuum former, laser cutter, Resin-Printer, Manual milling platform, and more in the production of test platforms, microfluidic chips, and other products. -Utilized Solidworks modeling and engineering concepts in the design and fabrication of various project aspects -Developed technical writing, communications, and research skills through multiple product landscaping projects

-Taught academic and life skills to aid young underprivileged students of color in achieving academic excellence, and collaborated with a wide range of staff to provide support for a cohort of students on a day to day basis.