-Advising Saddleback College Robotics Team on electromechanical designs including Drive Train, Chassis, Suspension, 5DOF Arm & End Effector.-Guided student engineering team towards a successful acceptance into the University Rover Challenge 2023 with a System Acceptance Review score of 87.12/100, the highest SAR score achieved by SC Robotics.- Placed 20th among 37 international university finalists in the University Rover Challenge, scoring 220.77/400 points

-Leading Student-Run Engineering Rocket Projects-Machining solid rocket motor nozzle and bulkhead for Class O & P Motors

-Led payload team through conceptual design phase, test, & integration process of rocket deployed autonomous fixed-wing UAV system-Documented systems engineering presentations for PDR, CDR, with updates on prototype information-Designed, prototyped, and revised novel drop-down overlapped swept wing deployment mechanism-Developed in-air UAV deployment platform with integrated video recording and streaming capabilities-Performed CFD and stability analysis using a Clark-Y airfoil and a NACA-0012H horizontal tail plane in XFLR5.-Integrated fully autonomous flight control system capable of circling launch pad with custom safety overrides

- Assist in design process and conceptualization.- Designed self balancing landing mechanism for rover deployment

-Created & updated CAD artifacts for satellite and mechanical ground support equipment components-Update assembly instructions for ground support equipment & satellite subassembly modules. -Designed satellite dispenser test fixture mechanism to simulate zero gravity conditions-Designed integration stand for 12U form factor satellite dispenser and bus-Routed and created drawings for wire harnesses and HDRM onboard 12U form factor satellite bus

- Assist in maintenance operations and repair of Part 135 Cessna Citation Fleet.

- Led mechanical design and revision process through to fabrication, post processing, and assembly.- Oversaw and facilitated design integration and electromechanical control integration- Constructed custom 5DOF Arm on a modular rotational turret assembly allowing for easy transition into scientific payload configuration.- Designed and fabricated welded aluminum chassis & custom double wishbone modifiable geometry suspension system.- First community college accepted to finals into the University Rover Challenge; SAR score of 84.43/100 Placing within the top 36 of 93 international entries.

- Led mechanical design and revision process through to fabrication, post processing, and assembly.- Oversaw and facilitated design integration and electromechanical control integration- Designed and fabricated welded aluminum chassis & double wishbone suspension system- First community college accepted to finals into the University Rover Challenge; SAR score of 82.67/100 Placing 30th of 93 international entries.