- Led a team to identify and mitigate safety risks across NASA’s USLI challenge, formulate Failure Mode and Effect Analysis(FMEA) tables, and actively ensure compliance and risk mitigation while fostering a culture of safety for a team of 60+.- Author a comprehensive 35+ page Launch Operation Procedure document (LaTeX) for the safety and success of each launch.- Develop a 60+ Workshop Tools Operation Procedure document (LaTeX), ensuring team compliance with tool safety standards.

- Brainstormed a solution for the Radio Frequency Command (RAFCO) Mission portion of NASA's Student Launch Initiaive(SLI).- Soldered components to a custom printed circuit board(PCB) made in Eagle/Fusion 360, completely wired the payload section, and coded the launch and detection sequence for the payload using C++.- Collaborated to professionally compose a technical Preliminary Design Review(PDR), Critical Design Review(CDR), and Flight Readiness Review(FRR) for NASA with LaTeX, and presented the CDR and FRR to NASA.

- Provide standby medical care to university club sports teams, including rugby, hockey, and men’s and women’s boxing.- Collaborate with athletic trainers and a team of 20 student EMTs to provide appropriate medical care as needed.

- Constructed an off-road vehicle using AutoCAD, basic manufacturing tools, water jetting, a lathe, a mill, and MIG and TIG welding for the Baja SAE international competition in collaboration, overcoming numerous design and manufacturing challenges.- Actively ensure compliance, risk mitigation, and fostering a culture of safety to protect team members and enhance performance.

- Maintained 900+ hours of volunteer hours providing 911 emergency medical care to patients and transport via ambulance to hospitals all over Westchester County.- Supplied emergency medical care to a primary coverage area of 46,000+ people and provided mutual aid when needed to a surrounding county of about 1 million.

- Collaborated with engineers in a manufacturing environment by creating electrical schematics in AutoCAD, managing with Programmable Logic Controllers (PLCs) to support future engineering capital projects, and coordinating with contractors.- Developed comprehensive capital requests to support and justify significant equipment purchases and new project investments.- Designed and programmed an atmospheric and environmental sensor device using Python on a Raspberry Pi to identify optimal conditions for ensuring consistency in cement mixing for industrial pipe lining at U.S. Pipe.

Construct, operate, and troubleshoot digital sound, video, and lighting systems at 2-3 weekly services and special music/drama productions live and online.

- Helped supervise over 20,000 square feet of pool area in coordination with a team of lifeguards between the hours of 6am and 8pm each summer.- Supervised and instructed about 1,000 kids every day along with a team of trained swim instructors.