Every role, in full detail.

At RPM Raceway I'm part of the crew responsible for a fleet of 60+ electric go-karts that runs 8–12 back-to-back racing sessions every day. Every kart gets a pre-session safety inspection and post-race service covering the battery pack, electrical wiring, motor connections, and the full drivetrain. When a kart faults mid-day, I have minutes between sessions to isolate whether the problem is electrical or mechanical and get it back on track — zero downtime is the standard.

On the electrical side that means cell-level battery diagnostics, charge management, and inspecting high-current wiring and connectors. I work with the fleet's Forsee Power battery management and DiagVCU motor-controller software to read faults and verify system health, with a multimeter as my everyday diagnostic tool. It's the most direct application of my ECE degree so far: live EV power systems in an operational environment where the karts have to be ready at all times.

Over fourteen months at Built Well Solar Corp., I supported the solar installation pipeline from design review through utility interconnection. My core responsibility was preparing and submitting PSEG interconnection packages: appendices, agreements, and the required testing documentation. I processed more than 30 of those packages with zero rejections.

Before a package went out, I evaluated and interpreted the design set — roof plans, one-line diagrams, and system blueprints — and checked it against NEC code and PSEG-specific submission standards. In Aurora Solar, I modeled residential and commercial PV systems and simulated their performance. From those models I generated production reports analyzing energy output, power usage, and potential cost savings with and without solar, used for client review and utility submission. The internship concluded in October 2026, and it gave me a working understanding of how a PV system moves from a roof layout to an approved grid connection.

Through NYIT's work-study program, I was front-line IT support for the student computer labs while completing my degree. I resolved 15–20 tickets a week across three campus labs, covering network connection problems, hardware failures, and issues with software and NYIT programs.

A big part of the role was cloning and imaging: I deployed images to 50+ workstations and servers using Clonezilla. I also built and maintained PCs and handled hardware repairs and upgrades for faculty and student machines. On the infrastructure side, I assisted with router and server setup, cable runs, and CAT6 patch management. Working tickets between classes taught me to triage fast and write fixes down so they could be repeated.

At Minerva Audio Visual I traveled across New York City, the tristate area, and Long Island to set up, repair, and install A/V systems. Over the year I worked at 100+ venues, from corporate event spaces and rooftops to outdoor beach concerts. Install work included video walls, TV mounting, audio cabling, and Ethernet runs with CAT6 terminations and cable testing.

For live events I helped run audio and lighting rigs and handled on-site troubleshooting when something failed during a show. I also provided network assistance and computer repair when a venue needed it. I coordinated with event leads and venue staff so every system was live and working on schedule. It taught me signal flow end to end, and how to diagnose a problem calmly with an audience waiting.

I started doing freelance computer work in 2019, while I was in the Nassau BOCES computer technology program, and I've kept it going ever since. Since then I've completed 50+ custom PC builds, hardware repairs, and server configurations for private clients. A build covers component selection, assembly, OS installation, and configuration so the machine is ready to use on delivery.

I support clients remotely and on-site, diagnosing and fixing hardware, software, and networking problems. Most of my work comes from referrals and repeat clients, built on clear communication, documented fixes, and consistent follow-up. It's where I learned to explain technical problems in plain language to people who just want their computer working.

I worked part-time at New Balance in Carle Place during my sophomore year at NYIT. On the sales floor I handled product stocking, organization, and merchandising to keep the store at brand standards. At the register I processed transactions and answered customer questions about footwear.

Helping customers find the right shoe meant listening to what they needed and matching it to the product line. It was a year of balancing shifts with a full engineering course load.

Right after high school I worked the counter at Island Poke Sushi Co. in Garden City. I was the cashier and customer service contact for 100+ customers per shift, and I ran the digital point-of-sale system for payments and handled register close-out.

Peak rushes meant keeping service fast and orders accurate in a high-volume food environment. It was my first customer-facing job, and it taught me to stay calm and precise when the line is out the door.