San Jose, California, United States
Technology, troubleshooting, and hands-on hardware work have been genuine passions of mine for years. I’ve spent countless hours building computers, diagnosing hardware failures, repairing systems, and learning how complex technical systems operate from the ground up. Currently, I work in robotics manufacturing at a startup company building VR data-collection gloves involving precision assembly, PCB-integrated components, sensors, cameras, and electro-mechanical systems. Working in a startup environment has strengthened my adaptability, problem-solving abilities, and ability to perform under constantly evolving production demands and technical challenges. Alongside my robotics experience, I also have a background in aviation ground operations where I worked in high-pressure environments supporting ramp operations, equipment inspections, fueling systems, and operational logistics while regularly handling long shifts and fast-paced workloads. Over the years, I’ve also independently built and commissioned 50+ custom desktop systems while troubleshooting complex hardware and software issues for clients. I genuinely enjoy diagnosing problems, learning new systems, and helping improve efficiency and reliability in technical environments. Core strengths include: • Electro-mechanical assembly • Computer hardware diagnostics & repair • PCB troubleshooting & soldering • Robotics manufacturing • VR hardware integration • Precision assembly & quality control • Electrical diagnostics • Technical troubleshooting • Adaptability in fast-paced environments • Production & manufacturing operations I’m currently seeking opportunities where I can continue growing my technical skillset within robotics, hardware repair, manufacturing, medical technology, or electro-mechanical environments.
Assemble electro-mechanical robotic glove systems using PCB-integrated and precision-manufactured components Diagnose and repair wiring, PCB, ESD, and hardware failures to improve system reliability Build and configure VR headset hub systems for sensor and image relay operations Improved production output while reducing reworks through workflow optimization Adapt daily to changing production requirements, engineering requests, and manufacturing shortages within a startup environment
Assembled precision drone electronics using microscope-assisted micro-assembly techniques Diagnosed wiring, circuit, and component-related electrical failures Installed onboard GPU computing systems for robotics integration Maintained quality control standards using ESD-safe manufacturing procedures Worked across multiple production stations in high-volume robotics manufacturing
Pre-Shift Inspection & Briefing: Begin the shift with safety briefings, equipment checks (fuel trucks, hoses, meters), and reviewing assigned gates and flight schedules. Fuel Order Confirmation: Receive fuel loads and assignments via radio or handheld device, confirming the type and quantity of fuel required for each aircraft. Positioning & Safety Setup: Drive fuel truck to the assigned aircraft gate, park according to ramp safety rules, and perform a visual inspection of the aircraft fueling panel. Grounding & Hookup: Connect static grounding cables to prevent sparks, attach fueling hoses to the aircraft fueling point, and begin fueling based on precise load instructions. Communication & Monitoring: Coordinate with flight crew or ramp agents to ensure proper fuel load, monitor gauges to avoid overfilling or fuel imbalance, and remain alert for leaks or system issues. Shutdown & Disconnection: Once fueling is complete, safely shut off valves, disconnect hoses and grounding wires, and confirm fuel quantity with the crew or log system. Post-Fuel Documentation: Record fueling data (flight number, gallons, time, fuel type) in digital or manual logs for regulatory and company records. Repeat & Refuel Truck: Head to the next gate or return to the fuel farm to refill truck tanks, often completing 10–20 turns depending on airport traffic.