PJV← Home

Experience

Selected experienceClick any entry to explore
01Robotics ResearchStanford Biomimetics and Dexterous Manipulation Lab
Research Assistant
Designing robotic hand mechanisms for OceanOne, an autonomous underwater humanoid robot.2026—Present
  • Designing and prototyping articulated robotic hand mechanisms for underwater manipulation.
  • Developing CAD assemblies for motor-driven fingers and palm structures.
  • Supporting fabrication, manufacturing, iterative testing, and mechanism refinement.
RoboticsCADPrototyping
02Impact LabsStanford Social Entrepreneurial Student Association
ImpactLabs Lead
Leading an entrepreneurship sprint that helps first-year students move from needfinding to a tested pitch.2024—Present
  • Organizing the program across needfinding, fundraising, prototyping, and pitching phases.
  • Leading recruitment, professional outreach, and participant mentorship.
  • Helping students translate an early social-impact idea into a grounded entrepreneurial concept.
  • Contributed to SENSA consulting work evaluating AI implementation risks and green agrochemical market opportunities.
LeadershipNeedfindingMentorship
03Robotics for the EnvironmentFendorf Lab
Research Assistant
Redesigning SmokeCast, a vehicle-mounted environmental sensing device used to collect real-time fire weather and smoke data.2026—Present
  • Developing the 2027 redesign around GPS tracking, live cloud backup, remote control, weather sensing, and smoke-science instrumentation.
  • Designing the electronics packaging and durable ASA enclosure for rapid installation, removal, and field use on fire vehicles.
  • Building on a system that ran for 880 hours across 71 deployment days and 8,220 miles during the 2026 fire season.
Environmental RoboticsCADField Instrumentation
04Plasma Reactor ResearchANEE Lab · EcoRAMP
Research Assistant
Studying the performance and real-world scalability of plasma reactor technology.2026—Present
  • Evaluating plasma reactor performance, energy use, operating costs, and scalability.
  • Combining techno-economic analysis with hands-on experiments and experimental data collection.
  • Connecting laboratory performance with practical implementation constraints.
ResearchExperimentationAnalysis
05Clubs + ExtracurricularsStanford Space Initiative · Stanford R&DE
Mars Polar Rover · Rockets · Zero Waste
Extending my technical interests through space systems, hands-on fabrication, and campus sustainability work.2025—Present

SSI

  • Led wheel and drivetrain design decisions, prototyping, and manufacturing for a rover intended to cross Antarctica.
  • Designed and manufactured a personal rocket and successfully launched it to 2,400 feet.

R&DE Waste Internship

  • Analyzed operational data and conducted campus waste audits to support waste reduction and diversion.

LSJUMB - Stanford Marching Band

Stanford Run Club

Space SystemsFabricationSustainability

Skills + Tools

Fusion 3603D printingLaser cuttingWoodworkingPython + ArduinoCircuitsPrototype testingTechno-economic analysisFigmaNeedfinding