All Experience

UAV · Industrial Robotics

Skygauge Robotics

Product Engineering Intern

Industrial drone company specializing in ultrasound-based tank thickness measurements. I contributed to the design, testing, and production of high-performance UAVs that revolutionized industrial inspection.

UAV Design Mechanical Testing Prototyping Quality Assurance Manufacturing
30+ In-house tests & repairs
30% Repair time reduction
$10K Annual savings delivered
15% Production cost reduction

Overview

As an ambitious mechatronics engineering student, I interned at Skygauge Robotics — a renowned industrial drone company specializing in ultrasound-based tank thickness measurements. I actively contributed to the design, testing, and production of high-performance drones that revolutionized inspection processes across multiple industries.

Design & Testing

  • Supported design and construction of mechanical test equipment for reliable drone components that perform in challenging environments
  • Created detailed drawings, built prototypes, and conducted comprehensive testing to validate performance and durability
  • Implemented advanced testing equipment and protocols, ensuring all components met rigorous performance and safety standards

Quality Assurance & Repair

  • Conducted over 30 in-house tests and repairs on subsystems and full drones
  • Developed efficient troubleshooting strategies, improving overall functionality and reliability
  • Reduced repair time by 30%, saving the company $10,000 annually

Research & Development

  • Conducted industry research and market analysis, identifying emerging trends and innovation opportunities
  • Investigated new R&D concepts to drive development of cutting-edge drone technologies
  • Contributed insights and recommendations based on market analysis and technological advancements

Manufacturing & Process Improvement

  • Assembled 10 drones following detailed technical specifications using specialized tools
  • Conducted comprehensive quality checks ensuring all drones met performance, reliability, and safety standards
  • Identified inefficiencies through data analysis, implementing lean manufacturing practices
  • Achieved a 15% reduction in production costs and a 3-week reduction in production time