Overview
As an ambitious and dedicated mechatronics engineering student, I had the opportunity to intern at Skygauge Robotics, a renowned industrial drone company specializing in ultrasound-based tank thickness measurements. During my internship, I actively contributed to the design, testing, and production of high-performance drones that have revolutionized the inspection process for various industries.
Key Contributions and Achievements
Design and Testing of High-Performance Drone Components
- Supported the design and construction of mechanical test equipment, ensuring the development of reliable drone components that perform exceptionally even in challenging environments.
- Created detailed drawings, built prototypes, and conducted comprehensive testing to validate the performance and durability of drone components.
- Implemented advanced testing equipment and protocols, guaranteeing that all components and systems met rigorous performance and safety standards.
Quality Assurance and Repair
- Conducted over 30 in-house tests and repairs on subsystems and full drones, utilizing advanced testing equipment and protocols.
- Developed efficient troubleshooting strategies to diagnose and resolve technical issues promptly, resulting in improved functionality and reliability of the drones.
- Reduced repair time by 30%, saving the company $10,000 annually, by collaborating closely with the engineering team to troubleshoot and repair faulty drone components.
Research and Development
- Conducted extensive industry research and market analysis, identifying emerging trends and opportunities for innovation.
- Investigated new R&D concepts and ideas to drive the development of cutting-edge drone technologies.
- Contributed to the company's intellectual capital by providing valuable insights and recommendations based on market analysis and technological advancements.
Drone Testing and Performance Enhancement
- Designed and implemented comprehensive test protocols for indoor and outdoor drone testing.
- Performed data analysis and identified areas for improvement, leading to enhanced drone performance, reliability, and safety.
- Actively participated in refining drone components and systems, ensuring improved performance, reliability, and safety.
Efficient Manufacturing and Process Improvement
- Assembled 10 drones following detailed technical specifications, employing specialized tools and equipment.
- Conducted comprehensive quality checks to ensure that all drones met rigorous performance, reliability, and safety standards.
- Identified inefficiencies in production processes through data analysis, resulting in the implementation of lean manufacturing practices.
- Achieved a 15% reduction in production costs and a remarkable 3-week reduction in production time, enhancing overall operational efficiency.