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Justin Storms
Software/Robotics at Refraction AI
Professional Background
Justin Storms is a distinguished leader in the field of robotics, currently serving as the Director of Software Engineering at Refraction AI. With a strong background in mechanical engineering and over a decade of experience in the robotics domain, Justin has spearheaded innovative projects that are shaping the future of autonomous delivery solutions. Under his guidance, the team at Refraction AI has successfully developed a bicycle-sized autonomous platform specifically designed for efficient food delivery, demonstrating the potential of robotics in everyday logistics. Explore more about this cutting-edge technology by visiting the official Refraction AI website at www.refraction.ai.
Prior to his current role, Justin held a pivotal position at Pratt & Miller Engineering as a Controls Engineer, where he focused on unmanned ground vehicles. His unique expertise in this area has allowed him to tackle complex challenges related to teleoperation, mobility controls, and obstacle detection and avoidance, making significant contributions to the advancement of autonomous systems. Justin's career also includes valuable experiences as a PhD student at the University of Michigan, where he refined his skills in human-machine interface design and optimization.
Education and Achievements
Justin's academic journey has been marked by a commitment to understanding and advancing mechanical engineering principles. He earned his PhD in Mechanical Engineering from the prestigious University of Michigan, where he also completed his Master of Science in Engineering (MSE). This solid educational foundation, grounded in rigorous research and practical applications, has been instrumental in shaping Justin’s innovative mindset and problem-solving abilities.
Earlier in his academic career, Justin obtained his Bachelor of Science in Mechanical Engineering from the State University of New York at Buffalo, a program known for its comprehensive curriculum that prepares students for the dynamic field of engineering. His educational accomplishments laid the groundwork for his future endeavors and equipped him with the technical skills needed to excel in the highly competitive robotics industry.
Notable Contributions and Impact
With a robust focus on programming and engineering principles, Justin's work encompasses a range of critical areas including:
- Teleoperation: Developing systems that allow remote control of vehicles and robots, maximizing operational efficiency and safety.
- Mobility Controls: Innovating solutions that enhance the movement capabilities of autonomous systems, ensuring smooth navigation in various environments.
- Planning: Engineering algorithms that enable autonomous platforms to make intelligent decisions and operate effectively in real time.
- Obstacle Detection and Avoidance: Pioneering technologies that allow robots to sense their surroundings and navigate safely, minimizing risks and ensuring reliability.
- Human-Machine Interface: Improving the interaction between humans and robots, making it easier for users to engage with and control autonomous systems.
Through these contributions, Justin not only helps advance technology but also paves the way for more significant advancements in the robotics field as a whole.
Achievements
- Successfully led the development of an innovative autonomous delivery platform at Refraction AI.
- Contributed to research and development in unmanned ground vehicles at Pratt & Miller Engineering.
- Developed a comprehensive understanding of mechanical engineering principles through formal education and hands-on experience.
- Actively engaged in projects that improve human-machine interactions and robotic functionalities, influencing the future of robotics.