James Blatcher
About James Blatcher
James Blatcher is an R&D Mechanical Engineering Co-op at Form Energy, Inc. and serves as the Robot Dog Chief Mechanical Engineer at the Northeastern Robotics Club, with a strong focus on additive manufacturing and CNC machining in robotics and automotive applications.
Work at Form Energy
James Blatcher serves as an R&D Mechanical Engineering Co-op at Form Energy, Inc. since 2022. In this role, he supports subscale cell development and production, contributing to the company's efforts in energy storage solutions. His work is based in Somerville, Massachusetts, where he applies his mechanical engineering skills to advance the company's innovative projects.
Current Role at Northeastern Robotics Club
Since 2021, James has been the Chief Mechanical Engineer for the Northeastern Robotics Club, focusing on the development and engineering of robotic systems. His leadership role involves overseeing mechanical design and integration, particularly for the club's Robot Dog project. This position allows him to engage with peers in Boston, Massachusetts, while applying his engineering knowledge in a practical setting.
Previous Experience at OPEX Corporation
James Blatcher worked as a Manufacturing Intern at OPEX Corporation in 2019 for two months. During this internship in Moorestown, New Jersey, he gained hands-on experience in manufacturing processes, which contributed to his understanding of the industry and enhanced his practical skills in mechanical engineering.
Education and Expertise
James is pursuing a Bachelor's degree in Mechanical Engineering at Northeastern University, with an expected graduation in 2024. His studies encompass various aspects of mechanical engineering, and he has developed a passion for additive manufacturing and CNC machining, particularly in robotics and automotive applications. This academic background supports his practical experiences in engineering roles.
Role at Northeastern Electric Racing
In addition to his other roles, James has been the Mechanical Project Lead for Northeastern Electric Racing since 2020. In this capacity, he leads mechanical design efforts for the team's electric racing vehicle, collaborating with fellow students to tackle engineering challenges and enhance vehicle performance. His involvement in this project highlights his commitment to applying engineering principles in competitive environments.