Lucas Hartmann
About Lucas Hartmann
Lucas Hartmann serves as the Chief Engineer for Project Atlas at Navistar Inc, where he focuses on engineering efficiency and automation. He advocates for technology as a means to improve the world and values collaboration and learning in his work.
Work at Navistar
Lucas Hartmann has been serving as the Chief Engineer for Project Atlas at Navistar Inc since 2012. His role involves overseeing engineering projects that focus on innovative solutions in the transportation sector. Based in Lisle, IL, he has contributed to the development of technology-driven initiatives aimed at enhancing vehicle efficiency and performance. His leadership in Project Atlas emphasizes the integration of advanced engineering practices and collaborative efforts within the team.
Education and Expertise
Lucas Hartmann earned a Bachelor of Science degree in Mechanical Engineering and Management from the Illinois Institute of Technology (IIT), where he studied from 2002 to 2006. His educational background provides a strong foundation in engineering principles, which he applies in his current role. He has a keen interest in engineering efficiency, automation, and data-driven solutions, which informs his approach to project management and engineering practices.
Background
Before joining Navistar, Lucas Hartmann worked as a Design Engineer at Molex from 2007 to 2012. In this role, he focused on industrial connectors, gaining valuable experience in product design and development. His transition from Molex to Navistar marked a shift towards larger-scale engineering projects, where he continues to advocate for technology as a means to improve the world.
Achievements
Throughout his career, Lucas Hartmann has shown a strong commitment to collaboration and learning, believing in the value of people as essential resources in engineering projects. He aspires to incorporate deep learning techniques into his work, reflecting his dedication to staying at the forefront of technological advancements. Additionally, he has a strong interest in 3D printing and is focused on its potential to achieve cost parity with traditional manufacturing methods, such as injection molding.