Alex Arbogast
About Alex Arbogast
Alex Arbogast is a Mechanical Engineer at Oak Ridge National Laboratory, where he has worked since 2020, focusing on large-scale metal additive manufacturing and Directed Energy Deposition research. He holds a degree in Mechanical Engineering from the University of Tennessee, Knoxville, where he studied from 2016 to 2020.
Work at Oak Ridge National Laboratory
Alex Arbogast has been employed as a Mechanical Engineer at Oak Ridge National Laboratory since 2020. In this role, he contributes to advancements in large-scale metal additive manufacturing. His work is centered at the Manufacturing Demonstration Facility, where he focuses on robotics, controls, and automation. Arbogast is actively engaged in Directed Energy Deposition research, which is a key area of his responsibilities. His experience at Oak Ridge National Laboratory allows him to apply his knowledge and skills in a cutting-edge research environment.
Education and Expertise
Alex Arbogast studied Mechanical Engineering at the University of Tennessee, Knoxville, from 2016 to 2020. He completed his degree during this four-year period, equipping him with a solid foundation in mechanical engineering principles. His educational background supports his current focus on additive manufacturing technologies and his work in advanced manufacturing processes at Oak Ridge National Laboratory.
Background
Before his current position, Alex Arbogast interned at Oak Ridge National Laboratory from 2018 to 2020. This two-year internship provided him with practical experience in the field of mechanical engineering and allowed him to develop skills relevant to his current role. His transition from intern to a full-time Mechanical Engineer demonstrates his commitment to the field and his ability to contribute to significant research initiatives.
Research Focus
In his role at Oak Ridge National Laboratory, Alex Arbogast has a primary focus on additive manufacturing technologies. His involvement in Directed Energy Deposition research highlights his commitment to exploring innovative manufacturing methods. This research is essential for advancing the capabilities of large-scale metal additive manufacturing, which has implications for various industries, including aerospace and automotive.