Jayna Wittenbrink
About Jayna Wittenbrink
Jayna Wittenbrink is a robotics engineer with a BS/MS in Mechanical Engineering, known for her extensive experience in manufacturing automation across various industries and her involvement in competitive Battlebots.
Jayna Wittenbrink Robotics Engineer
Jayna Wittenbrink holds a distinguished role as a Robotics Engineer. She combines technical knowledge with hands-on experience in various aspects of robotics, including machining, fabrication, and the development of automated machinery. Her involvement spans across industries such as medical devices, electronics, consumer products, and automotive. Her practical skills and innovative approach make her a crucial asset in the field of robotics engineering.
Jayna Wittenbrink Education and Expertise
Jayna Wittenbrink has a strong educational foundation with both a Bachelor of Science and a Master of Science in Mechanical Engineering. This academic background supports her extensive hands-on experience in robotics and related domains. Her expertise is evident in her ability to handle the intricacies of machining and fabrication while developing automated machinery. Jayna's educational qualifications and practical experience underscore her proficiency in mechanical and robotics engineering.
Jayna Wittenbrink Achievements
Jayna Wittenbrink's achievements in the field of robotics are noteworthy. She holds 30 US patents, reflecting her innovative contributions to the industry. Her work on manufacturing automation has impacted various sectors, including medical devices, electronics, consumer products, and automotive industries. Additionally, her involvement in competitive Battlebots showcases her hands-on skills and creative engineering solutions.
Jayna Wittenbrink Background
Jayna Wittenbrink has a comprehensive background in robotics engineering, characterized by extensive experience in machining and fabrication. She has played a pivotal role in developing automated machinery for diverse industries. Jayna has been part of an engineering team that is revolutionizing drug therapy manufacturing through the use of robots, demonstrating her capability to drive transformative innovation in critical fields.