Tim Keck

Q: What is Tim Keck email address?

Email Tim Keck at tim.keck@parker.com. This email is the most updated Tim Keck email found in 2026.

Q: How to contact Tim Keck?

To contact Tim Keck send an email to tim.keck@parker.com. If you want to call Tim Keck try calling on +16509676901. (updated on October 30, 2024)

Senior Principal Engineer - Electric Machinery at Parker Hannifin | Portage, Michigan, United States

About Tim Keck

Tim Keck serves as a Senior Principal Engineer in Electric Machinery at Parker Hannifin, where he leverages his extensive expertise in electric machinery design to drive innovation and efficiency in motor technology. With a strong focus on induction motors and brushless DC motors, Tim is at the forefront of developing advanced motor systems that meet the evolving demands of various industries, including automotive, aerospace, and renewable energy. His deep understanding of torque performance, equivalent circuits, and optimization techniques allows him to create robust designs that enhance performance while minimizing energy consumption.

Currently, Tim is leading key projects that involve the design and analysis of electric propulsion systems, where he applies his knowledge of stator winding and rotor bar design to improve motor efficiency and reliability. His work in harmonic analysis is crucial for ensuring that the motors operate smoothly across a range of conditions, thereby reducing noise and vibration—critical factors in vehicle and locomotive applications.

In addition to his engineering responsibilities, Tim is passionate about education and knowledge sharing. He enjoys teaching and studying the history of electric machinery, which not only enriches his understanding of current technologies but also inspires the next generation of engineers. His analytical skills and hands-on experience make him a valuable mentor, guiding colleagues and students alike in the complexities of electric machinery design. Through his contributions at Parker Hannifin, Tim continues to shape the future of electric motor technology, driving advancements that support sustainable and efficient energy solutions.

Tim Keck Work