Keith Crowe

Q: What is Keith Crowe email address?

Email Keith Crowe at cromagnon77@yahoo.com and kcrowe@irobot.com. This email is the most updated Keith Crowe email found in 2026.

Q: How to contact Keith Crowe?

To contact Keith Crowe send an email to cromagnon77@yahoo.com or kcrowe@irobot.com. (updated on October 24, 2024)

Principal Mechanical Engineer at iRobot | Greater Boston

About Keith Crowe

Keith Crowe serves as a Principal Mechanical Engineer at iRobot, where he leverages his extensive expertise in computer modeling and simulation to enhance the design engineering function across various product platforms. With a robust background in Finite Element Analysis (FEA), Keith specializes in non-linear structural mechanics, heat transfer, fluid dynamics (CFD), and electromagnetic analysis (CEM). His role is pivotal in providing advanced engineering analysis support, ensuring that design teams have access to validated insights that drive product innovation and reliability.

Currently, Keith is involved in several key projects that push the boundaries of robotic technology. He utilizes his skills in nonlinear structural FEA to evaluate and optimize the mechanical integrity of iRobot's products, ensuring they can withstand real-world conditions. His proficiency in computational heat transfer and fluid dynamics plays a critical role in enhancing the thermal management and performance of robotic systems, while his expertise in frequency domain dynamics and explicit time domain dynamics allows for a comprehensive understanding of product behavior under various operational scenarios.

In addition to his technical skills, including SolidWorks, ANSYS, and MSC.Patran, Keith is adept at conducting Failure Mode and Effects Analysis (FMEA) to identify potential failure points early in the design process. His collaborative approach as a multi-disciplinary team member fosters a culture of innovation and excellence, making him an invaluable asset to iRobot. Through his commitment to leveraging advanced simulations and analysis techniques, Keith continues to contribute significantly to the development of cutting-edge robotic solutions that enhance everyday life.

Keith Crowe Work