Principal Engineer, Structural Integrity of Metallic Systems, Structur…
Kairos Power- Full Time
- Senior (5 to 8 years)
Candidates must possess a Bachelor of Science degree in Mechanical Engineering and a minimum of 10 years of experience in consumer electronics, Industrial IoT, or related industries, with a specialization in Mechanical/ID and thermal design optimization. Furthermore, they should have at least 5 years of experience designing advanced thermal systems for integrated hardware products, demonstrating expertise in thermal management design elements such as TIM, spreaders, heat sinks, vapor chambers, heat pipes, and fans. Proficiency in thermal testing, including sensor selection, data acquisition, and post-processing, along with experience creating FEA-CFD models and conducting full thermal system simulations and analyses using tools like ANSYS-Icepak and Flotherm, is required. Familiarity with designing for ARM-based processor systems (e.g., Qualcomm, Ambarella, Nvidia) and hands-on experience with airflow and temperature measurement in a lab environment is also necessary.
As a Senior Staff Mechanical Engineer, Thermal Science at Flock Safety, the individual will play a key role in defining product architecture for advanced drone technology, influencing decisions across Mechanical, Electrical, and Performance domains. They will be responsible for designing and executing thermal tests, utilizing 3D CAD tools, and communicating complex technical content effectively. The role involves contributing to initiatives aimed at advancing the drone market and providing tangible benefits to communities, while also collaborating with cross-functional engineering teams and participating in a results-oriented culture with a 90-day plan for onboarding and performance.
License plate reader cameras for crime prevention
Flock Safety provides a system aimed at enhancing public safety through crime prevention while ensuring privacy and reducing bias. The main product is a network of license plate reader cameras that capture essential vehicle information, which helps in solving crimes. These cameras utilize machine learning technology to ensure that the data collected is objective and ethically used. Flock Safety serves a variety of clients, including neighborhoods, businesses, and law enforcement agencies in over 1,000 cities. The company operates on a subscription model, where clients pay for the installation, maintenance, and access to data and analytics. This approach not only generates a steady revenue stream but also allows clients to benefit from ongoing updates and support. Flock Safety's goal is to create safer communities by providing effective crime prevention tools that respect individual privacy and foster trust between the public and law enforcement.