SiLC is seeking a Senior Mechanical-Thermal Engineer with extensive industry experience in photonics packaging and electronic-photonic product design. This pivotal role encompasses the design, simulation, manufacturing, and assembly of comprehensive mechanical and thermal solutions for our cutting-edge electronic-photonic products.
Responsibilities:
Translate product requirements to mechanical and thermal specifications of its packaging.
Develop innovative design concepts with optimal form factors and power dissipation.
Design a comprehensive solution, overseeing manufacturing and assembly processes.
Conduct simulations to validate thermal and mechanical (shock and vibration) performance.
Choose materials for enclosure, epoxies, thermal interface materials (TIM), etc., ensuring they meet product specifications and guarantee durability.
Select appropriate photonic and electronic interfaces (connectors, windows) based on the specifications.
Establish a test plan to ensure the final implementation meets all requirements.
Collaborate with manufacturing partners to transition from prototype to mass production.
Qualifications:
M.Sc. or PhD in mechanical engineering or related field
5+ years industry experience
3+ years of product design experience
Proficient in Solidworks
Familiar with Ansys Icepak and equivalent thermal simulation tools
Comfortable with Ansys Sherlock, Ansys Mechanical, and equivalent simulation tools
Prior experience with thermal management of optoelectronic components
Background in analyzing dynamic thermal behavior of a system and its impact on stress profiles across material interfaces
About SiLC
Join us at our cutting-edge 4D vision sensor company based in Monrovia, CA, where we're revolutionizing the field of machine vision! Leveraging the power of FMCW lidar and coherent optical detection, we specialize in generating high-resolution 3D point clouds that transcend traditional distance measurement. Our innovative lidar sensors uncover a wealth of new dimensions, paving the way for enhanced performance in modern machine vision algorithms. Be part of our exciting journey as we redefine what's possible in machine vision technology!