Staff Mechanical Simulation Engineer

Molex possesses a rich heritage in the optical industry. We provide the highest performing and field-proven wavelength management solutions from components, modules to integrated line-cards. Continuous innovation in passive component function integration, miniaturization, and manufacturing automation, cutting edge WSS and amplification technology and comprehensive optical, mechanical, electrical and software design capabilities enable us to serve the needs of high-density, high-bandwidth, and flexible optical networks of telecom, datacom, hyperscale datacenter and supercomputing.

• Do thermal mechanical simulation to support multiple product development in either module or component level. The simulation includes predictions of temperature and airflow distributions as well as thus induced thermal stress and deformation and provide guidelines for optimization of product designs to meet spec and avoid any reliability issues in terms of temperature, deformation, stress, humidity, electrical force, etc.
• Do static structural simulation to analyze deformation and stress induced by either external forces or environmental temperature changes to guide product design and pass all tests.
• Do other simulations such as seam seal, laser welding, soldering, fatigue, MEMS chip's mechanical performance simulation, opto-mechanical integrated simulation by working together with optical simulation engineers, etc.
• Work with mechanical and electrical design engineers to modify and optimize mechanical layout and electrical PCB layout designs as well as choose proper materials (metal, non-mental, ceramic, glass, epoxy, etc.), fans, power supply, heatsink/TEC, thermal pad/gel, etc. to control temperature and minimize deformation and stress to meet the spec and manufacture requirements.
• Work with reliability engineers to design various reliability tests, verify the reliability performance of product, and pass test for product delivery.
• Help develop new simulation capabilities requested from product developments to solve the issues and problems newly encountered in production.

• Master or Ph.D. degree in mechanical engineering or related technical fields or discipline with strong analytical capabilities.
• Solid fundamentals in heat transfer and fluid mechanics. Knowledge of dynamics and solid mechanics is a plus.
• At least 5 years working experience in telecommunication industry or other related industries or institutes with at least 3 years experience in simulation and modeling.
• Proficient in using ANSYS Mechanics, Icepak, Solidworks or SpaceClaim, etc.
• Familiar to mechanical design and be able to create and read 2D/3D model and drawing.
• Eager to learn and have strong ability to develop new methodologies for solving the problems.
• Good verbal and written communication skills. Good team player to work with cross-discipline teams.
• Good skills in analysis, creating simulation reports, and model documentation.