Lead and support mechanical design for automated equipment and ATE systems, from concept design to manufacturing.
Drive R&D activities involving thermal management, burn-in systems, high-temperature test solutions, and test sockets. Provide technical guidance in precision mechanics, structural design, material selection, and thermal performance.
Contribute innovative and practical solutions to improve reliability, manufacturability, and testing capability of new machines.
Responsibilities
Work with R&D, Electrical, Software, and Marketing teams to define specifications for new automation machines, burn-in systems, X-ray equipment, and AOI systems.
Design machine modules such as thermal assemblies, cooling/heating systems, sockets/fixtures, machine frames, and precision motion elements.
Design and validate mechanical components for X-ray machines, including shielding structures, sample stages, and vibration-sensitive modules.
Support AOI machine development, including camera mounting structures, lighting systems, optical pathways, and stable mechanical platforms.
Conduct FEA/CFD simulations to evaluate thermal performance, structural strength, vibration, and airflow.
Build prototypes (mechanical enclosures, thermal modules, test jigs) and perform testing, measurement, and validation.
Participate in system integration, debugging, and engineering build of new machines.
Identify technical risks early and propose corrective actions or design improvements.
Mentor and guide junior engineers (for senior/manager levels).
Collaborate with suppliers for fabrication, material selection, and component sourcing.
Qualifications
Degree in Mechanical/Mechatronics Engineering or relevant field.
Required Skills
Experience in mechanical design for automation, equipment, or precision mechanisms.
Exposure or interest in any of the following areas is a strong advantage:
