About the role
AI summarisedDesign mechanical, thermal, and packaging integration for high-speed fiber optic design prototypes and sustaining products within a cross-functional team at Marvell.
FablessOnsite
Key Responsibilities
- Design mechanical, thermal, and packaging integration for fiber optic transceiver design assembly prototypes and sustaining products.
- Create detailed mechanical designs, 3D models, and 2D drawings using Solidworks, Pro-E, and/or Autocad.
- Develop and model thermal design solutions for component and assembly level cooling of thermally sensitive optoelectronic devices.
- Coordinate substrate design, collaborating with engineering teams and vendors for layout, simulations, and prototypes.
- Support die packaging processes such as Flip Chip attach and Ball Grid Array attach.
- Design tooling fixtures, fan shrouds, cooling shrouds, and heat sink fixtures for prototype design verification testing (DVT).
- Coordinate with Contract Manufacturers on optoelectronic assembly processes, drafting build request documents, and validating process steps.
- Conduct thorough engineering analysis, simulations, and tests to validate and optimize designs for performance, reliability, and manufacturability.
- Conduct mechanical design reviews, DFM, and DFA. Collaborate with reliability teams on product improvement and DFMEA.
Requirements
- Bachelor's degree in mechanical engineering
- 5+ years of related professional experience in Opto-Mechanical field
- Minimum of 3 years of hands-on mechanical design experience, preferably in optical transceiver design
- Proficiency in 3D modeling tools: Solidworks, EPDM, Circuitworks, Visualization
- Expertise in thermal analysis tools: FloTHERM, Solidworks Simulation, ANSYS
- Extensive experience with layout tools: Klayout (DXF, GDS), Allegro PCB viewer
- Experience with die packaging processes
- Strong analytical skills for engineering analysis and simulations
- Familiarity with optical fiber and fiber coupling
- Knowledge of industry standards for optoelectronic design and reliability