Senior Packaging Development Engineer

Are you passionate about pushing the boundaries of optical package design?

We're seeking a talented and driven Packaging Development Engineer to lead the development of next-generation packaging solutions.

In this role, you'll be at the forefront of innovation, collaborating with cross-functional teams to optimize electrical assembly and RF signal efficiency and ensure seamless transition to mass production.

If you're eager to own the design and development of flip chip, fan out, semiconductor dicing, and reflow processes, while staying abreast of cutting-edge technologies, we encourage you to apply!

• Lead next generation Silicon Photonics package design in collaboration with cross-functional teams, stakeholders and vendors to ensure package requirements are met.
• Own all the development of all the advanced packaging activities and designs: flip chip, reflow, fanout, thermo-compression bonding, underfill, hot bar soldering, wirebonding, etc…
• Optimize the assembly of electrical and optical engines and apply Design for Manufacturing principles to meet production volumes and cost targets.
• Survey advanced SiPh packaging solutions, materials and vendors to stay current with new technological advancements.
• Own and maintain the process and the manufacturing documentation, along with Bill of Materials for new products.
• Drive package debug activities during product validation and qualification.
• Support the development activities at our Contract Manufacturers, both remotely and on-site to ensure a smooth transition to mass production.

You have:

• 5-8 years of experience in high-speed electronics and Silicon Photonics package design.
• Experience with flip chip, fanout, thermo-compression bonding, underfill, hot bar soldering, wirebonding, die attach.
• Experience in microelectronics, optoelectronics packaging design and assembly.
• Knowledgeable in packaging technologies and processes, with glass/ceramic/metal material properties and multilayer materials interfaces after bonding.