TEAM MISSION

The Product Integration Engineering team is dedicated to maturing our core technology platforms and refining our Process Design Kit (PDK). We are committed to refining our technology and enhancing our methodologies to enable rapid, efficient adaptations in our manufacturing landscape. This approach ensures we can swiftly turn customer designs into manufactured realities without sacrificing quality.

JOB REQUIREMENTS

• PhD in InP Photonics is preferred; Master’s or PhD in Physics, Electrical Engineering, Materials Science, Photonics, or equivalent work experience.
• Must have hands on experience with photonic devices on the following:
• device design,
• device measurements/characterization,
• data analysis with scripting (for example Python or MATLAB).
• Understanding of PDK development, compact modelling, design rules, and DRC fundamentals.
• Preferably experience in a semiconductor foundry, well-known photonics research facility or similar high tech photonics-oriented environment.
• Experience with building block or circuit simulations is a strong plus.
• Experience with statistical analysis, SPC, DOE, and data visualization tools (for example Minitab, JMP, Spotfire) is a big plus.
• Strong communication skills, stakeholder management, and a pragmatic, results oriented approach
• Ability to work effectively in cross-functional teams and communicate complex findings clearly
  or

ROLE SUMMARY

As a Device Integration Engineer (Product Integration focus), you’ll ensure customers can effectively build products using the platform and Process Design Kit (PDK). You’ll lead cross-functional projects to improve platform capabilities, focusing on the performance of building blocks and reference circuits. Key responsibilities include linking test data to industrialization efforts and ensuring customer designs are manufacturable and deliver predictable performance. Your expertise in photonic device/circuit design, simulation, measurement, and data analysis will be essential.

KEY RESPONSIBILITIES

• Develop in-depth expertise in our technology platform and PDK capabilities.
• Lead cross‑functional projects that raise platform performance and manufacturability; deliver clear documentation and change management.
• Assist yield engineers and process engineers in yield ramp up.
• Guide test engineers on setting up the correct measurements, analyse device and circuit data, and provide feedback to improve platform performance.
• Correlate device characterization, inline metrology, PCM, and end test results.
• Interface with Mask Design and PDK teams to ensure high‑quality tape‑outs and efficient design cycles. Ensure customer designs are manufacturable and scalable.
• Support the integration of simulation results with measured performance to refine PDK models.
• Act as a key contact for technical discussions with customers regarding device capabilities and performance.
• Support failure analysis and structured problem solving (8D) for excursions and customer issues.