Senior Integrated Photonics Packaging Engineer; m​/f​/d

The future of AI computing is light, not electrons.
As Senior Integrated Photonics Packaging Engineer, you will sit at the very heart of Q.ANT's photonic hardware R&D. You will research, develop, and demonstrate novel electrical and optical packaging concepts that bring our photonic integrated circuits (PICs) to their full performance potential. Rather than managing external suppliers to deliver off-the-shelf solutions, you will own the hands-on development of packaging architectures end-to-end - from first-principles design through prototyping, benchtop characterization, and validation.

By bridging optical, electrical, and thermal domains, you will directly shape the performance, integrability, and scalability of our PIC-based systems.
At Q.ANT, we are building photonic processing systems that compute with light - delivering a scalable, energy-efficient alternative to transistor-based architectures for next-generation AI and high-performance computing.

Your Impact & Responsibilities

• Drive Packaging Innovation:
  Conceive, build, and experimentally validate novel packaging prototypes and assembly methods for the co-integration of PICs with light sources, photodetectors, and high-speed analog electronics.
• Lead Work streams End-to-End:
  Lead packaging R&D work streams from concept definition and experiment design to hands-on benchtop testing and documented knowledge transfer.
• Solve First-Principles Engineering Challenges:
  Define packaging requirements and solve complex optical coupling, RF/microwave signal integrity, and thermal management challenges from a first-principles understanding.
• Develop Coupling Schemes:
  Design, build, and measure advanced optical coupling schemes (e.g., edge coupling, grating coupling, lensed fiber,
  micro-lens arrays).
• Cross-Functional Collaboration:
  
  Partner closely with PIC designers, systems engineers, and electronics teams to ensure packaging architectures are co-designed with device- and system-level constraints in mind.
• Build Institutional Knowledge:
  Document process recipes, assembly procedures, design rules, and tolerance budgets to enable manufacturability assessments, repeatability, and IP generation.
• Technical Supplier Alignment:
  Coordinate with external partners and suppliers for specialized materials or fabrication capabilities as the technical lead who specifies and validates rather than manages delivery.
• Mentorship & Leadership:
  Mentor junior engineers and contribute to shaping the team's overall packaging R&D roadmap.

• Education:
  
  Master's or Ph.D. in Photonics, Optoelectronics, Electrical Engineering, Physics, or a related field (a Ph.D. with an experimental packaging or integration focus is