Your mission
The future of AI computing is light, not electrons. Q.ANT is building photonic processing systems that compute with light—delivering a scalable, energy-efficient alternative to transistor-based architectures for next-generation AI and HPC applications.
As Senior New Product Introduction Engineer, you will be the technical force driving the transition of our photonic computing systems from early-stage R&D to robust, production-ready units. You will be a foundational member of our operations team, building our capabilities from the ground up. Initially, your focus will be on integration and production processes; as our operations mature and technology stabilizes, you will identify opportunities to optimize lab setups and potentially contribute to system architecture.
As Senior New Product Introduction Engineer, you will be the technical force driving the transition of our photonic computing systems from early-stage R&D to robust, production-ready units. You will be a foundational member of our operations team, building our capabilities from the ground up. Initially, your focus will be on integration and production processes; as our operations mature and technology stabilizes, you will identify opportunities to optimize lab setups and potentially contribute to system architecture.
What You Will Do
- Build our operations capabilities from the ground up to support the assembly of Native Processing Servers, ensuring a seamless transfer from R&D to scalable production.
- Lead the hands-on assembly, testing, and debugging of high-frequency electronics and processor-based systems.
- Develop and refine production workflows, test procedures, and assembly standards to ensure repeatability and scalability.
- Optimize lab setups and equipment utilization to reduce testing overhead and costs, making data-driven decisions on resource allocation.
- Supervise freelancers and external contributors, ensuring they maintain high-level system understanding during assembly.
- Identify and resolve integration and performance bottlenecks, performing root-cause analysis across optical, electrical, and software boundaries.
- Create and maintain accurate test protocols, assembly instructions, and technical process documentation.