Principal Automation Engineer

Diamond Foundry Inc. is at the forefront of technological innovation, specializing in the production of single-crystal diamond wafers crucial for AI, cloud computing, electric vehicles, and advanced wireless communications. As a profitable unicorn with $515m in funding, they're executing a multi-billion dollar expansion plan for sustainable tech manufacturing.

The Principal Automation Engineer role is a key position focused on advancing the company's manufacturing capabilities through sophisticated automation systems. The ideal candidate will be responsible for designing, developing, and optimizing automation systems for handling, processing, and characterizing diamonds in their foundry. This role combines expertise in robotics, automation, and industrial systems design, requiring a strong foundation in software, electrical, and mechanical engineering.

Key responsibilities include designing and enhancing robotic systems, collaborating with vendors, integrating complex automation components, and working closely with various engineering teams to improve production efficiency. The position requires extensive experience in machine design, robotics, and computer vision technologies, with a focus on creating innovative solutions for semiconductor equipment.

This is an exceptional opportunity for an experienced engineer to join a company that's making significant strides in sustainable technology manufacturing. The role offers competitive compensation ($135,000-$170,000 annually) plus equity, comprehensive benefits, and the chance to work on cutting-edge technology that's transforming multiple industries. The position is based in the San Francisco Bay Area and requires on-site presence to work directly with the advanced manufacturing systems.

The ideal candidate will bring 10 years of hands-on experience, strong technical skills including Python programming, and the ability to work collaboratively in a fast-paced environment. This role offers the unique opportunity to be at the intersection of advanced materials science and automation technology, making a direct impact on the future of semiconductor manufacturing.