The Technical Program Manager will oversee critical projects at Diamond Foundry, enhancing process organization and risk management, while ensuring alignment between technical teams and business leaders. This role demands leadership in project planning and execution within the semiconductor industry, aimed at achieving strategic company milestones.

The Cost Accountant will oversee the production cost analysis, allocate costs accurately to production, reconcile COGS monthly, conduct margin analysis, and provide reports on cost efficiency. The individual will work closely with the finance team and perform various assessments related to utilities and inventory.

The Principal Automation Engineer will design, develop, and optimize automation systems for diamond handling and processing. This role includes integrating robotics, motion control, and computer vision technologies, with a focus on enhancing production efficiency and reliability in the manufacturing process. The engineer will work alongside other engineers and technicians to implement innovative automation solutions.

The Senior Engineering Recruiter at Diamond Foundry Inc. will manage the complete recruitment life cycle for technical roles in the manufacturing and semiconductor industries. Responsibilities include sourcing candidates, conducting interviews, collaborating with hiring managers, and ensuring a smooth onboarding process. A strong understanding of engineering disciplines and excellent communication skills are essential for success.

The Sr./Principal Engineer will focus on designing high-power microwave systems to enhance diamond growth reactors. Responsibilities include architecting microwave components, guiding design decisions, and developing diagnostics for reactor health monitoring.

As a Technical Program Manager at Diamond Foundry, you will oversee product industrialization, ensure compliance at contract sites, conduct data analysis for QA, and support customer projects. This role encompasses project planning, cross-functional collaboration, and risk management to successfully deliver products from concept through to production.

The Sr. Motor Control Engineer will develop high-performance control algorithms for electric motors, manage project timelines, create simulation models, debug embedded systems, and collaborate on system-level improvements. This role requires expertise in control algorithms, modeling, and project management.

The Sr. Systems Engineer will design and optimize systems for high-volume vacuum manufacturing equipment, oversee projects, manage suppliers, and collaborate with mechanical and electrical engineers. The role requires strong analytical skills and the ability to communicate technical concepts effectively.

The Sr. Process Development Engineer will develop, characterize, and optimize diamond deposition processes while collaborating with mechanical, electrical, and materials engineers. Responsibilities include conducting experiments, performing data analysis, and writing technical documentation to improve manufacturing equipment performance.

The Process Integration Engineer will develop and optimize wafer engineering processes, collaborate with teams to enhance integration strategies, resolve process issues, and ensure high-quality output. Responsibilities include documentation, supporting process monitoring, and adhering to project timelines and quality assurance.