Software & Systems Engineer

• Work with the automation control team to design, upgrade, automate, and troubleshoot in-house and third-party systems including inspection tools, CNC lasers, parts handlers, and CVD reactors
• Collaborate with end users to translate feature requests into actionable software design and build algorithms for data-driven decision making
• Train technicians on correct procedures and maintain documentation for system understanding and use
• Write technical documentation for equipment design and use, and source system components from software vendors where appropriate

This role creates positive change by optimizing manufacturing processes for diamond wafer production, which supports green tech manufacturing by converting greenhouse gas into diamond wafers using zero-emission energy, benefiting industries like AI, electric vehicles, and wireless technology.

• Bachelor's degree in electrical engineering, computer engineering, or similar engineering discipline (Master's degree preferred) with 2+ years of experience in software engineering or computer science
• Proficiency in Python required, with knowledge of C++/C, PLC programming, TCP/IP, MQTT, IIoT, Modbus, RS232, SCADA, Motion Control, Git, and SQL basics
• Experience with electrical, software, and/or mechanical systems, and familiarity with manufacturing processes or quality control systems
• Strong communication and data presentation skills, with experience in data visualization tools or HMI development, and familiarity with computer vision systems and industrial automation environments

Eligible employees can enroll in benefit programs including health insurance, flexible spending accounts, retirement savings plans, life and disability insurance, and paid/unpaid time away from work. Perks include employee discounts to VRAI, with benefits starting on the first day of employment (medical and vision retroactive to start date, dental and voluntary benefits after enrollment).

Diamond Foundry Inc. produces the world's first single-crystal diamond wafers and aims to put a diamond behind every chip, solving thermal limitations in tech industries like AI, electric cars, and 5G/6G wireless through green manufacturing that converts greenhouse gas into diamond wafers using zero-emission energy.