The Lead Applications Engineer will develop and model data center solutions, support customer engagements, and collaborate on product documentation and certifications.

The Technical Lead will oversee the design and integration of cryogenic infrastructure, lead a cross-functional engineering team, and ensure project milestones are met for VEIR's cooling technology.

Lead end-to-end integration of superconducting systems, manage cross-functional engineering teams, define architecture, and ensure reliable product performance.

The Executive Assistant will support VEIR's executive team, managing schedules, communications, and logistics, while driving organizational initiatives and leading special projects.

Lead the design and integration of low-voltage termination units, ensuring performance, safety, and scalability. Motivate a cross-functional team, manage deliverables, and foster collaboration across engineering disciplines.

The Hardware Product Manager will lead product development, align teams, conduct market research, and ensure product-market fit for VEIR's innovative power delivery solutions.

The Senior Power Systems Engineer will develop and oversee power delivery solutions for data centers, collaborating with teams to ensure products meet customer needs and industry standards. Responsibilities include modeling designs, conducting analyses, and creating documentation for system integration.

The Principal Superconducting Systems Engineer will design and develop high-temperature superconductor cables, lead testing, and mentor junior engineers, ensuring innovative solutions for power transmission applications.

The Senior Low Voltage Solutions Engineer will evaluate power delivery solutions for data centers, collaborate on product development, and ensure compliance with industry standards.

The VP Engineering will lead VEIR's engineering organization, overseeing all functions, driving execution, building capabilities, and ensuring technology meets customer requirements in a fast-paced environment.

Lead and manage the design, development, and integration of dielectric systems and fault handling architectures. Establish goals, collaborate with teams, and oversee testing campaigns to ensure reliable performance.

The Senior Risk and Reliability Engineer will perform risk assessments for VEIR's cryogenic cooling system, lead FMEA development, and provide design recommendations to enhance system reliability.

The Principal Cryogenic Systems Engineer designs and validates cryogenic cooling systems, analyzes performance, and solves complex technical problems, collaborating with cross-functional teams on various projects.