Principal Superconducting Systems Engineer

Woburn, Massachusetts, United States

WHY VEIR?

VEIR is enabling a new generation of compact, efficient, high-power, and long-distance power delivery solutions, solving bottlenecks that exist across the entire electricity value chain, from generation through to data center server racks. VEIR's low voltage superconducting solutions are enabling new power delivery architectures in the world’s largest data centers and our higher voltage solutions are poised to revolutionize the development of electricity transmission and distribution lines .

VEIR i s preparing for rapid growth as we seek to solve critical challenges facing data center developers, electricity generation developers, and utilities around the world.

The Role

The Superconducting Systems Engineer will assist in the design and development of low loss, high ampacity high-temperature superconductor-based power cables and HTS subsystems.

You Are

• Experienced with HTS systems. You have a strong experimental and modeling background evaluating the performance of systems utilizing high-temperature superconductors.
• An excellent communicator. You clearly communicate goals, timelines, progress, and risks to team members at VEIR.
• A capable collaborator. You understand that we can accomplish more as a team than as an individual. Working by yourself is essential, but the ability to help the group achieve its objectives is key.
• Excited to work in a fast-paced environment. You can work with minimal supervision and are self-motivated.
• Creative and detail driven. You find creative ways to solve problems in the absence of pre-existing data and tools and have an exceptional eye for detail.

You Will

• Provide engineering expertise in high-temperature superconducting cables for power transmission applications
• Lead the iterative design, build, and testing of low-loss AC and DC power cables and associated testbeds and instrumentation
• Lead the review, interpretation, and visualization of experimental data; use data to validate and improve designs and strategically plan subsequent prototype design iterations and experimental campaigns
• Provide experimental input in the development and utilization of engineering analysis techniques, models, and simulation tools to design and continuously improve the performance, reliability, lifetime, and cost of
• VEIR’s HTS-based power transmission cables and related subsystems
• Provide experimental expertise in lab activity within the Superconducting Systems Team
• Mentor junior engineers; contribute to building high-performance team culture and work processes
• Evaluate HTS material from vendors and develop methods for material characterization and acceptance
• Collaborate with the broader VEIR team to integrate HTS cable and cable accessory designs with broader VEIR engineering and product development efforts, including thermal and high voltage system designs
• Identify, evaluate, negotiate, and liaise with subcomponent suppliers, academic collaborators, external consultants
• Participate in documenting innovations and filing patent applications for key VEIR innovations

Basic Qualifications

• Bachelor’s degree in mechanical engineering, electrical engineering, or physics with at least 8 years of engineering experience working with high-temperature superconducting tapes and/or systems
• Demonstrated creativity and experience in testing of HTS systems (cables, magnets, generators, etc.)
• Strong experimental background evaluating the performance of systems utilizing high-temperature superconducting tapes
• Specialized technical experience applicable to the position includes:
• Hands on experience in electrical characterization of high current conductors and/or cables
• Experience with integrating high accuracy sensors and data collection systems with cryogenic testbeds
• Experience interpreting experimental results and correlating results with model predictions
• Experience using laboratory automation and data collection systems (e.g. Lab View)

Preferred Qualifications

• MS or PhD in mechanical engineering, electrical engineering, or applied physics with at least 10-12 years engineering experience working with high-temperature superconducting…