Lead Solutions Engineer- Medium Voltage Woburn, Massachusetts

Position: Lead Solutions Engineer- Medium Voltage Woburn, Massachusetts, United States

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

The Opportunity

As VEIR’s Solutions Engineer for Medium Voltage, you’ll serve as the technical bridge between our customers, commercial team, and internal engineering groups. You’ll play a pivotal role in helping customers identify opportunities to integrate VEIR’s medium voltage cable systems into their projects, from substations to data centers to behind-the-meter power distribution applications.

This role is ideal for someone who brings a strong electrical engineering foundation, understands the practical realities of medium voltage systems and substation design, and thrives at the intersection of technical problem‑solving and customer collaboration.

In This Role

You’ll be a commercial‑facing engineer who combines technical depth with customer intuition. You’ll work directly with potential customers to evaluate project fit, review one‑lines and interconnection layouts, and provide recommendations on how VEIR’s medium voltage solutions can unlock new performance, efficiency, and cost advantages. Inside VEIR you’ll serve as the conduit between customer requirements and internal engineering deliverables, helping ensure that our product and technology roadmap align with market needs and real project applications.

In

the first three months you will…

• Develop a deep understanding of VEIR’s medium voltage cable technology, termination units, and cryogenic cooling systems.
• Learn about VEIR’s current and future product offerings, performance characteristics, and system integration requirements.
• Build foundational knowledge of VEIR’s target markets, including utility, renewable, and data center power distribution applications.
• Shadow customer and partner meetings to observe how VEIR positions its technology and communicates technical value.
• Begin developing familiarity with electrical schematics, protection and control diagrams, and substation interconnection design practices.

In the first six months you will…

• Take ownership of technical scoping conversations with customers and partners, identifying where VEIR’s medium voltage technology can be applied.
• Review and interpret customer design packages (one‑lines, site plans, protection and control schemes) to assess integration opportunities.
• Collaborate with VEIR’s engineering and product teams to translate customer needs into defined technical requirements and early project concepts.
• Support the development of technical presentations, application notes, and customer proposals.
• Contribute to pilot opportunity identification by mapping VEIR’s capabilities to upcoming customer or market projects.

By the end of your first year you will…

• Serve as the primary technical liaison for selected customer engagements or pilot projects.
• Lead design reviews and integration discussions with EPCs, utilities, and data center engineering teams.
• Help guide the engineering and product teams in refining system designs based on customer feedback and field insights.
• Represent VEIR at customer sites, industry events, and design meetings to advocate for the adoption of VEIR’s technology.
• Contribute directly to securing VEIR’s first medium voltage pilot or commercial project, helping bring superconducting cable solutions to market.

To be successful in this role…

• A Bachelor’s degree in Electrical Engineering (Civil or Mechanical Engineering considered with relevant experience).
• 5+ years of experience in electrical design or field engineering related to medium voltage systems, substation design, or power transmission & distribution.
• Familiarity…