Senior Technical Product Manager - Cable Systems

Why VEIR

Founded in 2019 and headquartered in Woburn, Massachusetts, VEIR is a U.S.

-based designer and manufacturer of category-defining superconducting power delivery systems built for the extreme energy demands of the AI era. By commercializing next‑generation superconducting technology into deployable, real‑world systems, VEIR delivers roughly 10× higher power density than conventional options, enabling speed‑to‑power where incremental optimization falls short. VEIR’s initial focus is AI data centers behind the meter, with solutions engineered for repeatable deployment through reference designs and integrated controls, designed to incorporate learnings as deployments scale.

As Senior Technical Product Manager – Cable Systems, you will serve as the single‑threaded owner for VEIR’s cable systems product area, with full accountability for product strategy, technical requirements, NPI execution, and commercial readiness across low‑voltage and medium‑voltage cable assemblies. This role is deeply technical and hardware‑focused, sitting at the intersection of electrical engineering, systems architecture, customer requirements, and commercial deployment.

You will translate data center power delivery requirements—including fault current ratings, voltage drop budgets, voltage ripple specifications, and AC/DC architecture needs—into precise, testable product specifications. You will negotiate those requirements with engineering, drive them through NPI stage gates, and ensure VEIR’s cable systems achieve certification, reliability, and manufacturability targets on the path to commercial deployment.

This is the right role for a technically rigorous product manager who has deep experience with low‑voltage power distribution hardware, understands the data center power electronics ecosystem, and is energized by the challenge of bringing first‑of‑kind power delivery products to market.

• Ramp up on VEIR’s cable systems architecture, including system interfaces, installation methods, performance requirements, LV power distribution topology, and data center application use cases.
• Develop deep familiarity with VEIR’s existing cable specifications, design tradeoffs, and constraints across conductor types, connectors, busbars, and insulation systems.
• Conduct voice‑of‑customer (VoC) discovery with data center operators, electrical contractors, and internal applications and commercial teams to validate cable system requirements and pain points.
• Perform competitive and ecosystem analysis of the data center power electronics landscape, including LV distribution equipment suppliers (busbars, cable conductors, switch gear) and key industry players.
• Create initial product strategy and business case documents covering target use cases, technical requirements, cost targets, pricing assumptions, and certification obligations.

• Own and maintain product requirements and specifications for VEIR’s cable systems, defining fault current ratings, voltage drop budgets, ripple limits, connector interface requirements, and applicable compliance standards (UL, NEC, IEC, IEEE).
• Lead NPI stage‑gate execution for cable systems products, ensuring designs progress from concept through prototype, validation, and commercial readiness, actively negotiating requirements and tradeoffs with engineering.
• Partner closely with electrical, mechanical, systems, and manufacturing teams to ensure cable designs are optimized for performance, reliability, scalability, supply chain availability, and field installation.
• Drive UL and relevant certification activities for cable systems products, working with engineering and third‑party test labs to plan, execute, and document certification programs.
• Serve as the technical product expert for commercial and applications teams, supporting customer conversations, technical evaluations, and early pilot deployments.

• Defined and executed the product roadmap for VEIR’s cable systems portfolio, balancing near‑term pilot delivery commitments with longer‑term platform evolution toward medium‑voltage capability.
• Successfully…