Interplay Learning

Interplay Learning

Motor / Electromechanical Applications Engineer, Vandrel

New York

Sponsorship not specifiedDetected 22 days ago
NLPPower Electronics

About the role

  • ABOUT THE COMPANY Vandrel is rebuilding America's high-performance magnet wire supply chain.
  • Today, insulated magnet wire is produced by a short list of European and Asian suppliers.
  • That is a problem for every US program that needs higher voltage, higher temperature, or higher power density.

Responsibilities

  • Run Customer Engineering: Work directly with design teams at defense drone and autonomy primes, aerospace motor programs, EV OEMs, industrial drives, and gridscale power electronics to get Vandrel wire designed into their systems.
  • Build Performance Models: Quantify the gain Vandrel wire delivers in a given motor topology through thermal, electromagnetic, and dielectric modeling.
  • Drive Winding Design Conversations: Own the technical dialogue on slot fill, insulation system compatibility, and hairpin versus distributed winding tradeoLs with customer engineering teams.
  • Define Vandrel's First SKUs: Shape the initial product line based on real customer use cases: conductor size, insulation thickness, build class, and temperature class. Feed requirements into the process and materials roadmap.
  • Own Qualification and Test: Support customer qualification (HIPOT, partial discharge, thermal aging, fluid compatibility, thermal shock, vibration). Partner with process engineering to reproduce failures and harden the product.
  • Own the Technical Story: Build and present the narrative for why Vandrel wire wins at the chemistry, motor, and system levels. Represent Vandrel at customer reviews, technical conferences, and design-in sessions.
  • Work directly with design teams at defense drone and autonomy primes, aerospace motor programs, EV OEMs, industrial drives, and gridscale power electronics to get Vandrel wire designed into their systems.
  • Quantify the gain Vandrel wire delivers in a given motor topology through thermal, electromagnetic, and dielectric modeling.
  • Own the technical dialogue on slot fill, insulation system compatibility, and hairpin versus distributed winding tradeoLs with customer engineering teams.
  • Shape the initial product line based on real customer use cases: conductor size, insulation thickness, build class, and temperature class.

Requirements

  • Comfort across the interface between material, motor, and system: you move easily between polymer chemistry and bus voltage.
  • Customer-facing chops: you can run a technical review with a customer's chief motor engineer and walk out with a next step.

Nice to have

  • Experience with defense or aerospace motor programs, 800V+ systems, or highspeed motors (above 20,000 rpm) is a plus.
  • Bias toward shipping.

Skills

  • Strong grasp of thermal and dielectric constraints in high-power motors.

Compensation

  • Compensation is benchmarked to senior motor and electrification talent at venture backed hard tech companies.
  • Base salary is competitive and equity is material; both scale with experience and scope of ownership.

Company info

  • Vandrel is rebuilding America's high-performance magnet wire supply chain.
  • We design and manufacture PEEK-insulated copper conductor in modular micro-factories, producing the wire that goes into the motors, transformers, and power systems that matter most: defense and aerospace platforms, EV traction, and grid and stationary storage.
  • Our team is small, senior, and hands-on, and we are closing that gap.
  • Translate Vandrel wire's material (dielectric strength, temperature rating, thinner insulation, higher slot fill) into motor-level performance deltas customers care about: continuous torque, peak power, thermal headroom, bus voltage, eLiciency, partial discharge life.
  • Bridge Material to System: Translate Vandrel wire's material (dielectric strength, temperature rating, thinner insulation, higher slot fill) into motor-level performance deltas customers care about: continuous torque, peak power, thermal headroom, bus voltage, eLiciency, partial discharge life.

This listing is sourced directly from Interplay Learning's careers page and normalized into a canonical job model.