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Electrical Systems Architect

TechSource
United States, New Mexico, Los Alamos
1475 Central Avenue (Show on map)
Feb 09, 2026

Position Description

About TechSource:

TechSource, a Salas O'Brien company, is a nationally recognized engineering and scientific company specializing in the management and technical delivery of large-scale nuclear and high-technology projects with numerous federal agencies, helping to advance missions of national importance for government programs, national laboratories, national security facilities, nuclear operations, and complex projects nationwide. We provide direct access to hundreds of experts and industry leaders in the nuclear sciences, non-proliferation technologies, accelerator physics, and systems engineering arenas with offices in Washington DC, SC, TX, TN, and NM. Our outstanding technical service has earned the company a client retention rate of over 95 percent. As an employee-owned company, we work to attract and retain the best talent because the best talent delivers the best results for our clients. TechSource is a recent DOE Small Business of the Year recipient and eleven-time Inc. 5000 winner.

About this role:

TechSource is seeking a Principal Electrical Systems Architect to join the Advanced Sources and Detector (ASD) Project team in support of the design, integration, and operational readiness of the Scorpius ~20 MeV linear induction accelerator, used for subcritical experiments at the Nevada National Security Site (NNSS).

This role is intended for a senior technical leader with deep experience architecting and maturing R&D electrical systems for experimental or first-of-a-kind platforms, such as accelerators, pulsed power systems, or other high-energy physics applications. The successful candidate will provide system-level technical leadership across the accelerator's electrical subsystems, with a strong emphasis on concept development, integration, and performance optimization, rather than facility electrical infrastructure.

The position requires close collaboration with national laboratories, vendors, and multidisciplinary engineering teams to deliver innovative, high-reliability electrical solutions in high-voltage and high-radiation environments.

Key Responsibilities:


  • Serve as the principal technical authority for all R&D-focused electrical and control subsystems of the Scorpius accelerator
  • Define and maintain system-level electrical architecture, integration strategy, and design margins for complex experimental systems
  • Lead the development and maturation of custom electrical, pulsed power, and control systems from early concept through commissioning
  • Provide technical direction for high-voltage, magnet power, instrumentation & controls, vacuum control, and diagnostic systems
  • Lead and approve formal design, readiness, and hazard reviews in accordance with DOE, NEC, UL, and national safety standards
  • Mentor senior and mid-level electrical engineers, guiding complex design decisions and system trade studies
  • Collaborate directly with national laboratory partners (LANL, LLNL, SNL) to ensure technical alignment, knowledge transfer, and design consistency
  • Oversee and validate procurement, integration, commissioning, and performance qualification of accelerator electrical systems
  • Lead root-cause analysis and resolution of complex electrical system anomalies in experimental or operational environments

Required Qualifications


  • Master's degree in Electrical Engineering, Physics, or a related field (or equivalent combination of education and experience)
  • 20+ years of experience in R&D electrical system design and integration for accelerators, pulsed power systems, fusion devices, or comparable high-energy experimental platforms
  • Proven record of technical leadership on complex, multi-disciplinary, multi-institution programs
  • Demonstrated expertise in one or more of the following:
  • Pulsed power and high-voltage electrical systems
  • Magnet systems and precision power supply design
  • PLC-based controls and I&C integration for experimental systems
  • Analog and RF signal processing
  • Low-level signal detection, grounding, shielding, and isolation techniques
  • Vacuum systems and radiation-tolerant electronics
  • In-depth knowledge of NEC, NFPA-70E, UL, and applicable DOE/NNSA standards for high-energy and nuclear environments
  • Experience with full electrical system lifecycle management, including requirements definition, verification, and validation
  • Proficiency with AutoCAD Electrical and electrical documentation tools


Preferred Qualifications


  • Prior contributions to linear induction accelerators or advanced particle beam systems
  • Experience working at NNSA-designated laboratories (LANL, LLNL, SNL, etc.)
  • Background in high-radiation, cryogenic, or other extreme operating environments
  • Recognized subject matter expert with publications, patents, or invited technical contributions
  • Ability to obtain and maintain a Department of Energy Q security clearance (active clearance strongly preferred)
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