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Engineering

In a nutshell...

Driving innovation in energy, manufacturing, and aerospace. Engineers design sustainable systems, optimize production processes, and develop advanced technologies that shape the future of power, productivity, and exploration.

Turn plans into progress. Build what the world runs on. From decarbonized power and lights‑out factories to next‑gen aircraft, you’ll turn complex problems into elegant, engineered solutions - and see your impact in the real world, fast. Grow your craft. Ship meaningful results.


Employment Types

  • Contract: Capital projects, line expansions, commissioning/start‑ups, validation, turnarounds - high‑impact assignments with competitive hourly rates.

  • Contract‑to‑Hire: Prove fit on production ramps or NPI programs; typical conversion in 3 - 6 months.

  • Direct Hire: Own core functions - reliability, quality, manufacturing/process, controls/automation, and continuous improvement.

  • Executive Search: Confidential placement for Plant Managers, Directors of Manufacturing, VPs of Engineering, Chief Engineers, Heads of Quality, Aerospace Program Leaders driving scale and transformation.


Titles We Place

  • Mechanical Engineer

  • Electrical/Power Systems Engineer

  • Controls/Automation Engineer (PLC/SCADA)

  • Manufacturing Engineer

  • Process Engineer

  • Industrial Engineer

  • Quality Engineer (AS9100/ISO 9001)

  • Reliability Engineer (RCM/PdM)

  • Maintenance Manager

  • Project Engineer/Project Manager

  • Tooling Engineer

  • Test Engineer

  • Materials/Metallurgical Engineer

  • Aerospace/Propulsion Engineer

  • Avionics Engineer

  • Systems Engineer (MBSE)

  • Configuration/Program Manager

  • CAD/PLM Administrator



Industry Trends

  • Energy transition & grid modernization: renewables integration, battery storage, microgrids, power electronics, and HV systems.

  • Industry 4.0: robotics, PLC/SCADA, MES/MOM, sensors/IIoT, data‑driven OEE and throughput gains.

  • Digital engineering: digital twins, model‑based systems engineering (MBSE), simulation/CFD/FEA for faster validation.

  • Advanced materials & manufacturing: additive manufacturing (AM), composites, lightweight alloys, advanced machining.

  • Autonomy & electrification: EV/eVTOL/UAV systems, powertrain/propulsion innovation, avionics integration, DO‑178C/DO‑254 environments.

  • Reliability & safety: RCM, predictive maintenance (PdM), condition monitoring, functional safety, AS9100, ISO 9001, regulatory rigor.

  • Sustainability: energy efficiency, waste reduction, circular manufacturing, ESG reporting alignment.


Your next engineering role isn’t just a job - it’s a mission. We’ll help you find it fast and launch your career where innovation meets impact.

Related Insights

9/30/26

Toyota Goes All-In on Humanoid Robots

Toyota is investing aggressively in humanoid robotics and intends to integrate commercial and internally developed systems with human workers in manufacturing environments. (Source: Engineering.com — read the full article.)

9/29/26

Powered by muscle cells, a paper-thin robot swims through watery maze

MIT engineers developed a thin biohybrid robot powered by living muscle cells, illustrating continued convergence among mechanical engineering, robotics, biotechnology and advanced materials. (Source: MIT News — read the full article.)

9/28/26

The speed paradox in 3D printing

Additive manufacturing offers major speed advantages for prototypes and shorter runs but continues to face scale and throughput constraints. The article examines whether AI can improve production efficiency. (Source: Engineering.com — read the full article.)

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© 2026 by Tactical Edge, LLC. All rights reserved.

Tactical Edge is a proud Minority Owned, Equal Opportunity employer.

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Charlotte, NC HQ. Serving clients nationwide.

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