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Electrical Design Specialist

Company: Mercor · Pay: $70–$85/hr · Location: Remote — Global · Type: contractor · Posted: 2026-09-14

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$70 - $85 / hr

Powering the Future of Engineering: Why Electrical Design Specialists Are in High Demand

The modern engineering landscape is experiencing a massive evolution, driven by complex infrastructural demands, renewable energy integration, and advanced power distribution requirements. As organizations push the boundaries of industrial automation, data center design, and sustainable energy infrastructure, the need for elite engineering talent has never been more critical. Traditional corporate structures often lock brilliant engineers into rigid desks and slow-moving hierarchies. However, modern platforms like Mercor are redefining how top-tier technical experts connect with cutting-edge enterprises.

Offering a highly competitive rate of $70 to $85 per hour, the Electrical Design Specialist role on Mercor represents a premier opportunity for seasoned electrical engineers. This fully remote contract allows you to apply your hands-on industry expertise to solve complex power system challenges, evaluate sophisticated electrical designs, and work flexibly on your own schedule.

Detailed Role Breakdown & Core Responsibilities

For professional electrical engineers and design specialists looking to take on high-impact consulting and technical problem-solving projects, this role offers intellectual stimulation and immediate professional rewards. Specialists are tasked with analyzing and refining complex system-level engineering problems across diverse industrial sectors.

What You Will Do in This Role:

  • Design Development & Evaluation: Develop, analyze, and rigorously evaluate electrical designs based on strict technical requirements, engineering specifications, and overall system performance metrics.
  • System & Component Review: Design and review electrical systems, circuits, equipment, and components, including power distribution systems, control panels, switchgear, and motor control systems.
  • Schematic & Documentation Analysis: Interpret and analyze electrical schematics, single-line and wiring diagrams, equipment layouts, and complex technical documentation.
  • Advanced Calculations: Perform critical electrical calculations, including load flow studies, voltage drop analysis, short-circuit calculations, protection coordination, and proper equipment sizing.
  • Trade-Off Assessment: Evaluate alternative design approaches, engineering trade-offs, and system performance benchmarks to identify potential design flaws or optimization opportunities.
  • Standard Validation: Review and validate designs, engineering assumptions, calculations, and technical submittals against recognized industry codes and project standards.

Candidate Requirements & Professional Qualifications

Because this position deals with high-stakes engineering systems and advanced infrastructure, applicants must meet rigorous professional and educational benchmarks.

Key Candidate Requirements:
  • Professional Background: Demonstrated hands-on industry experience as an Electrical Design Engineer, Electrical Engineer, or specialized Electrical Design Consultant.
  • Educational Foundation: A Bachelor’s, Master’s, or PhD degree in Electrical Engineering or a closely related technical discipline.
  • Core Knowledge: Strong, foundational understanding of electrical system design, power systems, low- and medium-voltage architecture, and fundamental engineering principles.
  • Practical Experience: Real-world experience designing or evaluating electrical systems across industrial facilities, infrastructure projects, manufacturing plants, energy systems, renewable energy farms, building services, or energy storage facilities.
  • Technical Proficiency: Familiarity with industry-standard electrical design and analysis tools such as AutoCAD Electrical, ETAP, SKM Power Tools, EPLAN, or Revit is considered a strong asset.

Preferred Qualifications: Advanced degrees or Professional Engineering (PE) licenses; advanced power system study experience (protection coordination, short-circuit analysis); expertise in specifying transformers, switchgear, and cables; background in industrial automation; and familiarity with IEC, IEEE, or NEC codes.

Contract Terms, Flexibility, and Global Payout Structure

Working as an independent contractor via Mercor provides unmatched professional flexibility and streamlined operational terms:

  • Autonomous Scheduling: Complete your project deliverables on your own schedule from any remote location.
  • Project Adaptability: Contracts are structured around specialized short-term technical deliverables, allowing you to scale your consulting work around your existing professional commitments.
  • Reliable Weekly Compensation: Get paid promptly on a weekly basis via secure global payment platforms like Stripe or Wise based strictly on services rendered.

Why This Role Elevates Your Engineering Career

Electrical engineering is the backbone of modern technological advancement. Whether it’s powering next-generation manufacturing facilities or stabilizing complex power grids, your expertise holds immense value. Taking on specialized contracting roles allows you to bypass corporate red tape and focus purely on high-level problem-solving while earning top-tier hourly compensation.

Furthermore, collaborating on high-profile engineering initiatives through Mercor keeps your technical skill set sharp, expands your professional portfolio, and positions you at the forefront of modern infrastructure innovation.

Secure Your Opportunity Today

Specialized engineering contracts offering rates up to $85 per hour attract high volumes of qualified applicants and fill up quickly. If you possess a deep background in power systems, electrical design, and circuit engineering, take control of your professional projects and income by applying today.

Responsibilities

  • Design Development & Evaluation: Develop, analyze, and rigorously evaluate electrical designs based on strict technical requirements, engineering specifications, and overall system performance metrics.
  • System & Component Review: Design and review electrical systems, circuits, equipment, and components, including power distribution systems, control panels, switchgear, and motor control systems.
  • Schematic & Documentation Analysis: Interpret and analyze electrical schematics, single-line and wiring diagrams, equipment layouts, and complex technical documentation.
  • Advanced Calculations: Perform critical electrical calculations, including load flow studies, voltage drop analysis, short-circuit calculations, protection coordination, and proper equipment sizing.
  • Trade-Off Assessment: Evaluate alternative design approaches, engineering trade-offs, and system performance benchmarks to identify potential design flaws or optimization opportunities.
  • Standard Validation: Review and validate designs, engineering assumptions, calculations, and technical submittals against recognized industry codes and project standards.

Qualifications

  • Professional Background: Demonstrated hands-on industry experience as an Electrical Design Engineer, Electrical Engineer, or specialized Electrical Design Consultant.
  • Educational Foundation: A Bachelor’s, Master’s, or PhD degree in Electrical Engineering or a closely related technical discipline.
  • Core Knowledge: Strong, foundational understanding of electrical system design, power systems, low- and medium-voltage architecture, and fundamental engineering principles.
  • Practical Experience: Real-world experience designing or evaluating electrical systems across industrial facilities, infrastructure projects, manufacturing plants, energy systems, renewable energy farms, building services, or energy storage facilities.
  • Technical Proficiency: Familiarity with industry-standard electrical design and analysis tools such as AutoCAD Electrical, ETAP, SKM Power Tools, EPLAN, or Revit is considered a strong asset.

Apply now →