R&D Expert Professional – Electromagnetic & Short-Circuit Behavior for DTR Liquid-filled Distribution Transformers

Hitachi, Ltd.; Jefferson City (MO); On-site; USD 120,000 - 180,000; Full time

Job summary

Hitachi Energy seeks a seasoned electrical engineer specializing in transformer performance to advance load losses, short-circuit resilience, and reliability across a global network. You will influence design standards, lead R&D efforts, and embed best-in-class practices to drive performance and sustainability.

You will collaborate with diverse teams, coach engineers, develop models and documentation, and perform electromagnetic simulations to support validation, failure analysis, and continuous

Qualifications

• Degree in Electrical Engineering or a related field.
• 10–15+ years in transformer design or R&D environments.
• Strong expertise in load losses, eddy currents, and leakage flux.
• Deep understanding of short-circuit forces and electromechanics.
• Proficiency with electromagnetic simulation tools (e.g., FEM).
• Proven success in R&D delivery, problem-solving, and failure analysis.

Responsibilities

• Serve as global expert on load losses and short-circuit forces
• Guide engineering teams through coaching and knowledge sharing
• Contribute to R&D projects as Technical Lead or key team member
• Develop transformer designs, models, and technical documentation
• Perform electromagnetic simulations and analytical calculations
• Define and execute validation experiments
• Analyze test results and convert insights into design standards
• Support root cause analysis and continuous improvement initiatives

Skills

Electromagnetic simulation

Problem solving

Failure analysis

Technical coaching

Education

Bachelor's degree in Electrical Engineering

Tools

FEM software

Job description

Job Description

The opportunity

Step into a high-impact role at Hitachi Energy where deep technical expertise meets global collaboration. As a recognized authority in transformer performance, you will shape the future of load loss optimization and short-circuit resilience—two critical pillars of efficient, reliable energy systems. This role offers the chance to influence design standards, guide innovation, and elevate engineering excellence across a global network. You will collaborate with diverse teams, contribute to cutting-edge R&D initiatives, and help embed best-in-class practices that drive performance and sustainability. Responsible to ensure compliance with applicable external and internal regulations, procedures and guidelines.

How you'll make an impact

• Serve as global expert on load losses and short-circuit forces
• Guide engineering teams through coaching and knowledge sharing
• Contribute to R&D projects as Technical Lead or key team member
• Develop transformer designs, models, and technical documentation
• Perform electromagnetic simulations and analytical calculations
• Define and execute validation experiments
• Analyze test results and convert insights into design standards
• Support root cause analysis and continuous improvement initiatives

Your background

• Degree in Electrical Engineering or a related field
• 10–15+ years in transformer design or R&D environments
• Strong expertise in load losses, eddy currents, and leakage flux
• Deep understanding of short-circuit forces and electromechanics
• Proficiency with electromagnetic simulation tools (e.g., FEM)
• Proven success in R&D delivery, problem-solving, and failure analysis

More about us

• Join a global leader advancing sustainable energy solutions
• Access continuous learning, mentorship, and career development
• Be part of an inclusive culture that values innovation and collaboration

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