EMC Engineer – HVDC Systems (Flexible Hours)

Hitachi Energy; Ludvika kommun; On-site; SEK 600,000 - 800,000; Full time

Benefits offered by this job

Collective agreement

Flexible working hours

Health care and wellness allowance

Career opportunities within Hitachi E}

Job summary

Hitachi Energy’s HVDC unit in Ludvika, Sweden, seeks an experienced EMC engineer to reinforce design, verification and ongoing improvements for high‑voltage, high‑current systems. You’ll work across RF emission simulations, grounding, and electromagnetic field analyses with a multinational team.

The role offers collaboration with electrical and mechanical functions, participation in R&D and global projects, and a multicultural work environment with opportunities for professional growth.

Qualifications

• Master of Science degree in electrical engineering or similar.
• Experience in EMC area or 3D HF simulations is a merit.
• Interest or understanding of mechanical and electrical design.
• Experience designing auxiliary power systems in HVDC or substation environments.

Responsibilities

• Ensure proper design and controlled performance during normal use and fast switching.
• Model propagation of disturbances in R&D and projects to deepen knowledge.
• Document EMC requirements to civil designers and builders in tenders and projects.
• Perform inspections to ensure proper installations at sites internationally.
• Collaborate with experts in RF emission simulations and electromagnetic field simulations.
• Participate in R&D activities to stay competitive.
• Explore multiphysics fields with electrical and mechanical teams.

Skills

EMC experience

3D HF simulations

Mechanical understanding

Electrical design understanding

HVDC/substation experience

English proficiency

Education

Master of Science in electrical engineering

Tools

RF emission simulations

Electromagnetic field simulations

Grounding design

Job description

Hitachi Energy’s HVDC unit in Ludvika, Sweden, seeks an experienced EMC engineer to reinforce design, verification and ongoing improvements for high‑voltage, high‑current systems. You’ll work across RF emission simulations, grounding, and electromagnetic field analyses with a multinational team.

The role offers collaboration with electrical and mechanical functions, participation in R&D and global projects, and a multicultural work environment with opportunities for professional growth.