About the role

R&D Engineer specializing in short‑circuit performance within Hitachi Energy's Power Transformers organization. Developing technical expertise and contributing to reliability and robustness of power transformers.

Responsibilities

Develop expertise in Hitachi Power Transformer short‑circuit design, supported by senior engineers and established methodologies.
Contribute to improving the reliability and resilience of power transformers by working with short‑circuit behavior, design methods, and applicable international standards.
Perform studies and finite element simulations to analyze stresses and dynamic behavior of transformer components during short‑circuit events.
Apply and build understanding of short‑circuit currents, electromagnetic forces, and resulting dynamic mechanical forces and stresses within transformer structures.
Participate in experimental and validation activities, such as material testing and prototype testing, to support analytical and simulation work.
Contribute to the development and improvement of design tools and design rules related to short‑circuit performance.
Develop competence and expertise by learning Dynamic short‑circuit behavior, Acoustic performance and vibration, and mechanical designs to improving reliability and resilience of power transformers.
Support transformer factories in special or non‑standard designs, contributing to short‑circuit design assessments under guidance.
Collaborate with the global Power Transformers R&D team, the Hitachi Energy Research team, transformer factories worldwide, and universities.
Actively support and promote a culture of continuous improvement and innovation within the R&D organization.

University degree (BSc or MSc) in Applied Physics preferably, but Mechanical Engineering, Applied Mechanics, or a related field are also considered.
Understanding of, or strong interest in, short‑circuit phenomena, including electromagnetic forces, mechanical stresses, and dynamic system behavior.
Experience or academic exposure to finite element analysis (FEA) for structural, electromagnetic, and/or dynamic problems.
Experience from power transformers, electrical machines, or heavy electromechanical equipment is beneficial but not required.
Ability to learn complex technical topics and develop within a structured R&D environment.
Ability to work collaboratively in cross‑functional and international teams.
A structured and curious mindset, with motivation to improve tools, methods, and technical solutions over time.
Good communication skills and fluency in English, both written and spoken.
Swedish is an advantage.

Collective agreement
Flexible working hours
Health care and wellness allowance
Fantastic career possibilities within Hitachi Energy, both within Sweden and globally
Various training and education supporting employee development
Diversified company with over 70+ nationalities working in Sweden
Supplementary compensation for parental leave
Employee Benefit Portal with thousands of discounts and perks