Senior Fatigue Engineer

We are seeking a Senior Fatigue Engineer for one of our MNC clients, who will play a key role in the Technology and Solutions Development team for HVDC (High Voltage Direct Current) applications. The successful candidate will be responsible for the development of innovative HVDC and SVC (Static Var Compensator) converter valves.

HVDC converter valves are used to convert AC to DC, and vice versa, and are essential for HVDC power transmissions. SVC converter valves are used in SVC systems, to support and stabilize AC systems. The department you will be part of is mainly focusing on electrical and mechanical design and development activities and works in close collaboration with the global HVDC organization.

The team you will be joining are composed by energetic people, with mix of experienced and young engineers and colleagues from diverse nationalities around the world. We work closely with design teams and collaborate with engineering and research teams in Sweden and abroad, therefore it is essential that you are a team player and have great collaboration and communication skills.

Key Responsibilities:

• Understand and identify the current and future Offshore Wind consultancy products challenges and implement effective solutions HV equipment fatigue evaluation and design quality control.
• As a Senior Fatigue engineer, your main tasks will be to execute fatigue evaluation and simulations for critical R&D projects.
• Independently execute HV equipment fatigue evaluate.
• Proactively provide design suggestions in R&D projects and update relevant technologies and solutions in OWC industry.
• Technology leader, provide experience and expertise in projects and Support HE in OWC standards advocacy.
• Coaching the junior engineers.
• Design fatigue test to validate the simulation results.
• Drive failure analysis, RCA (Root cause analysis), and design of experiments (DOE).
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Qualification: 

• Over 10 years of hands-on experience in the design and analysis of naval structures, ensuring compliance with industry standards and addressing specific fatigue and structural mechanics challenges.
• Master's or PhD in applied/fatigue Mechanics, structural engineering, Marine/Naval engineering, Mechatronics engineering and related field.

• Excellent expertise in finite element method (FEM) simulation using Abaqus or ANSYS.
• Ability to design and set up mechanical experiments to validate simulation results and investigate material properties and structural performance.
• Strong analytical and problem-solving skills, with a track record of addressing complex structural and fatigue issues.
• In-depth knowledge of industrial standards for electrical equipment design or naval structure fatigue design.
• Good collaboration and communication skills to thrive in multi-cultural environment.
• Innovative & creative thinking ability.
• Fluency in English, both written and spoken.