General Information:
We are currently looking for talented candidates with mechanical engineering background to join Hitachi Energy R&D HVDC department in Grid Integration business unit in Beijing. You will be involved in product and technology development for Hitachi Energy's Business Units globally.
Your responsibilities:
You will work in new product development projects focusing on converter valve mechanical design tasks involving multi-disciplinary areas – for example heat transfer, electrical insulation, strength of materials and manufacturing technologies.
You will prepare 3D CAD Models, drawings and BOM.
You will perform simulation and calculation of products and technologies under development – for example finite element simulations and strength calculations.
You will participate in verification tests from early prototype testing to final verification of converter valve design, analysis and design the cutting-edge products for future HVDC markets.
You will provide technical support for delivery and under commissioning projects, lead R&D projects for converter valve development and coach junior mechanical engineers.
You will be having a challenging position in a global R&D team, working in the front line of HVDC technologies and the opportunity for professional and personal development through training, the opportunity to witness the evolution of high voltage products and technologies.
Living Hitachi Energy's core values of safety and integrity, which means taking responsibility for your own actions while caring for your colleagues and the business.
Your background:
You hold M.Sc. or PhD. in mechanical engineering or equivalent.
Deep understanding of mechanical core competences, material selection, manufacturing methods and basic understanding of electrical technology.
An innovative and creative attitude and mind-set.
Experience in modeling and design tools, in NX/Team Center or CAD/CAE software e.g. Creo, SolidWorks, Ansys, Abaqus, in electrical equipment design and high-voltage devices.
Experience in product lifecycle design aspects such as reliability, safety, maintainability, tooling, and manufacturing requirements and experience in electromechanical design from electric power industry or design of high voltage product.
Professional written and spoken communication skills in English.