Job
Description
The opportunity As an experienced Structural R&D Engineer, you will join the Global Multi-Physics Simulation (GLOMUS) network team. You will be part of a group of key people with specific expertise in the fields of electrical, structural, acoustic, thermo-mechanic, and fluid-dynamics analyses, simulation, and testing. Being part of our global R&D community, including Technology Centers and Research Centers worldwide, you will contribute to supporting all factories in the Product Group Transformers, Insulation, and Components on innovative and challenging development projects. Your focus will be on developing new technologies and products, optimizing existing ones, and supporting different engineering offices around the world. How you will make an impact You will be responsible for creating and improving analytical tools and finite element methodologies and automations for structural, static, fatigue, and dynamic analysis. You will play a crucial role in the design process by proposing new ideas through concept design, prototyping, and verification all the way to production. Supporting new product development projects will be a key part of your role, focusing on mechanical design and simulation tasks involving multi-disciplinary areas such as static, dynamic, thermal, and seismic simulations. You will also conduct mechanical and seismic feasibility studies, including design calculations, preparation of design specifications, and technical documents. Providing timely and effective support to facilitate the transfer of technology and knowledge from GLOMUS to other technical centers will also be part of your responsibilities. Additionally, you will be involved in the preparation of 3D CAD Models, drawings, FE-simulation models, test procedures, and documentation. Living Hitachi Energy's core values of safety and integrity will be crucial, ensuring compliance with applicable external and internal regulations, procedures, and guidelines. Your background You should hold a Masters's degree in mechanical, aerospace engineering, or physics, with a strong foundation in structural dynamics and vibrations. A minimum of 3 years of relevant experience in Mechanical, static, fatigue, and dynamic simulations is required. A deep understanding of mechanical core competences, material selection, and manufacturing methods is essential. Knowledge of high voltage products would be beneficial. Advanced skills in numerical methods for Mechanical simulations are necessary, with experience in software suites like ANSYS Workbench or COMSOL being preferential. Knowledge of programming languages such as MATLAB, Mathcad, Python, and Ansys ACT is important for creating custom simulations and analyzing data. Good proficiency in 3D-CAD modeling and knowledge of cPLM and Windchill is desired. Experience with structural testing, fiber optics, and application of different sensors (e.g., strain gauges, load cells, accelerometers) would be advantageous. You should bring a high level of self-motivation, curiosity, and a desire to learn new technologies and simulation methodologies. The ability to work independently with minimal supervision as well as collaborate effectively in a team to deliver high-quality results on time is essential. As you will be part of a global business, willingness to travel and fluency in written and spoken English are required.,
