Good understanding of the application of mechanical engineering principles such as stress analysis and calculations
Familiarity with the application of FEA tools, such as Creo Simulate or Ansys
Familiarity with Seismic studies under different standard such as IEEE693.
Proficient with 3D CAD tools, preferably Creo 4.0 or over and Windchill PDMlink
Aware of mechanical design to external standards (e.g. BSI, ISO, IEC, EN...).
Aware of industrialisation constraints
Familiar with detail manufacturing drawings and drawings templates.
Aware of requirements capture principles.
Competent specification & report writing such as technical notes.
Aware of EHS compliance in design and engineering.
Strong problem-solving skills.
Mechanical engineering expertise at graduate level, or equivalent experience, with a good technical understanding of general mechanical engineering principles.
Typically educated to degree level or higher in a relevant discipline such as Mechanical Engineering or Engineering Science.
Some professional experience in a mechanical engineering environment is desirable.
Ability to think innovatively and apply engineering knowledge to practical design and development challenges.
An enquiring mind and desire to learn new skills, an ability to apply different engineering methods and a willingness to share knowledge are essential qualities.
Ambition to work towards professional registration.
Prior experience of the design of electrical transmission equipment or power electronics equipment.
Prior experience of design for manufacture.
Awareness of intellectual property and the patent process.
Site experience of installation, commissioning and/or maintenance.
PLM experience.
Evidence of sharing knowledge and experience.
Electrical experience or understanding of electrical principals.
Understanding of DFMEA & PFMEA.
Prior experience in a manufacturing environment.
Specific Abilities
Able to work to deadlines with high quality.
Good technical communication.
Independent and team worker (Pro-Active).
Attention to detail.
Additional Information
Relocation Assistance Provided: No
Additional Information
Job Description Summary
As part of the Mechanical Engineering team based in Stafford, the candidate will report to the Mechanical Engineering Team Leader within the HVDC Valve Converter Engineering function. The successful candidate will be part of a highly motivated and dynamic team of engineers working on the development and deployment of existing and new power electronics applications for power systems, particularly for HVDC converters and the forthcoming "HVDC Grid." This is a very exciting and dynamic field of power engineering in which GE's leading contribution has worldwide recognition. HVDC Valve Converters are large and complex structures, with typical dimensions of several metres in each direction and weighing many tens of tonnes. The design and development of such converters are technically challenging and involve a variety of engineering disciplines, contributions through teamwork, and an innovative approach.
The role offers an excellent opportunity for a motivated candidate to innovate, expand their design skills, and support their personal development within an internationally recognised company in this exciting field. While based at the HVDC Centre of Excellence in Stafford, there will be some international travel to collaborate with other GE teams, test laboratories, strategic suppliers, and contract customers.
Job Description
Roles and Responsibilities
Mechanical development and analysis of power electronic converter valves for HVDC & FACTs.
Perform mechanical engineering calculations and simulations, with a focus on stress analysis of solids.
Application of specifications into key components such as structural steel and composites, cooling systems, corona shields & insulators to capture and translate design intent to stakeholders.
Support industrialization, site works and commissioning.
Issue, review and approve drawings.
Issue, review and approve design documentation.
Carry out validation and contribute to reporting of tests.
Innovation of new technical ideas for patent applications.
Integration with other engineering departments for product development and project teams.
Industrialization of the validated design by interacting with stakeholders.
Actively broadening and deepening HVDC knowledge and sharing specialized expertise to other engineers of any level.
Strict adherence to standards and legislation.
Promotion and adherence to EHS policies within the team.
Occasional global travel for product validations and supply chain integration + site support.
Ge Vernova · Stafford, UK