Your tasks:

• Accompanying the creation of single line diagram, earthing overview diagrams, analysing the design requirements especially for equipotential bonding and earthing schemes.
• Lightning risk assessment and evaluation as per IEC 62305.
• Establishing design standards for shielding, grounding, and filtering.
• Working on Grounding, EMC and Lightning Protection for the entire turbine and electrical system.
• Supporting Engineering Change Order and supplier problem sheets.
• Knowledge on Quality tools for product development and assessment.
• Qualification of electrical systems, sub-systems, and components.
• Extensive collaboration with internal/external stakeholders.
• You will work closely with the global team of highly qualified professionals. You will also collaborate and have extensive contact with other departments, as various projects are staffed with multi-disciplinary experts in the company.
• Early contribution to preliminary & critical design and topology reviews
• Defining and specifying verification and validation activities of electrical systems.
• Compile technical parameter of electrical components and prepare reports on existing or potential electrical components Development.
• Collaboration in concept and feasibility studies.
• Collaboration in agile development teams.
• Development of comprehensive electrotechnical circuit documentation.
• Review of circuit diagrams and related documentation.

Your qualifications:

• Bachelor degree with relevant engineering field.
• Experience in grounding / earthing system & equipotential bonding, lightening protection zones, medium voltage systems.
• Experience in wind domain should be an added advantage.
• Experience with standard:
  • IEC 62305 – Lighting Protection Standard.
  • IEC 61439 - Safety requirements for low-voltage switchgear and control gear
  • IEC 60204 – 1 Safety of machinery - Electrical equipment of machines
  • IEC 61400-24 – Wind energy generation systems: Lightning protection
  • Machinery Directive 2006/42/EG.
• Experience with design of electrical systems
• Experience with verification and validation of electrical system components including type testing
• ePlan or electrical CAD experience.
• Proficient in using PLM tools.
• Experience in using or desire to learn the required software/tools.
• Proactive and self – assured.
• Flexibility and efficient working attitude.
• Team player but ability to work independently.