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.

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.

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.