The Electrical Technician is responsible for the initial installation of electrical systems in wind turbines, including wiring, electrical connections, and electronic components. He ensures compliance with technical standards and safety during installation.
He performs preventive maintenance on electrical equipment of wind turbines by conducting regular inspections, replacing faulty components, and checking lightning protection systems and surge protectors.
In case of malfunction or breakdown, he intervenes to diagnose and resolve electrical problems by conducting tests, measurements, and repairs on electrical circuits and electronic components of wind turbines.
He also coordinates with operations and maintenance teams to schedule interventions, ensure availability of spare parts, and ensure continuity of electricity production.
Electrical Installation: Install and connect electrical components of wind turbines, including cables, electrical cabinets, transformers, and control systems.
Preventive Maintenance: Conduct regular inspections of electrical equipment, perform cleaning and greasing operations, and replace worn or defective parts.
Electrical Troubleshooting: Diagnose and repair electrical faults in wind turbines using measurement tools and diagnostic equipment to locate and resolve problems.
Testing and Verification: Perform functional tests and safety checks on electrical systems, following established procedures and ensuring compliance with current standards.
Coordination of Interventions: Plan electrical maintenance interventions in collaboration with operational teams, ensure resource availability, and meet deadlines.
An Electrical Technician in the field of wind energy must possess the following skills:
Knowledge of electricity and electronics.
Ability to interpret electrical diagrams and wiring plans.
Troubleshooting and electrical repair skills.
Awareness of electrical safety standards and good maintenance practices.
Ability to work in a team and communicate effectively with other staff members.
The Offshore Substation Supervisor in the field of wind energy is responsible for supervising and coordinating the installation, commissioning, and operation of offshore substations, ensuring the efficient transmission of energy generated by offshore wind turbines.
The Offshore Cable Jointing & Termination Inspector in the wind energy sector is responsible for overseeing and ensuring the quality of cable jointing and termination operations between wind turbines and offshore substations, thereby ensuring efficient energy transmission.
The Wind Turbine Maintenance and Repair Technician, specializing in Operations & Maintenance, is responsible for carrying out preventive and corrective maintenance operations on wind turbines to ensure their proper functioning and optimal performance.
The Wave Radar Maintenance & Commissioner, in the field of wind energy and specifically in the Operations & Maintenance sector, is responsible for ensuring the proper functioning and maintenance of the wave radar, a crucial instrument for monitoring oceanic conditions and the safety of offshore wind operations.
An Electrical Engineer in the nuclear energy sector is responsible for designing, analyzing, and maintaining electrical systems and equipment used in nuclear power plants. This role ensures the reliability, efficiency, and safety of electrical installations in compliance with regulatory standards, contributing to the overall performance of nuclear operations.
A Piping Engineer in the field of nuclear energy is responsible for the design, analysis, and maintenance of piping systems used in nuclear power plants. This role ensures the reliability, efficiency, and safety of piping installations in compliance with regulatory standards, thereby contributing to the overall performance of nuclear operations.
A Welding Engineer in the nuclear energy sector is responsible for designing, analyzing, and supervising welding operations used in nuclear power plants. This role ensures the reliability, efficiency, and safety of welds according to regulatory standards, thereby contributing to the overall performance of nuclear operations.
An HVAC Engineer in the nuclear energy sector is responsible for designing, analyzing, and overseeing the heating, ventilation, and air conditioning (HVAC) systems used in nuclear power plants. This role ensures the reliability, efficiency, and safety of HVAC systems in accordance with regulatory standards, contributing to the overall performance of nuclear operations.
The Instrumentation & Control Specialist in the nuclear energy field is responsible for designing, installing, maintaining, and overseeing control and instrumentation systems used in nuclear power plants. This role is crucial for ensuring the accuracy, reliability, and safety of nuclear operations by making sure that all instruments and control systems function properly.
The Electrical Engineer during the construction phase of a nuclear energy project is responsible for supervising, coordinating, and validating electrical installation work on site. He/She ensures that all installations comply with technical specifications, nuclear standards, and safety requirements throughout the construction process. This role is critical to the smooth progress of the site and the successful commissioning of electrical systems.
The Mechanical Engineer during the construction phase in the nuclear energy sector is responsible for supervising the installation, inspection, and compliance of mechanical equipment on site (pumps, heat exchangers, valves, metallic structures, etc.). He/She ensures that all mechanical works are carried out according to technical requirements, nuclear safety standards, and the project schedule.
The Welding Engineer during the construction phase in the nuclear energy sector is responsible for the technical supervision, quality monitoring, and regulatory compliance of welding operations on site. He/She is involved in the preparation, execution, and inspection of welds on mechanical components and structures (piping, pressure equipment, steel structures, etc.), in accordance with nuclear codes and safety requirements.
The Valve Engineer during the construction phase in the nuclear energy sector is responsible for the technical supervision, quality control, and regulatory compliance of valve systems (gate valves, safety valves, check valves, motorized or manual valves) on site.
The Piping Supervisor in the nuclear energy sector is responsible for coordinating, monitoring, and inspecting piping installation activities on construction sites. He/She ensures that the work is carried out in accordance with technical specifications, nuclear safety standards, and project schedules, while managing assembly teams or specialized subcontractors.
The Welding Supervisor in the nuclear energy sector is responsible for the technical oversight, quality control, and regulatory compliance of welding operations on site. He/She supervises the preparation, execution, and inspection of welds in strict accordance with nuclear safety standards, applicable codes (RCC-M, ESPN, ASME IX, etc.), and the project schedule.
The Instrumentation Engineer in the nuclear energy sector is responsible for the implementation, configuration, inspection, and validation of instrumentation and measurement equipment. He/She is primarily involved during the installation and commissioning phases of control and monitoring systems, ensuring their proper operation, compliance with technical requirements, and integration within the nuclear safety environment.
The Commissioning Engineer in the nuclear energy sector is responsible for preparing, executing, and analyzing the tests required for the progressive commissioning of systems and equipment within a nuclear facility. He/She acts as an interface between engineering, construction, commissioning teams, and future operators to validate system compliance with technical, functional, and safety requirements.
The Construction Coordinator in the nuclear energy sector plays a key role in the daily supervision of on-site operations during the installation and commissioning phases. He/She ensures coordination among the various stakeholders on site (contractors, subcontractors, engineering, safety) to guarantee smooth progress of activities in compliance with quality requirements, nuclear safety, site security, and project deadlines.
The Commissioning Supervisor in the nuclear energy sector plays a key role during the final installation phase, ensuring all systems and equipment are properly tested and ready for safe operation. He/She is responsible for planning, coordinating, and supervising all commissioning activities, while ensuring compliance with nuclear safety, quality, and performance requirements.
The Instrumentation, Control Systems, Testing & Commissioning Specialist plays a critical role during the installation and commissioning phase of a nuclear power plant. He/She is responsible for ensuring the conformity, performance, and safety of control and instrumentation systems, from onsite integration to functional validation of the equipment.
The Valve Supervision Engineer during the Installation and Commissioning phase in the nuclear sector is responsible for coordinating and supervising the implementation, adjustment, and testing of valve equipment (motorized valves, safety relief valves, check valves, etc.).
The Mechanical Supervisor during the Installation and Commissioning phase in the nuclear sector is responsible for coordinating, monitoring, and validating the final installation, mechanical testing, and compliance of equipment prior to operational handover.