Mechanical engineer jobs for Onshore Wind Park projects

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Project overview

An onshore wind park project encompasses the meticulous planning, innovative design, precise construction, and seamless operation of a wind park on terrestrial grounds. A dedicated and collaborative team of skilled engineers, proficient project managers, and experienced contractors work harmoniously to ensure the safe and efficient installation of the wind turbines, as well as the seamless connection of the wind park to the power grid. The ultimate objective of this remarkable endeavor is to harness the boundless power of renewable energy from these majestic turbines, illuminating countless homes and empowering thriving businesses in the surrounding vicinity.

Roles and techniques

Project manager Electrical engineer Civil engineer Mechanical engineer Construction manager Site Analysis and Selection Electrical Infrastructure Wind Resource Assessment Turbine Procurement Turbine InstallationInfrastructure ConstructionGeographic Information Systems (GIS)

Your new job as Mechanical Engineer

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As a mechanical engineer on an onshore wind park project, your main responsibilities would include designing, testing, and maintaining the mechanical components of the wind turbines, such as gearboxes, generators, and blades. You would also work closely with other engineers and project managers to ensure that the mechanical systems integrate seamlessly with the overall design of the wind park. Additionally, you would be responsible for ensuring that all mechanical components meet safety standards and regulations, and that they are installed and maintained properly throughout the life of the project.

Location & travelling

  • Region Arnhem
  • Free Parking available
  • 3 minutes from bus stop
  • 12 minutes from Arnhem central station

  • Travelling during the Job (average):
    • Weekly 60 km to wind park location
    • Monthly 2 days to Germany
    • Yearly 1 week San Francisco

Meet your new team

Meet your team

(see full Interactice Chart only on desktop)

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Frequently used skills by team


Project Management Reporting Wind Turbine Design Fluid Mechanics Technical Calculations Electrical Systems System Design Electrical DesignProblem-Solving Leadership Task Delegation Analytical Team Player Communication CreativityAutoCAD MATLAB SimulinkDutch English

Your skills


Skills you will bring:

Wind Turbine Design

Fluid Mechanics

Analytical

Team Player

Reporting

Materials Knowledge

Team Management

Cost Analysis

Skills you learn


Skills you will improve:

Wind Turbine Design

Fluid Mechanics

Analytical

Team Player

Reporting

Materials Knowledge

Team Management

Cost Analysis

         
Basic Novice Intermediate Advanced Expert
         
Basic Novice Intermediate Advanced Expert
Your current Skills

Skills that you master:
Wind Turbine Design
Team Player
Fluid Mechanics
Analytical
Reporting
Cost Analysis
Materials Knowledge
Team Management
Skills you will learn

Skills you will improve:
Wind Turbine Design
Team Player
Fluid Mechanics
Analytical
Reporting
Cost Analysis
Materials Knowledge
Team Management
Let's meet each other soon

All about your new job

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You make the choice to meet us and you decide if our project and team matches with your ambitions. Let us tell you more about the job we offer you!

Your ambitions matter

As a company, we understand the importance of attracting and retaining top talent like yourself, and we strive to create an environment that supports your professional development and growth. We offer a variety of training and development opportunities to help you expand your skillset and stay up-to-date with the latest technologies and best practices in the field. In addition, our company culture is focused on collaboration, innovation, and continuous improvement, providing you with a stimulating and rewarding work environment.

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the-impact-of-your-job

The impact of your job

Your impact is significant! Your expertise in mechanical systems, design, and optimization will help ensure that the wind turbines are constructed safely, efficiently, and effectively. You play a crucial role in ensuring that the wind park meets its energy production goals while also minimizing costs. Additionally, your contributions help ensure that the wind park operates reliably and efficiently over its lifetime.

Your reward & promotion

As a mechanical engineer, you can expect to earn a salary range of approximately €44,000 to €49,000 per year. With experience and demonstrated expertise, you could progress to roles with higher responsibilities and higher salaries (an increase of 5-10% within two years), such as a senior mechanical engineer or a project manager. Your career path could lead to opportunities for international assignments, specialized training, and professional development.

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you-have-success-when

You have success when...

... the wind turbines are designed and installed to function optimally.

... you are able to effectively troubleshoot and resolve any mechanical issues that arise.

... you maintained good communication and collaboration with other members of the project team.

... but most importantly, when you had a great day and are satisfied with your delivered work.

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Onshore Wind Park

Project information

Developing an onshore wind park is a challenging endeavor that demands the collective effort of numerous experts and organizations. The magnitude and intricacy of the project necessitate meticulous planning and seamless execution to guarantee its triumphant outcome. To accomplish this, an array of specialized equipment and innovative techniques are employed at every stage of the project's progression.

Project size

The size and cost of onshore wind park projects can vary significantly based on various factors including the number and size of turbines, location, and other considerations. From a small wind park with only a few turbines, costs can range from a few million euros to potentially hundreds of millions or even billions of euros for large-scale projects with numerous turbines.

Multiple factors influence these costs, such as the expenses associated with materials, construction, installation, transportation, and maintenance, as well as regulatory and permitting fees. The size and complexity of the project will also impact the number of professionals and companies involved and the duration required to successfully complete the undertaking.

Professionals and companies

An onshore wind park project attracts a wide array of professionals and companies throughout its various stages. The scale of the project determines the number of individuals involved, typically ranging from several hundred people to dozens of companies.

During the initial phases, a dedicated team consisting of developers, engineers, and project managers is responsible for conducting feasibility studies and evaluating the site's potential. As the project advances into the planning and design stage, the team expands to include additional engineers, construction managers, and environmental specialists. The construction phase welcomes the involvement of contractors, subcontractors, and equipment suppliers, leading to a significant increase in the number of professionals. Finally, during the commissioning and operational phases, maintenance crews and operators play a crucial role in the smooth functioning of the wind turbines.

The companies engaged in the project embody a diverse range, spanning from local contractors and suppliers to prominent international corporations. Among these are turbine manufacturers, engineering firms, construction companies, logistics providers, and energy utilities. The number of companies participating can vary, with larger and more complex projects typically involving a greater number. Overall, an onshore wind park project thrives on collaboration, uniting professionals and companies from various industries and locations.

Used equipment

To tap into the immense power of wind effectively, an onshore wind park project necessitates an array of specialized equipment. These remarkable machines and tools are indispensable for the construction, operation, and maintenance of the wind turbines and other essential infrastructure.

wind-turbine

Wind turbines

This is the central gear utilized in a wind park venture. It encompasses the towering structure, the graceful blades, the sophisticated nacelle, and various other essential components indispensable for harnessing the power of wind to generate electricity.
cranes

Cranes

When it comes to installing wind turbine components at great heights, large cranes take center stage. These impressive machines come in a range of sizes and capacities, perfectly tailored to the specific size and weight of the components they handle.
concrete-mixers-and-pumps

Concrete mixers and pumps

Concrete mixers and pumps are essential tools in constructing the rock-solid foundation for the wind turbine tower. This foundation must possess unwavering strength to withstand the immense weight of the tower and its blades, even during turbulent winds.
electrical-transformers

Electrical transformers

Electrical transformers play a vital role in transforming the low voltage electricity harnessed by wind turbines into a powerful high voltage stream, ready for efficient transmission along power lines.
maintenance-vehicles

Maintenance vehicles

Maintenance vehicles like trucks, SUVs, and ATVs are essential for reaching the wind turbines and their components to carry out routine maintenance and repairs.
met-masts

Met masts

Meteorological masts, also known as met masts, gather valuable information on wind speed, direction, temperature, and various environmental factors that significantly influence the production of wind energy. This vital data is essential in identifying the perfect locations for wind turbines and maximizing their overall performance.
Onshore Wind Park

Project timeline

Phase 1

Initiative & feasibility

The inception phase where the concept for the wind park takes shape and an in-depth analysis is undertaken to ascertain its practicality and potential success.

initiative-and-feasibility
Phase 1
Phase 2

Design & planning

This crucial phase involves the creation of meticulous design plans and the conducting of thorough environmental studies, all aimed at ensuring strict adherence to regulations and meeting the requirements of stakeholders.

design-and-planning
Phase 2
Phase 3

Engineering & tendering

This is the crucial stage where meticulous engineering plans take shape and the selection process for contractors to carry out the construction phase begins with the release of tenders.

engineering-and-tendering
Phase 3
Phase 4

Construction

Building the wind park involves various stages, from laying the foundation and installing towering structures to assembling turbines and establishing a seamless grid connection.

 

construction
Phase 4
Phase 5

Commissioning

The commissioning stage is where the wind turbines undergo rigorous testing to ensure they are fully operational and meet all performance requirements with utmost precision.

commissioning
Phase 5
Phase 6

Operations & maintenance

The Operations & Maintenance phase ensures the efficient management and continuous maintenance of the wind park, guaranteeing its uninterrupted operation and optimal performance.

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Phase 6

Company roles

Government

The government holds a vital position in the onshore wind park project, playing a pivotal role in establishing regulations and policies for the advancement of renewable energy projects. They diligently issue permits and licenses while ensuring strict adherence to environmental standards. Additionally, the government may extend financial support to the project in certain instances.

Client

The client, often an energy or utility company, plays a vital role in the onshore wind park project. They collaborate closely with the consultant to establish project specifications, assess bids from contractors, and closely monitor the project's overall progress. With their expertise and guidance, the client ensures the successful generation and purchase of electricity from the wind park.

Consultant

The consultant acts as a trusted partner, offering valuable technical expertise and guidance to the client from start to finish. With their involvement in the design and planning phase, they assist in the selection of contractors and suppliers, ensuring top-quality collaboration. Additionally, the consultant diligently monitors project progress, guaranteeing compliance with project specifications and delivering successful outcomes.

Contractor

The contractor takes charge of the actual building process of the onshore wind park. This includes tasks such as preparing the site, setting up turbines and other necessary equipment, constructing access roads and infrastructure, and performing electrical and mechanical work. Working closely with both the client and the consultant, the contractor ensures that the project is successfully completed within the designated timeframe and budget.

Supplier

The supplier offers all the essential equipment required for the construction and functioning of the onshore wind park. This encompasses turbines, blades, transformers, and various other components. Moreover, the supplier also extends ongoing maintenance and support services to guarantee the seamless and efficient operation of the wind park throughout its entire lifespan.

 

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