Blade Design Structures Engineer

It takes the brightest minds to be a technology leader. It takes imagination to create green energy for the generations to come. At Siemens Gamesa we make real what matters, join our global team.

Position Overview

• Wind power plays a critical role in securing a renewable energy future, with a forecasted 25x increase in offshore wind capacity by 2050. Siemens Gamesa Renewable Energy (SGRE) stands as the world leader in offshore wind power, with a growing backlog and significant investments in R&D. As the wind energy sector experiences unprecedented growth, SGRE remains at the forefront, driving innovation and shaping the future of renewable energy. Join us in our mission to propel the transition towards a cleaner, more sustainable energy landscape.

• The SGRE Blade Design department is instrumental in propelling the growth of the wind industry by designing the longest composite structures in the world. Our blades enable cost of energy optimization through technology innovation and systematic design practices. The department is composed of international multi-disciplinary experts in aerodynamics, structures, dynamics, and controls collaborating concurrently in an open, inspiring, and stimulating atmosphere in downtown Boulder, Colorado - an amazing place to work and live with the breathtaking backdrop of the Rocky Mountains and 300 days of sunshine. We believe in fostering a work environment that prioritizes both productivity and personal well-being. We empower our employees to thrive both personally and professionally by providing flexibility to manage work and life demands alongside our three-day office schedule.

• SGRE is driven by its engineers, who harness their curiosity and passion for innovation to create renewable solutions. As a Blade Design Structures Engineer, you'll play a pivotal role in designing new products and optimizing the blade structural performance.

• It is essential that you possess both the desire and the drive to evolve as a design engineer within our organization. Additionally, you should aim to progress into the role of a lead engineer, overseeing a team of 2-3 engineers and interfacing closely with other multidisciplinary leads on design projects. Consequently, possessing a customer-centric, collaborative mindset, along with exceptional communication and interpersonal skills, is paramount.

• Relocation may be offered for this role should it be necessary.

Responsibilities

• Performing conceptual and detailed design of composite structure for wind turbine blades

• Implementing new technologies needed to enable longer, lighter, and more cost-efficient blades.

• Integrating design for manufacturing and blade integrity considerations in blade design

• Assessing design-driving limits and proposing ideas to improve the multi-disciplinary blade design.

• Evaluating potential of new material and technology ideas to set direction for technology roadmaps.

• Contributing to the development of design, analysis, optimization, and visualization tools for structural simulations

• Collaborating with a diverse group of engineers in a global organization

Required Knowledge/Skills, Education, and Experience

• Master’s or Doctorate degree in Aerospace Engineering, Mechanical Engineering, or equivalent

• Minimum relevant experience: Master’s + 4 years or Doctorate + 2 year

• Experience with design and strength analysis of composite structures.

• Proficiency using Finite Element software (ANSYS, ABAQUS, or similar)

• Proficiency coding with MATLAB or similar

• Strong interest and natural curiosity for wind turbines and composite structures

• Self-motivation and a sense of urgency to drive and inspire

• Ability to communicate effectively with peers, chief engineers, and management both orally and in written reports

• 10% of traveling is required with the position.

• Qualified applicants must be legally authorized for employment in the United States. Qualified applicants will not require employer sponsored work authorization now or in the future for employment in the United States.

#Seniorlevel

Preferred Knowledge, Education, Experience and Skills 

• Master’s or Doctorate degree in Aerospace Engineering, Mechanical Engineering, or equivalent

• Minimum relevant experience: Master’s + 4 years or Doctorate + 2 year

• Experience with design and strength analysis of composite structures.

• Proficiency