Company Profile:

Vestas is the world leader in wind technology and a motivation in the development of the wind power industry. Vestas’ core business comprises the development, manufacture, sale, marketing and maintenance of Wind Turbines. Come and join us at Vestas!

Job description:

Vestas is the energy industry's global partner on sustainable energy solutions. We design, manufacture, install, and service wind turbines across the globe, and with more than 105 GW of wind turbines in 80 countries, we have installed more wind power than anyone else. Through our world leader in smart data capabilities and unparalleled more than 86 GW of wind turbines under service, we use data to interpret, forecast, and exploit wind resources and deliver best-in-class wind power solutions. Together with our customers, Vestas' more than 20k employees are bringing the world sustainable energy solutions to power a bright future. Vestas promotes a diverse workforce which embraces all social identities and is free of any discrimination. We commit to create and sustain an environment that acknowledges and harvests different experiences, skills and perspectives, and gives everyone equal access to opportunity.

Vestas Power Solutions is the cornerstone of Vestas. Through innovation, development and continuous product improvement we build the products and technologies that reduce the cost of energy and bring the highest possible value to our customers. To put it short: Vestas Power Solutions develops the wind power systems of the future.

Part of the multi-disciplinary Nacelle Cover Sub module has total of 14 Significant Structural / Mechanical engineers responsible as technical leads, Functionals leads and Design Engineers with FEA, CAD and ECM competences.

Responsibilities

FEA assessment and working on local and global FEA modelling for Nacelle Cover Panels

Work along with Project team to understand the scope define the load requirements and safety factors for Nacelle Cover panels and Mechanical components

Writing the Design verification / Design Validation reports for our Nacelle cover panel 

Design for functionality, including functional interfaces

Design performance and reliability including lifetime estimates of the design

Design verification (incl. FEA), validation and reports

Design risk associated to the Nacelle cover panels 

Design Nacelle cover panels for safety and cost optimization

Working closely Product certification (DNV and Other certification)

Generate solutions for design challenges

Delivery of projects design work through gates, matching specifications for function, cost, quality, and time for Nacelle cover panels

Robust, reliable, efficient design solution with highest performance at the lowest cost across the value chain

Qualifications

Bachelor's & Master's in Mechanical / Polymer / Similar / Engineering or similar

Total 7+ years of experience in structural design and Finite element analysis from any heavy engineering industries

Minimum of 5+ years of experience in Finite Element Analysis with software tools such as Ansys / Workbench

Deep understanding in composite materials & Manufacturing process & application are good have

Strong foundation in structural mechanics & Analysis technics 

Exposure to programming scripting language like Python, Matlab, etc. are good to have

Good knowledge in CAD software like CREO is advantage

Ability to create and maintain engineering documents like verification reports & compliance documents

Competencies

Adept Knowledge in Composites Material properties and manufacturing process ( Preferably wind turbine Nacelle Cover panel ) 

Ansys work bench and Global modelling experience with Pre and post calculation for composite panels 

Hands on experience bolt verification tools and hand calculation

Generate Design Verification report for product certification

FEA scripting

Topology optimization

Understanding of turbine loads and Technical understanding of a Wind Turbine Generator

Knowledge of Wind Industry Standards

Knowledge about extreme and fatigue analysis

Knowledge in system interface design & stakeholder management

Knowledge about composite manufacturing methods

Knowledge of system engineering tools like DFMEA, HSE assessments documentation

Knowledge about Test & Verification: Understand set up of testing & test result analysis

Supplier interaction

3rd party certification

Engineering drawing: knowledge of international engineering design and drawing standards

Understanding a product life cycle/value chain