Postdoc: Modelling & Optimization of Composite Structures

Aalborg-University; Aalborg; On-site; DKK 360,000 - 420,000; Full time

Job summary

Aalborg University invites applications for a postdoctoral position focused on modelling and the structural optimization of composite structures, including wind turbine blade applications. The role emphasizes computational methods, design for manufacturing, and robust optimization in an international, research-driven environment.

You will contribute to research and teaching within the Solid and Computational Mechanics group, developing advanced numerical models and collaborating with industry

Qualifications

• PhD required in mechanical engineering or closely related field.
• Strong background in solid and computational mechanics.
• Experience with finite element methods and numerical models for structural analysis.
• Familiarity with structural optimization approaches (sizing, shape, topology).
• Ability to present research clearly in papers and at conferences.
• International collaboration and English communication skills.

Responsibilities

• Conduct advanced research and contribute to teaching within composites and sandwich structures.
• Develop and apply finite element models for static strength, fatigue, and optimization.
• Engage in design for manufacturing, sustainability and robust optimization integrated into research.
• Publish results and present at conferences; collaborate with industrial partners as appropriate.
• Coordinate teaching and supervision across bachelor and master level courses.

Skills

Solid mechanics

Computational mechanics

Finite element methods

Structural optimization

English communication

Education

PhD in mechanical engineering

Job description

Aalborg University invites applications for a postdoctoral position focused on modelling and the structural optimization of composite structures, including wind turbine blade applications. The role emphasizes computational methods, design for manufacturing, and robust optimization in an international, research-driven environment.

You will contribute to research and teaching within the Solid and Computational Mechanics group, developing advanced numerical models and collaborating with industry