Fracture Mechanics Characterization of Medical Adhesives (Master Thesis)

About the role

Join Coloplast’s Master Thesis Program to combine academic research with hands‑on experience in a global healthcare company. You will investigate fracture mechanics of medical adhesives used in ostomy products, developing experimental methods and predictive models.

Key responsibilities

• Design and conduct mixed‑mode (Mode I & II) experimental tests on medical adhesives.
• Measure cohesive traction‑separation relationships and extract material parameters.
• Implement parameters in finite‑element simulations to predict peel forces and product performance.
• Collaborate with the Simulation Team and engineering analysis experts.
• Document findings and contribute to scientific foundations for adhesive development.

Required profile

• Mechanical Engineering (or related) background, preferably at master’s level.
• Hands‑on experience with Finite Element Methods.
• Knowledge of Strength of Materials II concepts.
• Programming experience in Matlab, Fortran or Python.

Required skills

• Finite Element Methods
• Matlab
• Fortran
• Python

What we offer

• Dedicated Coloplast sponsor and regular feedback sessions.
• Access to business stakeholders, data and relevant systems.
• Learning activities and professional development support.
• Networking opportunities with fellow participants and Coloplast staff.
• Office facilities at the Humlebæk headquarters.
• Laptop and system access for the project duration.
• Exposure to real business challenges and the chance to make a meaningful impact.