
Master’s Thesis Position in Sustainability-Based Structural Optimisation
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Salary analysis
Compared with the selected benchmark ("All roles in Espoo, Finland"), this listing's salary midpoint is about 21% lower. The offer still falls within the benchmark range (€2,150–€4,500). Range-width comparison is limited because one of the salary bands is incomplete. This benchmark is based on 701 comparable listings.
| Market | Lower bound (25th percentile) | Median | Upper bound (75th percentile) |
|---|---|---|---|
| All roles in Espoo, Finland | €2,150/per month | €2,688/per month | €4,500/per month |
| From job ad (Intern) | €2,622/per month | €2,622/per month | €2,622/per month |
The Department of Energy and Mechanical Engineering at the Aalto University School of Engineering invites applications for Master’s Thesis Position in Sustainability-Based Structural Optimisation. The project focuses on sustainability-driven optimization of hybrid multi-material structures, balancing environmental and circularity goals with structural performance, stiffness, and cost. The thesis will be carried out in the Advanced Marine Structures group, under Professors Heikki Remes and Jani Romanoff, with support from the HybridS consortium of leading industry companies. The role involves developing a multi-objective optimization method, formulating models, and evaluating designs via case studies to produce an optimization workflow and recommendations for practitioners. Requirements include a Master’s student in mechanical, civil, aerospace, materials, naval architecture, or related disciplines with solid grounding in structural mechanics, familiarity with LCA, finite element methods, and basic scripting (Python or MATLAB). The position offers a meaningful research topic, supervision, access to modelling resources, and a salary of 2622 €/month. Location is Otaniemi campus, Espoo, Finland.
Job Details
Responsibilities
- Develop a multi-objective optimization method balancing structural performance, cost, and life cycle assessment (LCA).
- Formulate analytical and/or numerical models and define objectives and constraints.
- Explore trade-offs through Pareto analyses and sensitivity studies.
- Evaluate candidate designs using representative case studies and benchmark results.
- Deliver an optimization workflow and practical recommendations for practitioners.
Requirements
- Master’s student in mechanical, civil, aerospace, materials, naval architecture, or closely related discipline with a solid grounding in structural mechanics and a keen interest in sustainable design, multi-material structures, and optimization.
- Familiarity with LCA, finite element methods, and basic scripting (e.g., Python or MATLAB) is an asset.
Skills & Technologies
Education Level
MastersBenefits & Perks
Recruitment Process
- 1Review of applications
- 2Possible interviews
- 3Decision notification

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