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Mechanical Engineering Master's Programme

Explore advanced mechanical systems, sustainable energy design, and high-level simulations at Aarhus University.

Best for:Best for analytical engineering graduates looking to specialize in advanced simulations, sustainable mechanical design, and complex systems.

Aarhus University (AU) · Aarhus, Denmark · R1 · First-stage researcher
More professors at Aarhus University (AU)
Mechanical DesignComputational Fluid DynamicsSustainable Energy SystemsAdditive ManufacturingSolid Mechanics
This is a masters position — not a PhD studentship.
Deadline
—
Funding
—
2 years
Start date
flexible
Full-time
Location
Aarhus
Denmark

Overview

The Master's programme in Mechanical Engineering at Aarhus University equips students with a robust theoretical foundation and practical skills to tackle modern engineering challenges. Students investigate core topics such as elasticity, plasticity, computational simulations, and sustainable manufacturing processes. Teaching directly integrates faculty research, allowing participants to apply advanced methods to real-world industrial and societal problems. Graduates acquire comprehensive expertise suited for careers in renewable energy, robotics, automotive engineering, and advanced manufacturing.

mechanical engineeringmaster programmecomputational simulationsrenewable energyroboticsAarhus University

What you'll do

  • Engage in lectures and research-informed teaching across core mechanical engineering subjects
  • Apply high-level theory and advanced computer simulations to complex engineering problems
  • Design and optimize mechanical structures, energy systems, and manufacturing processes
  • Collaborate on interdisciplinary engineering projects and practical applications
  • Develop sustainable solutions utilizing modern materials and additive manufacturing techniques

Requirements

Degree required: Bachelor of Science in Engineering or equivalent qualification

Degree offered: Master of Science in Engineering

Language: English proficiency as required by the university admissions standard

Instruction: English

Required skills
  • Solid background in core mechanical engineering disciplines such as elasticity and plasticity
  • Proficiency in applying advanced mathematical and theoretical concepts to engineering
  • Ability to utilize computer simulation tools for complex constructions and flows
  • Strong analytical and problem-solving skills for technical design challenges
Nice to have
Experience with CAD and finite element analysis softwarePrior project work in sustainable energy or automated systems
Eligibility
  • Applicants must hold a relevant qualifying Bachelor's degree

Funding & terms

Type
Unknown
Amount
—
Duration
2 years
Programme
—

Programme and admissions

Admissions not verified

A catalogue listing does not mean applications are open or funding is guaranteed. Check the source for your intake.

Intake
Not confirmed by the source
Duration
Not confirmed by the source
Teaching language
Not confirmed by the source
Taught / research mode
Not confirmed by the source
Study mode
Not confirmed by the source
Campus
Not confirmed by the source
Prerequisites
Not confirmed by the source
Application instructions
Not confirmed by the source
Tuition
Not confirmed by the source
Funding
Not confirmed by the source

How to apply

Interested applicants should submit their admission application through the official university application portal following the designated guidelines and deadlines.

Documents required
  • BSc degree certificate and transcripts
  • Proof of English proficiency
↗Check programme and admissions

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Check admissions, intake and funding with the official source; a listing does not mean applications are open.