Uppsala University

Overview

The Master's programme in Additive Manufacturing at Uppsala University equips students with the skills to design and manufacture functional components using advanced additive manufacturing techniques, including 3D printing with metals, polymers, and sophisticated material systems. This course combines essential engineering principles with practical knowledge of printing technologies and materials selection, supported by research collaborations through the Ångström Laboratory.

What you'll study

This two-year full-time programme is structured to enhance your understanding progressively, from foundational materials and mechanics to advanced printing methods and design strategies. The curriculum typically spans four semesters, featuring a blend of lectures, project-based learning, and collaborative assignments.

Core courses include:

• Metal Printing Technologies
• Advanced Alloy Design
• Polymer Chemistry
• Printing Polymeric Materials
• Structural Mechanics
• Generative Design Principles
• Materials Selection and Optimization

Learning outcomes:

• Comprehend how process parameters affect microstructure and properties of printed components.
• Utilize materials selection techniques to align material and process with application requirements.
• Employ digital design methodologies, including generative design, to create manufacturable geometries.
• Evaluate mechanical performance based on principles of structural mechanics.

Capstone project:

The MSc programme culminates in a significant final project or thesis. Please refer to the official course details for specific requirements and credit allocation related to this component.

Entry requirements

To qualify for admission, applicants must possess a Bachelor’s degree (or its equivalent to a Swedish Kandidatexamen) from a recognized institution.

Additionally, candidates must fulfill the following subject distribution criteria:

• Materials background: A minimum of 60 credits in materials science, materials engineering, materials physics, or materials chemistry, or 60 credits in mechanical engineering with at least 10 credits in relevant materials disciplines.
• Mathematics: 15 credits, including coursework in linear algebra and calculus.
• Statistics: 5 credits.
• Mechanics: 5 credits.

Selection criteria: Admission decisions are based on the overall academic record and the quality of the submitted statement of purpose.

Career prospects