MSc courses
Below you find an overview of all Master courses taught by the six Materials Technology research groups. The coures are categorized by research group.
Polymer Technology
Mechanics of Materials
Soft Tissue Biomechanics & Engineering
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8W100 - Numerical Analysis of Continua II
The course is a follow-up on Numerical Analysis of Continua I. The first course was on geometrically linear problems. The current...
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8W030 - Numerical analysis of continua I
As a continuation of the course 8w290, Analysis of Continua, this course focusses on Finite Element Techniques to generate...
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8W300 - Stem cells
Stem cells play an important role in the development, maintenance and regeneration of biological tissues and hence form an...
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8S130 - Course molecular and cell biological techniques
The main goal of this course is to teach several important molecular and cell biological techniques. Students will work on several...
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Orthopaedic Biomechanics
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8R000 - Introduction to Regenerative Medicine and Technology
The course will consist of a fulltime program for 10 weeks. The following themes will be addressed: Week 1: Introduction and...
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8S130 - Course molecular and cell biological techniques
The main goal of this course is to teach several important molecular and cell biological techniques. Students will work on several...
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8F170 - Clinical module Orthopaedics
De patiënt staat centraal in iedere activiteit van deze module, waarbij het kader wordt gevormd door etiologie, diagnostiek en...
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8W060 - Biological mixtures
First, the concepts from mechanics and thermodynamics are rehearsed for single component mixtures. Next mixture theory is dealt...
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8W130 - Tissue engineering
Introduction to tissue engineering: definition and historical prespective Limitations of existing biomaterials solutions....
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8W280 - Tissue mechanics
Principals of anisotropy, poroelasticity, non-linear elasticity and beam theory will be taught and explained with application to...
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8W080 - Bone Mechanics
Bone has a load-carrying function in the body, and an associated (micro)structure, which makes it light, as well as stiff and...
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8W010 - Cartilage mechanics
Cartilage is a firm connective tissue found on the surface of bones. Its main function is to allow load transfer and translational...
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Cardiovascular Biomechanics
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8W320 - Vascular mechanics
Using anatomical and morphological features and physiological demands, the typical three-layer structure of circulatory vessels...
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8W220 - Cardiovascular Biomechanics: special topics
N/a
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8F250 - Clinical module Cardiovascular diseases B
De klinische module wordt opgedeeld in drie delen: de prediagnostische fase met speciale aandacht voor theoretische achtergronden,...
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8F110 - Clinical module Cardiovascular diseases A
De klinische module wordt opgedeeld in drie delen: de prediagnostische fase met speciale aandacht voor theoretische achtergronden,...
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8W310 - Cardiovascular fluid-structure interaction
An important factor in the functioning of our cardiovascular system is the interaction between the fluid (blood) and elastic media...
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8W160 - Cardiac Modeling
Time course of pressure, volume and flow during the cardiac cycle Origin and propagation of the action potential Mechanical...
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8W270 - Fluid biomechanics
Governing equations (mass, momentum, energy) of 1-compement and multi-component fluids Computational methods (short...
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8W110 - Pathophysiology of the cardiovascular system
After a short introduction and overview of normal anatomy, physiology, and pathology of the cardiovascular system, non-invasive...
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8W090 - Cardiovascular fluid mechanics
The main part of the course is dedicated to the description of flow in straight, curved and bifurcating, rigid and deforming...
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