PRESENT COURSES

PAST COURSES

Structuur en Eigenschappen van Materialen         

4052STEVMY (SEM)            ECTS: 6 

BSc Program on Molecular Science & Technology

2nd year, 4th Term


Soft materials materials are present in a large part of traditional everyday chemical and food products as well as in high-tech applications. This course provides a comprehensive overview of "soft materials”, their applications in various fields ranging from nano-medicine to energy, their synthetic strategies and explores the relationship between their structure, dynamics and physical properties.

 
Soft Matter for Chemical Products

CH3372a (SMP)            ECTS: 3

MSc Program on Molecular Science and Technology

2nd Term


This course considers the relation between soft material composition and structure and how they can be used or modified to take part in the development of a chemical product. In this course students learn the foundations underlying the behavior of soft matter and fundamental knowledge is then related to advanced products from sensing, coatings, to bio-medical and health care materials as well as materials for energy such as fuel cell membranes.

 

NATIONAL GRADUATE SCHOOLS

MSc Program in Materials Science & Engineering


Structure/Property Relation of Advanced Chemical Products - CH3172 

Nanostructured Polymers - CH4151TU

Advanced Polymer Applications II - CH4081MS

Polymer Dynamics and Modelling II - CH4061MS
Polymer Structure and Characterization - CH4041MS
Practicum Characterization & Processing - CH4121MS

Properties of Materials - Polymer part - MS4081

Structure of Materials II - Polymer part - MS4041MS

"Polymer Networks" at the National Dutch
Graduate School PTN, (RPK) "Polymer Physics"

"Rheology of Self-Assembled Systems", National PhD course on Supramolecular Chemistry


"Small-Angle Neutron Scattering" PhD-school Crystal and Structure Research, X-rays and Neutrons in Material Science

Advanced Soft Matter

Polymer Science

CH4011MS          ECTS: 4

MSc Program on Materials Science & Engineering

4th Term


An introduction to polymer science including, chain modeling, general polymer principles, dynamics, reptation, rheology, glass transition, radiation scattering and self-assembly.