| 1 | Advanced Protein Crystallography | MLBB007 |
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| 2 | Advances in Chemical Biology | WMCH13009 |
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| 3 | Bio-based Products | CHBBP-09 |
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| 4 | Biocatalysis and Green Chemistry | MLGBB04 |
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| 5 | Biomaterials 2 | WMBE14003 |
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| 6 | Characterisation of Materials | WMPH13005 |
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| 7 | Chemical Catalysis | WMCH13010 |
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| 8 | Colloid and Interface Science | MLBMTCG |
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| Faculteit | Science and Engineering | | Voertaal | Engels | | Coordinator | J. Sjollema | | Docent(en) | J. Sjollema | | Onderwijsvorm | Werkcollege (T), Opdracht (ASM), Hoorcollege (LC) | | Toetsvorm | Presentatie (P), Verslag (R), Schriftelijk tentamen (WE) | | ECTS | 5 |
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| 9 | Colloquium | WMCH14001 |
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| 10 | Computational Chemistry | CHCMQC-08 |
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| 11 | Cross-disciplinary Materials Science | WMCH13001 |
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| 12 | Design of Industrial Catalysts | CHDIC-11 |
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| 13 | Final Exam | WMCH13004 |
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| 14 | Food Pharma Products | WMIE14005 |
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| 15 | Functional Properties | WMPH13004 |
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| 16 | Interfacial engineering | CHTCIE05E |
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| 17 | Introduction Science and Business | WNBIBEB08A |
This module will take place in two fases.
1. Theory Science and Business
2. Group project Science and Business
In the first three weeks you will follow an intensive program in which you get acquainted with important business concepts. After that you will train the skills to solve business cases and to write and present a feasible science advise to company owners. Most assignments will be done in groups and teams.
For more information see www.rug.nl/fwn/sbp |
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| 18 | Introduction Science and Policy | WNBIBEB08B |
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| 19 | Master research project | WMCH15001 |
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| Faculteit | Science and Engineering | | Voertaal | Engels | | Coordinator | Individual Supervisor | | Docent(en) | Individual Supervisor | | Onderwijsvorm | Bijeenkomst (S), Practisch werk (PRC) | | Toetsvorm | Practisch werk (PR), Presentatie (P), Verslag (R) | | ECTS | 45 |
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| 20 | Modern Laser Microscopy | CHMLM05E |
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| Faculteit | Science and Engineering | | Voertaal | Engels | | Coordinator | prof. dr. W.H. Roos | | Docent(en) | prof. dr. W.H. Roos | | Onderwijsvorm | Hoorcollege (LC), Practisch werk (PRC), Werkcollege (T) | | Toetsvorm | Schriftelijk tentamen (WE) | | ECTS | 5 |
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| 21 | Molecular Dynamics | MLBB005 |
Together with experiment and theory, computational modeling is one of the three pillars of modern science. In chemistry as well as in life sciences, modeling of the interactions between molecules is essential to understand the emerging behavior of complex systems. In particular the Molecular Dynamics (MD) simulation technique provides a detailed view of the behavior of molecules in space and time, at a resolution that cannot be attained by any single experimental technique.
In a series of lectures, the underlying theory (statistical thermodynamics), the diversity of molecular models (atomistic, coarse-grained), and numerical techniques (integration of extended Newton's equations of motion) used in MD simulations will be discussed. Applications of the technique will be shown, with a focus on simulation of biomolecular processes.
An important part of the course is hands-on experience using the GROMACS modeling software in a series of tutorials and practicals covering the basics of the techniques and selected applications, e.g. self-assembly of lipids in water or sampling the conformational space of proteins. |
| Faculteit | Science and Engineering | | Voertaal | Engels | | Coordinator | prof. dr. S.J. Marrink | | Docent(en) | dr. A.H. de Vriesprof. dr. S.J. Marrink | | Onderwijsvorm | Opdracht (ASM), Hoorcollege (LC), Practisch werk (PRC) | | Toetsvorm | Practisch werk (PR), Presentatie (P), Schriftelijk tentamen (WE) | | ECTS | 5 | | Entreevoorwaarden | This course is intended for students of the GBB Top-program Biomolecular Sciences and for students from the same level of other
related programs (e.g. Top programs from Guide, BCN). It is also admissible for all master students in the fields of life- and natural
sciences with a keen interest in biophysical chemistry and in particular molecular dynamics simulations. This is a Top-program
module. Conditional admission for regular master students is possible, in particular, European students of the Erasmus Mundus
program. |
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| 22 | Molecular Quantum Mechanics 1 | CHMQ105E |
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| 23 | Molecular Quantum Mechanics 2 | CHMQ205E |
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| 24 | Organic Synthesis: Methods and Strategy 1 | CHOMS105E |
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| 25 | Organic Synthesis, Methods and Strategy 2 | CHOMS205E |
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| 26 | Organometallic Chemistry | CHOMC05E |
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| 27 | Photovoltaics Science and Energy | WMCH17007 |
In this first and only course on photovoltaics within the university of Groningen, many aspects of solar cells will be dealt with. First,
a broad introduction is provided regarding energy, energy scenarios, the possible role of solar energy and photovoltaic (PV) solar
cells. We continue with the fundamental physics of solar cells and materials. In the second half of the course, we discuss PV
systems as well as advanced technologies and “third generation” PV concepts There will be special emphasis on molecular
(“organic”, “plastic”) PV in relation to the ongoing research on this topic within the University of Groningen. One third of the course
comprises writing a report and presenting a poster at a plenary poster session about a specific subject in the realm of opportunities
and limitations of PV in the (future) landscape of energy use and supply |
| Faculteit | Science and Engineering | | Voertaal | Engels | | Coordinator | prof. dr. J.C. Hummelen | | Docent(en) | prof. dr. J.C. Hummelenprof. dr. L.J.A. Koster | | Onderwijsvorm | Hoorcollege (LC), Opdracht (ASM), Werkcollege (T) | | Toetsvorm | Presentatie (P), Schriftelijk tentamen (WE), Verslag (R) | | ECTS | 5 | | Entreevoorwaarden | Guest lecturer: dr S Veenstra (ECN)
The course unit assumes prior physics knowledge acquired from 'Structure of Matter 2' (BSc Physics) or 'Solid State Physics 1(C)'(BSc Physics) or 'Physical Properties of Materials I' (BSc Chemistry). The chemistry part of the course assumes prior knowledge from 'Molecules: structure, reactivity and function' (BSc Chemistry & Chemical Engineering).
Or other comparable bachelor courses from other BSc degree programmes.
This course is not open to students who already passed the Solar Cells (CHPHV-08) course. | | Opmerkingen | All material used in the course is available on Nestor. For each item, it is indicated precisely to which extent the student has to learn this specific material.
The written exam has to be passed with a minimum of 50 points (50/100). FGC=(4*FE+WR+PP)/6. FGC = final grade; FE= exam; WR = written report; PP= presentation and poster. Lecturers round FGC to 0,5 point precision, except 5,5. ECTS given after FGC sufficient (≥6). When both project grades (presentation/poster and written report) are ≥6, they remain valid.
The poster presentation session is mandatory. Consequence for missing: no points for the poster part of the course (1/6 of the max grade points) |
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| 28 | Physical Methods for Chemical Analysis | WMCH13003 |
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| 29 | Polymer Physics | CHPPH05E |
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| Faculteit | Science and Engineering | | Voertaal | Engels | | Coordinator | G. Portale, PhD. | | Docent(en) | G. Portale, PhD. | | Onderwijsvorm | Hoorcollege (LC), Werkcollege (T) | | Toetsvorm | Schriftelijk tentamen (WE) | | ECTS | 5 |
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| 30 | Polymer products | CHTPP05E |
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| 31 | Product Focused Process Design | CHPFPD-10 |
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| 32 | Protein and Enzyme Engineering | MLBB006 |
Tresponsible for biochemical reactions, and are highly important for applied biocatalysis, synthetic biology, biodegradation, and for
diagnostics and therapeutics in medicine. They are attractive catalysts for the production of useful compounds because of the
regio- and stereoselectivity, the broad application area, and the possibility to carry out bioconversions under mild conditions.
Applications of enzyme and proteins often require protein engineering aimed at increasing the catalytic activity or binding affinity or
protein stability. For this, fundamental insight in structure-function relationships is of key importance. Furthermore, knowledge about
methods in structure-based protein engineering and directed evolution contribute to solving many other problems in biomolecular
sciences. The course trains students in the scientific background of protein engineering, including directed evolution, as well as the
use of protein structures and computational methods. The course includes computer practicals (basic design) and some laboratory
work to make students familiar with different modern approaches. Students are also trained in the ability to examine recent
literature to critically present and discuss strategic options and experimental results. |
| Faculteit | Science and Engineering | | Voertaal | Engels | | Coordinator | prof. dr. D.B. Janssen | | Docent(en) | prof. dr. ir. M.W. Fraaijeprof. dr. D.B. Janssen | | Onderwijsvorm | Hoorcollege (LC), Opdracht (ASM), Practisch werk (PRC), Werkcollege (T) | | Toetsvorm | Opdracht (AST), Practisch werk (PR), Presentatie (P) | | ECTS | 5 | | Entreevoorwaarden | The course requires prior knowledge about biochemistry, bioenergetics, molecular biology and organic chemistry, all studied in the first or second years of the BSc program Chemistry (track Life or Sustainability) or Biology (track Molecular Biology). The course is therefore included as an elective in the MSc program Chemistry, with specialization in Biochemistry or Chemical Biology. In view of the wide applicability of protein engineering methods in biomolecular research, it is mandatory in the Top track Biomolecular sciences. Whereas it is possible for up to 14 students to follow both the theoretical and practical part in a single 3 week period, this may be too impractical for MsC students Chemistry that have parallel courses. Therefore, it is possible to follow in the indicated period only the theoretical part, including the assignment, and do the practical part later (Chemistry version) |
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| 33 | Reaction Mechanisms | CHORM05E |
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| 34 | Science and the Public | WMEC17003 |
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| 35 | Science Communication Skills | WMEC13004 |
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| 36 | Scientific Integrity | WMCH16008 |
| The student will be exposed to various topics on the research misconduct in plagiarism, proper way of allocating credit, whistleblowing. The course will also include case studies for typical examples of research misconduct. The case study will be also extended to two famous real cases in research history. |
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| 37 | Second research project 15 ECTS* | WMCH13006 |
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| 38 | Selected Topics in Theoretical Chemistry | CHF4205E |
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| 39 | Stagetraject bedrijf en beleid | WNBIBEBS08 |
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| 40 | Stereochemistry | CHOSC05E |
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| 41 | Structure at Macro, Meso and Nano Scale | WMPH13003 |
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| 42 | Structure determination with spectroscopic methods | CHSPSM05E |
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| 43 | Supramolecular chemistry | CHC3133E |
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| 44 | Sustainability for Engineers | CHSFE05E |
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| Faculteit | Science and Engineering | | Voertaal | Engels | | Coordinator | dr. ir. G.H. Jonker | | Docent(en) | dr. ir. G.H. Jonker | | Onderwijsvorm | Hoorcollege (LC), Opdracht (ASM), Werkcollege (T) | | Toetsvorm | Opdracht (AST) | | ECTS | 5 |
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| 45 | Synthetic Biology and Systems Chemistry | WMCH13002 |
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| 46 | Wetenschapsvoorlichting en -journalistiek | WNEC1WVJ5 |
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