Inhoudsopgave 1 Faculty of Sciences 8



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Research variant


The compulsory and optional courses are as in the Society oriented variant.
    1. Communication variant


The compulsory and optional courses are as in the Society oriented variant. In the remainder of the programme, one has to do both courses and

also an individual short internship (18 cp) and an individual thesis (9 cp).




Course code

Course name

Cr.

Period

471006

Communicatiewetenschappen

6

04.09.2006-29.09.2006

471014

Wetenschapsjournalistiek (science journalism)

6

30.10.2006-24.11.2006



    1. The Dual Master's Programme

      1. Compulsory courses


Both the 'BWI werkstuk' and the master project may be work-related. The work period consists of 18 cp, the total work related credit points has therefore a maximum of 60 cp.


Course code

Course name

Cr.

Period

400107

ICT in a social context

4

1 and 2

400076

Applied Analysis: Financial Mathematics

6

1 and 2

400392

Applied Stochastic Modeling

6

1 and 2

400213

Project Optimization of Business Processes

6

3

400108

Data Mining Techniques

6

4 and 5

400459

Master Project Business Mathematics and Informatics

36

Variable

400206

BWI werkstuk

6

Variabel



      1. Optional courses Mathematics and BMI


At least 4 courses have to be chosen from this list.

Course code

Course name

Cr.

Period

61312020

Business Intelligence

6

1

400132

Neural Networks

6

1

400111

Evolutionary Computing

6

1

400418

Statistical Models

6

1 and 2

400352

Stochastic Processes for Finance

6

1 and 2

400336

Stochastic Optimization

6

1 and 2

400260

Caput Optimization of Business Processes

6

1 and 2

400165

Performance Analysis of Communication Networks

6

1 and 2

400019

Discrete wiskunde

5

1 en 2

64432010

Combinatorial Optimization

6

4

61332080

Financial Risk Management

6

4

60332090

Investments

6

4

61332060

Logistics

6

4

400422

Optimization of Business Processes

6

4 and 5

400180

Mathematical System Theory

6

4 and 5

400053

Numerieke wiskunde I

6

4 en 5



  1. Chemistry (MSc)


The information presented here concerns the structure of the MSc programme in Chemistry and detailed course information.

More detailed and general information about the master programme - for instance the master coordinator, schedules, etcetera - can be found at faculty's website.


Master programmes in Chemistry:

- Analytical Sciences

- Biomolecular Sciences

- Physical Sciences



- Molecular Design, Synthesis and Catalysis

    1. Analytical Sciences


The Master programme Analytical Sciences is the result of a unique collaboration of four strong analytical groups from the Vrije Universiteit (VU) and the University of Amsterdam (UvA). As these groups show complementary expertise, a broad range of analytical topics is covered. Students can acquire a fundamental understanding of theory and general concepts in Analytical Chemistry, they can study specialized topics in depth, and they can obtain practical experience in various research fields. Further information on the research groups participating in this track program can be found on the faculty's website.
      1. Compulsory courses (Major)


Course code

Course name

Cr.

Period

435604

Mass Spectrometry

6

2

435609

Separation Sciences

6

2

435059

Fundamentals of Analytical Sciences

6

3

435062

(Bio)Molecular Spectroscopy

6

4



      1. Optional courses (Major)


Course code

Course name

Cr.

Period

420036

Molecular Photochemistry and Photophysics

6

1

435046

Bio-Analytical Strategies

6

1

435044

Drug-Target Analysis

6

2

435045

Protein Analysis

6

3

435061

(Bio)Analytical Luminescence Spectroscopy

6

4

435047

High-Throughput Screening

6

4

435063

Analytical Raman Spectroscopy

6

5

435608

Protein Spectroscopy

6

Not scheduled, can be taken by self-study under the supervision of the lecturer.



    1. Biomolecular Sciences


Chemistry students at the Vrije Universiteit may follow two different Biomolecular science programmes: the master programme Biomolecular Sciences and the separate programme Systems Biology (topmaster). The former programme is offered by the sections of Medicinal Chemistry and Molecular Toxicology. Further information on the research groups participating in this track program can be found on the faculty's website.
      1. Biomolecular Sciences


Compulsory Courses (Major)


Course code

Course name

Cr.

Period

430025

Chemistry of Life

6

1

435621

Biochemistry A: Metabolism and Energy Production

6

3 and 4

435622

Biochemistry B: Genetic Information

6

by appointment



Optional Courses (Major)


Course code

Course name

Cr.

Period

435663

Physical-Organic Chemistry

6

1

430047

Genome Analysis

6

1

435674

Molecular Pharmacology and Toxicology of Drugs

6

2

435059

Fundamentals of Analytical Sciences

6

3

430056

Molecular Biology

6

4

435619

Yeast Genetics

6

4 or 5

470616

Molecular Cellphysiology and Function

6

27.11.2006- 22.12.2006

470615

Cell Structures and Functions

6

30.10.2006-24.11.2006



      1. Systems Biology (topmaster)


The topmaster programme Systems Biology is a master programme for students following a research-oriented variant. It trains students with BSc ranging from biomedical sciences and biology to chemistry, physics, mathematics and engineering, for a master's degree at the interface between these disciplines.

The topmaster programme Systems Biology focuses on the issue of how a functioning living cell arises from the collaboration of inanimate molecules and herewith depends more on fundamental biophysics, biochemistry and biomathematics. Further information on the research groups participatint in this track programme can be found on the website of the Faculty of Earth and Life Sciences.



    1. Physical Sciences


The Vrije Universiteit (VU) and the University of Amsterdam (UvA) offer a combined master programme in modern physical science covering physics and chemistry aspects of systems at atomic, molecular and larger scales. Based on internationally high standing and active research programmes in the Amsterdam area, the master programme integrates teaching and research in:

- Condensed Matter Sciences

- Quantum Atom Optics

- Molecular Photoscience

- Biophysics

- Biomedical Physics

- Computation Physics and Chemistry

- Theoretical Chemistry


This new combined master includes the previous master programmes:

- Condensed Matter Science

- Laser Sciences and Molecular Photoscience

- Biophysics

- Biomedical Physics

- Computational and Theoretical Sciences


Further information on the research groups participating in this track program can be found on the faculty's website.


Compulsory courses




Course code

Course name

Cr.

Period

420171

Basic and Applied Statistical Physics

6

1

420170

Basic and Applied Quantum Mechanics

6

1




Optional courses

2 of 4 Advanced Courses

Course code

Course name

Cr.

Period

420004

Advanced Solid State Physics

6

2

420172

Lasers in Physics and Chemistry

6

2

435013

Theory, Computation and Spectroscopy

6

2

420167

Soft Condensed Matter and Biological Physics

6

2



    1. Molecular Design, Synthesis and Catalysis


Scientific research and education in the field of molecular chemistry are of utmost importance to society and industry. This broad discipline aspires to understand and influence chemical and physical properties at the molecular level. The research training takes place in one of the six research groups at the Vrije Universiteit and the University of Amsterdam that shape this master programme.

Students are urged to contact one of the Master coordinators of the MDSC programme as soon as possible with their choice of research group. Further information on the research groups participating in this track program can be found on the faculty's website.


      1. Compulsory courses (Major)


Course code

Course name

Cr.

Period

435663

Physical-Organic Chemistry

6

1

435664

Coordination and Organometallic Chemistry

6

1

435667

Nuclear Magnetic Resonance

6

2

435665

Synthetic Organic Chemistry

6

2

435666

Molecular Computational Chemistry

6

3

435669

Bio-Organic Chemistry

6

4

435668

Homogeneous Calatysis

6

4

435653

Supramolecular Chemistry and Nanomaterials

6

6





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