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Year : 2009 |
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Study Programme : MPN |
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Specialisation : MPN |
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*) Courses that run over more than one study period |
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Course code |
Course name |
Course level |
VOF |
Timetable group |
Course credits |
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1Ht1 |
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TFFM08 |
Experimental Physics |
A |
o |
1 |
6*
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TFFY54 |
Quantum Mechanics |
A |
o |
2 |
6
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TFYA43 |
Nanotechnology |
G2 |
o |
4 |
6
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TGTU39 |
Introduction to Advanced Academic Studies |
G2 |
o |
- |
3*
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1Ht2 |
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TFFM08 |
Experimental Physics |
A |
o |
1 |
6*
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TFFY70 |
Physics of Condensed Matter I |
A |
o |
2 |
6
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TFYA20 |
Surface Physics |
A |
o |
4 |
6
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TGTU39 |
Introduction to Advanced Academic Studies |
G2 |
o |
- |
3*
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2Vt1 |
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TFFM40 |
Analytical Methods in Materials Science |
A |
o |
1 |
6*
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TFYA25 |
Physics of Condensed Matter II |
A |
o |
2 |
6
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TFYA21 |
Physical Metallurgi |
A |
v |
3 |
6
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TFYA52 |
Organic Electronics |
A |
v |
4 |
6
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TFYY67 |
Classical Electrodynamics |
A |
v |
3 |
6
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2Vt2 |
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TFFM40 |
Analytical Methods in Materials Science |
A |
o |
1 |
6*
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TFYA19 |
Quantum Computers |
A |
v |
4 |
6
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TFYA36 |
Chaos and Non-Linear Phenomena |
A |
v |
3 |
6
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TFYA38 |
Optoelectronics |
A |
v |
3 |
6
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TFYA41 |
Thin Film Physics |
A |
v |
2 |
6
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3Ht1 |
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TFYA17 |
Advanced Project Work in Applied Physics |
A |
v |
- |
6*
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TFYA18 |
Mathematical Methods of Physics |
A |
v |
1 |
6
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TFYA40 |
Analytical Mechanics |
A |
v |
3 |
6
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TFYA50 |
Project course in Computational Physics CDIO |
A |
v |
4 |
12*
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TFYA51 |
Project Course in Physics - Design and Fabrication of Sensor Chip, CDIO |
A |
v |
4 |
12*
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TFYY47 |
Semiconductor Physics |
A |
v |
1 |
6
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3Ht2 |
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TFYA03 |
Applied Optics |
A |
v |
1 |
6
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TFYA17 |
Advanced Project Work in Applied Physics |
A |
v |
- |
6*
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TFYA28 |
Quantum Dynamics |
A |
v |
1 |
6
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TFYA39 |
Semiconductor Technology |
A |
v |
3 |
6
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TFYA50 |
Project course in Computational Physics CDIO |
A |
v |
4 |
12*
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TFYA51 |
Project Course in Physics - Design and Fabrication of Sensor Chip, CDIO |
A |
v |
4 |
12*
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TFYY54 |
Nano Physics |
A |
v |
3 |
6
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