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HUT / Department of Engineering Physics and Mathematics / Advanced Energy Systems / Courses and Seminars, Spring 2008
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The laboratory of Advanced Energy Systems is responsible for a wide variety of courses. While the emphasis is on courses with quite highly specialized topics, the selection includes also a few mandatory, basic physics courses. In addition to lecture-type courses, we also offer laboratory courses and several seminar-type courses, both of which develop skills directly relevant to ‘real life’: searching for information independently, documentation skills, and presenting complicated issues in a comprehensive manner. The present credit system unit (below ocr) will be abandoned in favour of an European Credit Transfer System unit (below cr) for measuring progress in studies. This is done in order to improve international comparability. The old unit, ocr, equals approximately 1.5 new units, cr. The old unit, ocr, was defined as 40 hours of effective work by an average student, i.e. one week of full-time study. During the transition period of 2006-2010 both units are in use. Unfortunately, we had chosen to call the old unit cr, i.e., in our web pages of spring 2006 and earlier cr should read ocr. L = lectures, C = coordination, R = recitations.
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| Tfy-0.3201 Applied Physics, laboratory course (5 cr) | |
| Supervised laboratory exercises related to the research topics of the
laboratories participating in arranging the course.
C: Antti Hakola, R: Sakari Ihantola, Kati Miettunen (AES exercises)
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| Tfy-0.3243 Nuclear and Elementary Particle Physics (5 cr) | |
| Quantum mechanical structure of matter from microcosmos to macrocosmos:
elementary particles, the structure of nucleus, nuclear reactions, fundamental interactions.
L: Taina Kurki-Suonio, Antti Hakola, R: Leena Aho-Mantila, Tuomas Koskela
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| Tfy-56.138 Solar Energy Engineering (3 ocr) | |
| Physics and practical applications of solar energy including solar
radiation, new materials, energy storage, photoelectric effect, solar heating,
space applications and remote area systems.
L: P.Lund R: J.Halme, M.Toivola
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| Tfy-56.170 Seminar on Nuclear and Energy Engineering (2 ocr) | |
| Varying special topics and applications in nuclear and energy engineering;
C: R.Salomaa, M. Airila Spring 2008: Finland and nuclear power in 2020's.
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| Tfy-56.174 Special Course in Nuclear and Energy Engineering II (3 ocr) | |
| A special course with varying topics and/or guest lecturers;
L:P.Lund, M.Mikkola, S.Karvonen Spring 2008: Fuel cells and hydrogen technology
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| Tfy-56.185 Graduate Course on Nuclear Engineering (3-6ocr) | |
| A graduate level course dealing with current topics in nuclear and
energy engineering.
L: T.Kurki-Suonio, R.Dux Spring 2008: Plasma diagnostics In February 4th - 15th
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| Tfy-56.195 A Special Course on Engineering Physics (3-6 ocr) | |
| A graduate level short crash course dealing with current topics in
engineering physics.
L: R. Mattila (STUK) R: M. Airila Spring 2008: Computational methods in reactor physics Starts at the end of February
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Tfy-56.5111 Energy Sciences, special assignment (10 cr)
Tfy-56.198 Nuclear and Energy Engineering, special assignment (5 ocr) |
| Independently performed student projects including laboratory works,
planning and design assignments, literature surveys etc.
C: J. Halme
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Tfy-56.5131 Individual Studies (1-10 cr)
Tfy-56.191 Individual Studies (1-6 ocr) |
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| Individually tailored course on a given topic.
Some suggested books for individual studies are here
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This page is maintained by Pertti Aarnio.
Updated 19.12.2007.