
	På Svenska	KTH CETET Map of KTH
	Department of Energy Technology	The Energy Technology Forum
	Home Education Organization Research Events Open positions Staff Contact us

Education

Printable

Dir. of studies:		Hans Jonsson
Page content:		Here you will find Information for students in ongoing classes MSc Programs PhD courses External courses Thesis and project proposals

Our courses aim at giving the students a solid basis for working in the power industry, the manufacturing industry as well as the construction industry or for advanced research in the field of applied energy technology. Students are introduced to the field of thermal energy techniques, heating and ventilation techniques, energy production processes in thermal power stations and nuclear power plants.

Our MSc Specialization Program Energy Technology (in Swedish), Pdf
The department also offers an International MSc Program in Sustainable Energy Engineering
The department gives two introductory courses in Thermodynamics and Heat Transfer which are compulsory for the students specializing in Energy Technology.
Study program brochures for specific subjects: Courses in Hydro Power, Courses in Gas Turbine Power, Courses in Propulsion
Information for Graduate students: Graduate students home page
Energy Technology Research Prepatory Program
Utredning om IT-baserad Distansutbildning i Energi- och Elkraftteknik (in Swedish)
Computerized Distant Education in Energy and Electrical Engineering (in English)

Courses All Undergrad/grad PhD External Continuation

Course homepage

KTH Study Handbook

Comp. Distant Education in Energy & Electrical Engineering	Autumn 2004	-
Maskinteknik		4A1101
Applied Thermodynamics, 6 credits (swedish)	Period 1, 2	4A1112
Energy Systems and Models, 4 credits	Period 4	4A1140
Energy Technology - Business - Leadership, 8 credits	Period 3, 4, 5	4A1144
Energy Systems - Business - Leadership, 8 credits	Period 3, 4	4A1145
Introductory Airbreathing Propulsion, 4 credits	Period 2	4A1341
Air Breathing Propulsion, Intermediate course, 4 credits	Period 3	4A1344
Rocket Propulsion, 4 credits	Period 4	4A1346
Airbreathing Propulsion for High Speed Flight, 4 credits	Period 4	4A1347
Heat transfer, 4 credits (swedish)	Period 3	4A1601
Energy Technology Introduction course, 2 credits	Period 1	4A1602
Energy Technology, 4 credits (swedish)	Period 4	4A1603
Sustainable Power Generation, 6 credits	Period 1, 2	4A1605
Sustainable Energy Utilization, 6 credits	Period 1, 2	4A1607
Applied Energy Technology - Project Course, 6 credits	Period 3, 4	4A1609
Energy Management, 4 credits	Period 2, 3	4A1610
Renewable Energy Technology, 4 credits	Period 1	4A1611
Energy and Environment, 4 credits	Period 3,4	4A1613
Combustion Theory, 4 credits	Period 1, 2	4A1620
Modelling of Thermodynamic Systems, 4 credits	Through discussion	4A1621
Thermal Comfort and Indoor Climate, 4 credits	Period 3	4A1622
Applied Refrigeration and Heat Pump Technology, 4 credits	Period 3, 4	4A1623
Numerical Methods in Energy Technology, 4 credits	Period 1,2	4A1624
Cooling of Electronics, 4 credits	Period 3	4A1625
Applied Heat and Power Technology, 4 credits	Period 3, 4	4A1626
Applied Reactor Technology and Nuclear Power Safety, 4 credits	Period 3	4A1627
Advanced Nuclear Reactor Engineering, 4 credits	Period 4	4A1628
Fluid Machinery, 4 credits	Period 1, 2	4A1629
Thermal Turbo Machinery, 4 credits	Period 3	4A1630
Educational aspects in Energy Technology		4A4314
Reactor Technology, general course, 4 credits		4A4404
Measurement Techniques 1, 2 credits		4A5001
Research seminars in Energy Technology, 1-6 credits		4A5002
Numerical Methods in Energy Technology, 4 credits		4A5003
Litterature review, 5-10 credits		4A5004
Refrigerating engineering, Systems and applications, 8 credits (swedish)		4A5101
Refrigerating engineering, Theory and components, 9p. (swedish)		4A5102
Cryotechnology 7p.		4A5104
Thermodynamics, 7 credits		4A5106
Thermodynamics, binary systems 8p. (swedish)		4A5107
Heat pumps, systems and heat sources, 8p. (swedish)		4A5108
Heat Transfer, 5 credits		4A5109
CFD course		4A5112
Energy systems and models		4A5113
Fluid Mechanics, 2-10 credits		4A5307
Turbomachinery (compressible flow), 5-10 credits (swedish)		4A5308
Steam plants and Thermodynamics, 5 credits		4A5314
Aerolasticity in Turbomachine Cascades, 5-10 credits		4A5328
Measurement Techniques II (self study), 2-10 credits (swedish)		4A5329
Advanced topics in Heat and Power Engineering, 2-10 credits		4A5333
Educational aspects in Energy Technology (part 1), 5-10 credits		4A5335
Educational aspects in Energy Technology (part II), 5 credits		4A5336
Reaktorteknologi med tillämpningar på lättvattenkylda verk 6p.		4A5406
Dynamik och transientbeteenden för lättvattenkylda verk 6p.(swedish)		4A5407
Reaktorteknologi för alternativa reaktorkoncept 6p.(swedish)		4A5408
Inre och yttre bränslecykler för olika typer av reaktorer 6p.		4A5409
Processdynamikstudier av kärnkraftverk via signalanalys 6p.		4A5410
Nuclear Power Safety, 4 credits		4A5501
Nuclear power safety: Design-Base Accidents 4p.		4A5502
Nuclear power safety: Severe accidents 6p.		4A5503
Numerical methods - Single and two phase flow 8p.		4A5504
Nuclear power safety project, 4-8p.		4A5505
Nuclear reactor thermal hydraulics 6p.		4A5506
Fundamentals of Multiphase Flow and Heat Transfer, 4 credits		4A5507
All our courses in the KTH Study Handbook

Msc thesis proposals

By division By category

Exjobb (Applied Thermodynamics and Refrigeration) ID: 575

Calculation of thermodynamic and transport properties of working media in the super-critical region

Education

Courses All Undergrad/grad PhD External Continuation

Msc thesis proposals

Exjobb (Applied Thermodynamics and Refrigeration) ID: 575

Development of e-learning communication platform (Heat and Power Technology) ID: 572

Web-Based, Interactive Lab Experiments in HPT (Heat and Power Technology) ID: 561

SWEP (Applied Thermodynamics and Refrigeration) ID: 559

Compact heat exchangers for domestic refrigerators (Applied Thermodynamics and Refrigeration) ID: 558

Proposals within solar energy etc. (Department of Energy technology) ID: 557

Application of combustion catalysts (Heat and Power Technology) ID: 555

Experimental investigation of the tar composition (Heat and Power Technology) ID: 554

Cooling of electronics by aluminium thermosyphons (Applied Thermodynamics and Refrigeration) ID: 552

Scrollcompressor with economizer port for heatpump (Applied Thermodynamics and Refrigeration) ID: 551

Energy conversion components (Department of Energy technology) ID: 541

Willys Värmdö. (Applied Thermodynamics and Refrigeration) ID: 522

Skivkolvpump (Applied Thermodynamics and Refrigeration) ID: 521

Sjövärmeväxlare (Applied Thermodynamics and Refrigeration) ID: 520

CompEduHPT: Waste management within the power... (Heat and Power Technology) ID: 516

CompEduHPT: Global environmental impacts... (Heat and Power Technology) ID: 515

Condensation inside rectangular microchannels (Applied Thermodynamics and Refrigeration) ID: 514

Flowpattern and voidfraction in an advanced... (Applied Thermodynamics and Refrigeration) ID: 505

Experimental Investigation of the Three Dimensiona (Heat and Power Technology) ID: 503

Geothermal energy (Heat and Power Technology) ID: 501

Fractals in heat and mass transfer (Heat and Power Technology) ID: 500

Fractional calculus for analytical computation (Heat and Power Technology) ID: 499

Jet penetration into the pool of other liquid (Heat and Power Technology) ID: 498

Leidenfrost phenomenon (Heat and Power Technology) ID: 497

Stability of condensate film flow in the channel (Heat and Power Technology) ID: 496

System analysis of the nuclear safety problems. (Heat and Power Technology) ID: 495

Mathematical simulation of the non-linear waves (Heat and Power Technology) ID: 494

Energy transformation from longitudinal (Heat and Power Technology) ID: 493

Heat transfer localization due to non-linear heat (Heat and Power Technology) ID: 492

Development of the theory of controlled jet (Heat and Power Technology) ID: 491

CompEduHPT: Renewable Energy Technologies (Heat and Power Technology) ID: 479

Thermodynamic process integration (Department of Energy technology) ID: 457

Graddagar för kylbehov (Applied Thermodynamics and Refrigeration) ID: 453

Skatt på solenergi (Department of Energy technology) ID: 373

Svalutrymme (Department of Energy technology) ID: 371

Hur värmer man eldrivna fordon? (Department of Energy technology) ID: 370

Gummiabsorbator, olika tillämpningar (Department of Energy technology) ID: 369

Begränsa värmeförluster (Department of Energy technology) ID: 368

Värmebalans i avloppsvatten (Department of Energy technology) ID: 367

Arlanda spridning av luftföroreningar (Department of Energy technology) ID: 255

CompEdu in HPT: Development of combustion (Heat and Power Technology) ID: 251

CompEdu in HPT: Development of a water table (Heat and Power Technology) ID: 138

Total Quality Management (Heat and Power Technology) ID: 136

Unsteady flow studies in a nozzle (Heat and Power Technology) ID: 134

Computerized Education in Heat and PowerTechnology (Heat and Power Technology) ID: 131

Graduate students home page

The Department of Energy Technology, KTH, Stockholm, Sweden.