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TNEEM PhD education Recent funding
The success of the TNEEM Nuclear EnergyEngineering Master Programme
at KTH Royal Institute of Technology
Jan Dufek
SKC Symposium, Enkoping
October 10-11, 2017
TNEEM PhD education Recent funding
Nuclear Energy Engineering Master Programme at KTH
TNEEM
Started in 2007
Typically 25-35 students admitted/year (+ 10 double-degreestudents, Erasmus)
Academic Year 2017-2018: 43 students (all time record)
Dual Diploma options
EMINE European Master in Innovative Nuclear Energy (July2017: EMINE awarded the highest grade at EIT EuropeanInstitute of Innovation & Technology evaluation process ofMaster Programs.)
Tsinghua University, Beijing
KAIST, Korea
Nantes, Lyon, Grenoble, France
TNEEM PhD education Recent funding
Nuclear Energy Engineering Master Programme at KTH
Signing the Dual Degree Program with KAIST
TNEEM PhD education Recent funding
Nuclear Energy Engineering Master Programme at KTH
TNEEM is given jointly by
Dep. Physics (School of Engineering Sciences)
Reactor PhysicsReactor TechnologyNuclear PhysicsNuclear Power Safety
Dep. Energy Technology (School of Industrial Engineering)and Management
Changes in Dep. Physics
Merger of Departments of Physics and Theoretical Physics.
Reactor Physics and Reactor Technology will merge into oneunit.
TNEEM PhD education Recent funding
Compulsory Courses (48 ECTS)
Compulsory Courses, Year 1
Sustainable Power Generation (9 ECTS)
Radiation Protection, Dosimetry and Detectors (6)
Reactor Physics (9)
Reactor Technology (8)
Nuclear Power Safety (6)
Compulsory Courses, Year 2
Sustainable Nuclear Fuel Cycle and Waste Management (3)
Theory and Methodology of Science (4.5)
Research Methodology in Physics (3)
Diploma Work in Nuclear Energy Engineering (30)
TNEEM PhD education Recent funding
Elective Courses (42 out of 123 elective credits)
Leadership for Safety in Nuclear Power Industry (6)
Elements of the Back-end of the Nuclear Fuel Cycle (7.5) - Summer Course
Neutron Transport and Reactor Kinetics (6)
Nuclear Reactor Dynamics and Stability (6)
Thermal Hydraulics in Nuclear Energy Engineering (6)
Generation IV Reactors (6)
Transmutation of Nuclear Waste (8)
Numerical Methods in Nuclear Engineering (6)
Monte Carlo methods and simulations in nuclear technology (6)
Reactor Simulator – Exercising Reactor Kinetics and Dynamics (6)
Chemistry and Physics of Nuclear Fuels (8)
Radiation Damage (6)
Nuclear Physics (8)
Nuclear Chemistry (7.5)
Reactor Chemistry (6)
Experimental Fusion Plasma Physics (6)
Plasma Physics (6)
Renewable Energy Technology (6)
TNEEM PhD education Recent funding
Special features of TNEEM: E-learning activities
Maple T/A - Mobius: a core of E-learning of TNEEM used atReactor Physics SH2600 (9ECTS)
9 home assignments each week (corrected automatically).
E-learning exam (January 16, 2017).
All problems in the exam (and HAs) are individualised, i.e.parameters, data, boundary conditions, isotopes are randomlyvaried.
Solutions cannot be copied - risk for cheating is radicallyminimized at the exam.
TNEEM PhD education Recent funding
Special features of TNEEM: E-learning activities
Mediasite Video Platform
TNEEM PhD education Recent funding
Special features of TNEEM: E-learning activities
Mediasite Video Platform
TNEEM PhD education Recent funding
Special features of TNEEM: E-learning activities
Mediasite Video Platform
TNEEM PhD education Recent funding
Special features of TNEEM: E-learning activities
Mediasite Video Platform
TNEEM PhD education Recent funding
Special features of TNEEM: E-learning activities
Courses on Mediasite Video Platform avaiable to students!
SH2600 - Reactor Physics
SH2604 - Generation IV Reactors
SH2610 - Leadership for Safe Nuclear Power Industry
SH262V - Elements of the Back-end of the Nuclear Fuel Cycle
SH2701 - Thermal-Hydraulics in Nuclear Energy Engineering
SH2702 - Reactor Technology
SH2773 - Nuclear Reactor Safety
TNEEM PhD education Recent funding
Special features of TNEEM: E-learning activities
Monte Carlo course on YouTube!
TNEEM PhD education Recent funding
Special features of TNEEM: Summer school
Summer school - Elements of the Back-end of the Nuclear FuelCycle: Geological Storage of Nuclear Spent Fuel
TNEEM PhD education Recent funding
Special features of TNEEM: Summer school
Summer school - Elements of the Back-end of the Nuclear FuelCycle: Geological Storage of Nuclear Spent Fuel
TNEEM PhD education Recent funding
Special features of TNEEM
Reactor laboratory exercises at CEA Saclay-Paris on ISIS reactor(SKC support!)
TNEEM PhD education Recent funding
PhD education
Recent PhD graduates from RP, RT and NPS
Antoine Claisse, Dec 2016
Kyle Johnson, Dec 2016
Reijo Pegonen, Jan 2017
Anders Riber Marklund, Jan 2017
Viet-Anh Phung, Feb 2017
Simone Basso, Apr 2017
Current PhD students with SKC funding
Elin Toijer (collaboration Reactor Physics and NuclearChemistry)
Mattia Bergagio (Reactor Technology)
TNEEM PhD education Recent funding
Recent funding
Recent funding
Reactor Physics is engaged in four recently awarded H2020projects: M4F, INSPYRE, IL TROVATORE and GEMMA.
Also two fusion-related H2020 projects: CHEDDAR andMEATBALL.
SSF industrial PhD student grant together with Westinghouse(Simon Middleburgh, Janne Wallenius, Par Olsson).
Reactor Technology is engaged in a recently awarded H2020project McSAFE.