Master of Nanoscience and Nanotechnology (no new enrolments in 2012-2013) (120 ECTS) Master of Science
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Transition: Students who have obtained less than 48 credits, and therefore can't start with the Master's Thesis, must apply in the new programme. Students who have obtained 48 credits or more, stay in this programme.
Transition: Courses of the first stage can be selected in the "ISP" via the search function #free selection from the academic offering".
Transition: If the student must still take the course H03O5A, the student must take H03O5B.
Transition: If the student must still take the course H06L6A, the student must take H06L6B.
All subgroups are compulsory.-
Introductory Courses
Students take a maximum of 15 credits.
The Introductory Courses will offer the students the necessary basis to disciplines in which they have had no training during their bachelor stages and which are essential for the core courses of the master. The introductory can be necessary in physics, chemistry, biology and electronics. The introductory courses will be determined for each incoming student, based on his previous education. If the students need less than 15 credits, credits can be chosen from the elective courses. -
Core Courses
All courses are obligatory.
H06N2A "Lectures on Nanoscience and Nanotechnology" is spread over two academic years. Students have to follow this course in the first programme stage, and also in the second programma stage.
Important: Students have to select H06N2A via their ISP (My Studyprogramme) in the second programme stage.3 ECTS Advanced Nano-Electronic Components 


H06A1A staff staff
3 ECTS Mesoscopic Physics 

H06C7A staff staff
- V.Moshchalkov (coordinator)
- M.Houssa
- V.Moshchalkov
- A.Stesmans
3 ECTS Lectures on Nanoscience and Nanotechnology 


H06N2A staff staff
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Major Subject
Students have to choose one major subject:
- Engineering
- Bioscience Engineering
- Natural Sciences-
Engineering
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Specific Courses
Students have to choose one cluster (cluster 1 Device Implementation or cluster 2 Electronics 1).
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Cluster 1 Device Implementation
All courses are obligatory.
3 ECTS Microsystems and Sensors 

H06C9A staff staff
3 ECTS Integrated RF Components and Circuits 

H06E6A staff staff
- D.Schreurs (coordinator)
- B.Nauwelaers
- D.Schreurs
3 ECTS Physical Material Characterisation Techniques for Electronic Devices 

H06D9A staff staff
3 ECTS Reliability and Yield for Micro- and Nanoelectronic Components 


H06E4A staff staff
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Cluster 2 Electronics 1
All courses are obligatory.
6 ECTS Design of Digital Platforms 

H09J6A staff staff
- I.Verbauwhede (coordinator)
- W.Dehaene
- I.Verbauwhede
3 ECTS Design of Digital Integrated Circuits 


H09K1A staff staff
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Master's Thesis
The Master's thesis is obligatory.
30 ECTS Master's Thesis Engineering 


H06N0A staff- G.Groeseneken (coordinator)
- N.
staff
- G.Groeseneken (coordinator)
- N.
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Bioscience Engineering
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Specific Courses
Students have to take all the courses of cluster 4 Bionanotechnology.
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Cluster 4 Bionanotechnology
All courses are obligatory.
3 ECTS Biofluidics 

I0P05C staff staff
3 ECTS Biomachines and Biomimetics 

I0O79B staff staff
3 ECTS Micro- and Nanofluidics 


H06X4B staff- J.Lammertyn (coordinator)
- B.Nicolai
staff
- J.Lammertyn (coordinator)
- B.Nicolai
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Master's Thesis
The Master's thesis is obligatory.
30 ECTS Master's Thesis Bioscience Engineering 


H09M8A staff- G.Groeseneken (coordinator)
- N.
staff
- G.Groeseneken (coordinator)
- N.
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Natural Sciences
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Specific Courses
Students have to choose one cluster (cluster 5 Nanochemistry or cluster 6 Nanophysics).
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Cluster 5 Nanochemistry
All courses are obligatory.
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Cluster 6 Nanophysics
All courses are obligatory.
3 ECTS Optical Properties of Solids 

H0G02A staff staff
3 ECTS Electronic Transport 

H0G03A staff staff
- A.Stesmans (coordinator)
- M.Houssa
- A.Stesmans
3 ECTS Computational Methods in Solid State Physics 

H06A8A staff staff
3 ECTS Magnetic Resonance 

H06C2A staff staff
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Master's Thesis
The Master's Thesis is obligatory.
30 ECTS Master's Thesis Sciences 


H09M9A staff- G.Groeseneken (coordinator)
- N.
staff
- G.Groeseneken (coordinator)
- N.
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Elective Courses
Students have to choose minimum 12 and maximum 30 credits from Cluster 1 to 9.
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Cluster 1 Device Implementation
3 ECTS Microsystems and Sensors 

H06C9A staff staff
3 ECTS Integrated RF Components and Circuits 

H06E6A staff staff
- D.Schreurs (coordinator)
- B.Nauwelaers
- D.Schreurs
3 ECTS Models and Technology of Electronic and Optoelectronic Devices 

H06D1A staff staff
3 ECTS Physical Material Characterisation Techniques for Electronic Devices 

H06D9A staff staff
3 ECTS Reliability and Yield for Micro- and Nanoelectronic Components 


H06E4A staff staff
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Cluster 2 Electronics 1
6 ECTS Design of Digital Platforms 

H09J6A staff staff
- I.Verbauwhede (coordinator)
- W.Dehaene
- I.Verbauwhede
3 ECTS Design of Electronic Circuits 

H09J7A staff staff
3 ECTS Computer Architectures 

H05D3A staff staff
3 ECTS Design of Digital Integrated Circuits 


H09K1A staff staff
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Cluster 3 Electronics 2
3 ECTS Computer-Aided IC Design 

H05D7A staff- G.Gielen (coordinator)
- M.Steyaert
staff
- G.Gielen (coordinator)
- M.Steyaert
6 ECTS Analog Building Blocks for Signal Processing 

H06A3A staff- G.Gielen (coordinator)
- M.Steyaert
staff
- G.Gielen (coordinator)
- M.Steyaert
3 ECTS Design of High-Frequency Integrated Circuits 


H09I9A staff staff
6 ECTS Design of Analog Integrated Circuits 

H05E3A staff- M.Steyaert
- P.Reynaert (substitute)
staff
- M.Steyaert
- P.Reynaert (substitute)
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Cluster 4 Bionanotechnology
3 ECTS Biofluidics 

I0P05C staff staff
3 ECTS Biosensors and Bioelectronics 

H06F4A staff staff
3 ECTS Nanobiology 

I0P50C staff staff
3 ECTS Biomachines and Biomimetics 

I0O79B staff staff
3 ECTS Micro- and Nanofluidics 


H06X4B staff- J.Lammertyn (coordinator)
- B.Nicolai
staff
- J.Lammertyn (coordinator)
- B.Nicolai
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Cluster 5 Nanochemistry
3 ECTS Photophysics and Photochemistry of Molecular Materials 

H06D5A staff staff
3 ECTS Physical Chemistry of Polymers 

G9X47A staff staff
3 ECTS Nanostructure Determination via Electromagnetic Radiation 

G0G99B staff staff
3 ECTS Electrochemical Methods in Inorganic Chemistry 

G0J65B staff staff
3 ECTS Electronic Structure of Molecular Materials 

H06B8A staff staff
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Cluster 6 Nanophysics
3 ECTS Optical Properties of Solids 

H0G02A staff staff
3 ECTS Electronic Transport 

H0G03A staff staff
- A.Stesmans (coordinator)
- M.Houssa
- A.Stesmans
3 ECTS Computational Methods in Solid State Physics 

H06A8A staff staff
3 ECTS Magnetic Resonance 

H06C2A staff staff
3 ECTS Scanning Probe Microscopy 

H06E8A staff staff
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Cluster 7 Materials
3 ECTS Coatings and Surface Engineering 

H00C8A staff staff
- J.Celis (coordinator)
- J.Buijnsters
- J.Celis
5 ECTS Hoogdisperse materialen: chemie en synthese 

I0P33A staff staff
3 ECTS Materials Characterisation Techniques II 

H02W8A staff 6 ECTS Chemistry and Characterisation of Surfaces and Thin Films 

G0H96A staff staff
6 ECTS Ceramics and Powder Metallurgy 

H00D5B staff staff
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Cluster 8 Biological Systems
3 ECTS Bioresponse Measurements and Process Control 

H06A5A staff staff
- D.Berckmans (coordinator)
- J.Aerts
- D.Berckmans
6 ECTS Physical Chemistry of Biological Systems 

G0G71A staff staff
6 ECTS Biophysics of Membranes 

G0G86A staff staff
3 ECTS Mechanobiology 

H03J3A staff staff
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Cluster 9 Additional Courses
The student can choose maximum once a year and 2 times in the Master Programme the courses "Capita Selecta".
6 ECTS Industrial Practical Training 


H06N1A staff staff
- E.Van Lil (coordinator)
- D.Schreurs
- E.Van Lil
3 ECTS Capita selecta ingenieurswetenschappen II.1. (Athens / Summer Course) 


H04K9A staff- L.Froyen (coordinator)
- N.
staff
- L.Froyen (coordinator)
- N.
3 ECTS Capita selecta ingenieurswetenschappen II.2. (Athens / Summer Course) 


H05U7A staff- L.Froyen (coordinator)
- N.
staff
- L.Froyen (coordinator)
- N.
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General Interest Courses
The student chooses at least 9 and at most 12 credits from the following list, taking into account that:
- The course H04X2A (Project management) has to be taken up in the same year as the Master Thesis.
- A student can choose at most one of the following courses: H04B3A (Engels in de bedrijfsomgeving) or H04B4A (Frans in de bedrijfsomgeving).
- A student can choose at most one of the following courses: C00M0A (Recht van de intellectuele eigendom) or G0B01A (Intellectual Property Management).
- A student can choose at most one of the following courses: H06B4A and H06U6A (Dutch Language and Culture).
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