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  Master of Science in Materials Engineering

All subgroups are compulsory.

  Core Courses

All courses are compulsory.

	H00D3A			Advanced Metal Processing & Case Studies				6 pt.	45,0 h.	B. Verlinden
Teaching activities Advanced Metal Processing & Case Studies 6 pt. 45,0 h.  B. Verlinden

	H00B3A			Project Work and Problem Solving linked to the Core Courses				6 pt.	119,5 h.	coordination: J. Vleugels B. Blanpain B. Verlinden I. Verpoest J. Vleugels M. Wevers P. Wollants
Teaching activities Project Work and Problem Solving linked to the Core Courses 6 pt. 119,5 h.  B. Blanpain B. Verlinden I. Verpoest J. Vleugels M. Wevers P. Wollants

	H00D5B			Ceramics and Powder Metallurgy				6 pt.	49,0 h.	J. Vleugels
Teaching activities Ceramics and Powder Metallurgy: Lecture 5,4 pt. 34,0 h.  J. Vleugels Ceramics and Powder Metallurgy: Exercises 0,6 pt. 15,0 h.  J. Vleugels

	H01J4A			Materials Characterisation Techniques I				6 pt.	63,0 h.	coordination: B. Blanpain B. Blanpain J. Seo
Teaching activities Materials Characterisation Techniques I: Lecture 4 pt. 30,0 h.  B. Blanpain J. Seo Materials Charaterisation Techniques I: Exercises 2 pt. 33,0 h.  B. Blanpain J. Seo

	H02U3A			Metals: Production and Recycling				6 pt.	54,5 h.	B. Blanpain N.
Teaching activities Metals: Production and Recycling: Lecture 5,54 pt. 37,5 h.  B. Blanpain N. Metals: Production and Recycling: Exercises 0,46 pt. 17,0 h.  B. Blanpain N.

	H02V3A			Computational Thermodynamics in Materials Design				3 pt.	28,0 h.	N. Moelans
Teaching activities Computational Thermodynamics in Materials Design: Lecture 2,4 pt. 18,0 h.  N. Moelans Computational Thermodynamics in Materials Design: Exercises 0,6 pt. 10,0 h.  N. Moelans

	H00D2A			Degradation and Corrosion				3 pt.	20,0 h.	M. Wevers
Teaching activities Degradation and Corrosion 3 pt. 20,0 h.  M. Wevers

	H9X21A			Eindige elementen, deel 2				3 pt.	28,0 u.	G. De Roeck
Teaching activities Eindige elementen, deel 2: hoorcollege 2,42 pt. 18,0 u.  G. De Roeck Eindige elementen, deel 2: oefeningen 0,58 pt. 10,0 u.  G. De Roeck

	H00C0A			Materials Selection				3 pt.	22,0 h.	O. Van der Biest
Teaching activities Materials Selection: Lecture 2,4 pt. 14,0 h.  O. Van der Biest Materials Selection, Computer Class 0,6 pt. 8,0 h.  O. Van der Biest

	H02V8A			Design and Analysis of Experimentation				3 pt.	20,0 h.	P. Van Houtte
Teaching activities Design and Analysis of Experimentation 3 pt. 20,0 h.  P. Van Houtte

  Options

The student chooses one of these options.

  Metals and Ceramics

All subgroups are compulsory.

  Option Specific Courses Metals and Ceramics

All courses are compulsory.

	H02V9A			Solidification Phenomena				3 pt.	22,5 h.	L. Froyen
Teaching activities Solidification Phenomena 3 pt. 22,5 h.  L. Froyen

	H02W0A			Joining Techniques				3 pt.	22,5 h.	H. Mohrbacher
Teaching activities Joining Techniques 3 pt. 22,5 h.  H. Mohrbacher

	H00B8B			Functional Properties				3 pt.	28,0 h.	O. Van der Biest
Teaching activities Functional Properties 3 pt. 28,0 h.  O. Van der Biest

	H00C8A			Coatings and Surface Engineering				3 pt.	19,5 h.	coordination: J. Celis I. Buijnsters J. Celis
Teaching activities Coatings and Surface Engineering 3 pt. 19,5 h.  I. Buijnsters J. Celis

	H00F8A			Quality Control and Nondestructive Testing				3 pt.	20,0 h.	coordination: M. Wevers I. De Wolf M. Wevers
Teaching activities Quality Control and Nondestructive Testing 3 pt. 20,0 h.  I. De Wolf M. Wevers

  Elective Courses Metals and Ceramics

In addition to the list the student may choose from the other two lists of option specific courses or from the courses on this website (address: www.mtm.kuleuven.be/master_choice).

The student chooses at least 27 credit of which at least 12 credits are taken in the first phase. There are two sublists of electives: materials engineering fundamentals courses and option broadening courses. The student may also choose option specific courses from the two other options. The programme director will decide based on your background which Materials Engineering Fundamentals courses you need to take. Upto 18 credits of the Materials Engineering Fundamentals courses may count for the Master programme. If needed aditional credits (above 18) will be grouped into a preparatory programme (outside the Master programme).

  Materials Engineering Fundamentals

	H00B7B			Thermodynamics and Kinetics in Materials Engineering				6 pt.	56,0 h.	P. Wollants
Teaching activities Thermodynamics and Kinetics in Materials Engineering: Lecture 5,4 pt. 40,0 h.  P. Wollants Thermodynamics and Kinetics in Materials Engineering: Exercises 0,6 pt. 16,0 h.  P. Wollants

	H00E4A			Properties of Composites A&B				6 pt.	39,0 h.	coordination: S. Lomov J. Ivens S. Lomov
Teaching activities The Materials Science of Composites 3 pt. 17,5 h.  J. Ivens S. Lomov The Properties of Laminated Structures 3 pt. 21,5 h.  J. Ivens S. Lomov

	H08Z0A			Chemistry and Physical Chemistry of Polymers				3 pt.	20,0 h.	J. Devaux
Teaching activities Chemistry and Physical Chemistry of Polymers 3 pt. 20,0 h.  J. Devaux

	H08Z1A			Mechanical Behaviour of Materials				6 pt.	40,0 h.	coordination: P. Van Houtte P. Van Houtte M. Wevers
Teaching activities Properties for Structural Applications 3 pt. 20,0 h.  M. Wevers Continuum Modelling of Material Properties 3 pt. 20,0 h.  P. Van Houtte

	H08Z2A			Structures and Microstructures of Materials				3 pt.	27,5 h.	M. Seefeldt
Teaching activities Structures and Microstructures of Materials 3 pt. 27,5 h.  M. Seefeldt

	H9X55A			Physics and Mechanical Behaviour of Polymers				3 pt.	20,0 h.	B. Goderis
Teaching activities Physics and Mechanical Behaviour of Polymers 3 pt. 20,0 h.  B. Goderis

	H00D0B			Transport Phenomena				6 pt.	56,0 h.	J. Fransaer
Teaching activities Transport Phenomena: Lecture 5,3 pt. 36,0 h.  J. Fransaer Transport Phenomena: Exercises 0,7 pt. 20,0 h.  J. Fransaer

  Option Broadening Courses Metals and Ceramics

The student chooses a maximum of 6 credits from the courses H05U6A, H04K9A en H05U7A (Capita Selecta).

	G0J16A			Solid State Physics I				6 pt.	36,0 h.	C. Van Haesendonck
Teaching activities Solid State Physics I 6 pt. 36,0 h.  C. Van Haesendonck

	H00E4A			Properties of Composites A&B				6 pt.	39,0 h.	coordination: S. Lomov J. Ivens S. Lomov
Teaching activities The Materials Science of Composites 3 pt. 17,5 h.  J. Ivens S. Lomov The Properties of Laminated Structures 3 pt. 21,5 h.  J. Ivens S. Lomov

	H06E2A			Quantum Physics				3 pt.	28,0 h.	F. Denef
Teaching activities Quantum Physics: Lecture 2 pt. 18,0 h.  F. Denef Quantum Physics: Exercises and Laboratory Sessions 1 pt. 10,0 h.  F. Denef

	H08Z0A			Chemistry and Physical Chemistry of Polymers				3 pt.	20,0 h.	J. Devaux
Teaching activities Chemistry and Physical Chemistry of Polymers 3 pt. 20,0 h.  J. Devaux

	H9X55A			Physics and Mechanical Behaviour of Polymers				3 pt.	20,0 h.	B. Goderis
Teaching activities Physics and Mechanical Behaviour of Polymers 3 pt. 20,0 h.  B. Goderis

	H05U6A			Capita selecta ingenieurswetenschappen I.2. (Athens / Summer Course)				3 pt.	30,0 u.	coordination: J. Berlamont N.
Teaching activities Capita selecta ingenieurswetenschappen I.2. (Athens / Summer Course) 3 pt. 30,0 u.  N.

	H06A6A			Chemistry at Nanometre Scale				6 pt.	56,0 h.	coordination: S. De Feyter M. Blunt S. De Feyter N.
Teaching activities Chemistry at Nanometre Scale: Lecture 4,8 pt. 36,0 h.  S. De Feyter N. Chemistry at Nanometre Scale: Exercises and Laboratory Sessions 1,2 pt. 20,0 h.  M. Blunt

	G0H96A			Chemistry and Characterisation of Surfaces and Thin Films				6 pt.	30,0 h.	coordination: G. Maes S. De Gendt G. Maes
Teaching activities Chemistry and Characterisation of Surfaces and Thin Films 3 pt. 18,0 h.  S. De Gendt G. Maes Chemistry and Characterisation of Surfaces and Thin Films: Lecture, Part 2 3 pt. 12,0 h.  S. De Gendt G. Maes

	H00B4A			Materials Modelling for Forming Process Simulations				3 pt.	26,0 h.	B. Van Bael
Teaching activities Materials Modelling for Forming Process Simulations: Lecture 2,6 pt. 18,0 h.  B. Van Bael Materials Modelling for Forming Process Simulations: Exercises 0,4 pt. 8,0 h.  B. Van Bael

	H02W8A			Materials Characterisation Techniques II				3 pt.	28,0 h.	coordination: J. Seo I. De Wolf J. Seo
Teaching activities Materials Characterisation Techniques II: Lecture 2,57 pt. 18,0 h.  I. De Wolf J. Seo Materials Characterisation Techniques: Exercises and Laboratory Sessions 0,43 pt. 10,0 h.  I. De Wolf J. Seo

	H02X3A			Polymer Composites II - Fundamental Mechanics of Heterogeneous Materials				3 pt.	20,0 h.	S. Lomov
Teaching activities Polymer Composites II - Fundamental Mechanics of Heterogeneous Materials 3 pt. 20,0 h.  S. Lomov

	H04K9A			Capita selecta ingenieurswetenschappen II.1. (Athens / Summer Course)				3 pt.	30,0 u.	coordination: J. Berlamont N.
Teaching activities Capita selecta ingenieurswetenschappen II.1. (Athens / Summer Course) 3 pt. 30,0 u.  N.

	H06F2A			Semiconductor Physics				3 pt.	28,0 h.	H. Maes
Teaching activities Semiconductor Physics: Lecture 2,4 pt. 18,0 h.  H. Maes Semiconductor Physics: Exercises and Laboratory Sessions 0,6 pt. 10,0 h.  H. Maes

	H02W7A			Nanomaterials for Nano-electronics				3 pt.	20,0 h.	coordination: M. Heyns I. De Wolf A. Witvrouw
Teaching activities Nanomaterials for Nano-electronics 3 pt. 20,0 h.  I. De Wolf A. Witvrouw

	H05U7A			Capita selecta ingenieurswetenschappen II.2. (Athens / Summer Course)				3 pt.	30,0 u.	coordination: J. Berlamont N.
Teaching activities Capita selecta ingenieurswetenschappen II.2. (Athens / Summer Course) 3 pt. 30,0 u.  N.

	H0G13C			Basics of VLSI Processing				6 pt.	39,0 h.	coordination: M. Heyns R. De Keersmaecker M. Heyns
Teaching activities Basics of VLSI Processing 6 pt. 39,0 h.  R. De Keersmaecker M. Heyns

  Polymers and Composites

All subgroups are compulsory.

  Option Specific Courses Polymers and Composites

All courses are compulsory.

	H00B6A			Polymer Processing Techniques				3 pt.	22,5 h.	P. Van Puyvelde
Teaching activities Polymer Processing Techniques 3 pt. 22,5 h.  P. Van Puyvelde

	H02X8A			Processing Technology of Composites				3 pt.	22,5 h.	J. Ivens
Teaching activities Processing Technology of Composites 3 pt. 22,5 h.  J. Ivens

	H9X40A			Polymer Composites II				6 pt.	40,0 h.	coordination: S. Lomov S. Lomov I. Verpoest
Teaching activities Polymer Composites II - Fundamental Mechanics of Heterogeneous Materials 3 pt. 20,0 h.  S. Lomov Recent Developments in Composite Materials Science: Lecture 3 pt. 20,0 h.  I. Verpoest

	H00F3A			Engineering with Composites & Case Studies				3 pt.	26,0 h.	A. Beukers
Teaching activities Engineering with Composites & Case Studies: Lecture 2,4 pt. 13,0 h.  A. Beukers Engineering with Composites: Case Studies 0,6 pt. 13,0 h.  A. Beukers

  Elective Courses Polymers and Composites

In addition to the list the student may choose from the other two lists of option specific courses or from the courses on this website (address: www.mtm.kuleuven.be/master_choice).

The student chooses at least 27 credit of which at least 12 credits are taken in the first phase. There are two sublists of electives: materials engineering fundamentals courses and option broadening courses. The student may also choose option specific courses from the two other options. The programme director will decide based on your background which Materials Engineering Fundamentals courses you need to take. Upto 18 credits of the Materials Engineering Fundamentals courses may count for the Master programme. If needed aditional credits (above 18) will be grouped into a preparatory programme (outside the Master programme).

  Materials Engineering Fundamentals

	H00B7B			Thermodynamics and Kinetics in Materials Engineering				6 pt.	56,0 h.	P. Wollants
Teaching activities Thermodynamics and Kinetics in Materials Engineering: Lecture 5,4 pt. 40,0 h.  P. Wollants Thermodynamics and Kinetics in Materials Engineering: Exercises 0,6 pt. 16,0 h.  P. Wollants

	H00E4A			Properties of Composites A&B				6 pt.	39,0 h.	coordination: S. Lomov J. Ivens S. Lomov
Teaching activities The Materials Science of Composites 3 pt. 17,5 h.  J. Ivens S. Lomov The Properties of Laminated Structures 3 pt. 21,5 h.  J. Ivens S. Lomov

	H08Z0A			Chemistry and Physical Chemistry of Polymers				3 pt.	20,0 h.	J. Devaux
Teaching activities Chemistry and Physical Chemistry of Polymers 3 pt. 20,0 h.  J. Devaux

	H08Z1A			Mechanical Behaviour of Materials				6 pt.	40,0 h.	coordination: P. Van Houtte P. Van Houtte M. Wevers
Teaching activities Properties for Structural Applications 3 pt. 20,0 h.  M. Wevers Continuum Modelling of Material Properties 3 pt. 20,0 h.  P. Van Houtte

	H08Z2A			Structures and Microstructures of Materials				3 pt.	27,5 h.	M. Seefeldt
Teaching activities Structures and Microstructures of Materials 3 pt. 27,5 h.  M. Seefeldt

	H9X55A			Physics and Mechanical Behaviour of Polymers				3 pt.	20,0 h.	B. Goderis
Teaching activities Physics and Mechanical Behaviour of Polymers 3 pt. 20,0 h.  B. Goderis

	H00D0B			Transport Phenomena				6 pt.	56,0 h.	J. Fransaer
Teaching activities Transport Phenomena: Lecture 5,3 pt. 36,0 h.  J. Fransaer Transport Phenomena: Exercises 0,7 pt. 20,0 h.  J. Fransaer

  Option Broadening Courses Polymers and Composites

The student chooses a maximum of 6 credits from the courses H05U6A, H04K9A en H05U7A (Capita Selecta).

	G0J16A			Solid State Physics I				6 pt.	36,0 h.	C. Van Haesendonck
Teaching activities Solid State Physics I 6 pt. 36,0 h.  C. Van Haesendonck

	H05U6A			Capita selecta ingenieurswetenschappen I.2. (Athens / Summer Course)				3 pt.	30,0 u.	coordination: J. Berlamont N.
Teaching activities Capita selecta ingenieurswetenschappen I.2. (Athens / Summer Course) 3 pt. 30,0 u.  N.

	H06A6A			Chemistry at Nanometre Scale				6 pt.	56,0 h.	coordination: S. De Feyter M. Blunt S. De Feyter N.
Teaching activities Chemistry at Nanometre Scale: Lecture 4,8 pt. 36,0 h.  S. De Feyter N. Chemistry at Nanometre Scale: Exercises and Laboratory Sessions 1,2 pt. 20,0 h.  M. Blunt

	G0H96A			Chemistry and Characterisation of Surfaces and Thin Films				6 pt.	30,0 h.	coordination: G. Maes S. De Gendt G. Maes
Teaching activities Chemistry and Characterisation of Surfaces and Thin Films 3 pt. 18,0 h.  S. De Gendt G. Maes Chemistry and Characterisation of Surfaces and Thin Films: Lecture, Part 2 3 pt. 12,0 h.  S. De Gendt G. Maes

	H00D9A			Polymer Melt Rheology				3 pt.	20,0 h.	P. Moldenaers
Teaching activities Polymer Melt Rheology 3 pt. 20,0 h.  P. Moldenaers

	H02Y4A			Textile Preforms for Composites				3 pt.	22,0 h.	S. Lomov
Teaching activities Textile Preforms for Composites: Lecture 2,5 pt. 14,0 h.  S. Lomov Textile preforms for composites: Exercises 0,5 pt. 8,0 h.  S. Lomov

	H04K9A			Capita selecta ingenieurswetenschappen II.1. (Athens / Summer Course)				3 pt.	30,0 u.	coordination: J. Berlamont N.
Teaching activities Capita selecta ingenieurswetenschappen II.1. (Athens / Summer Course) 3 pt. 30,0 u.  N.

	H00F5A			Engineering with Polymers & Case Studies				3 pt.	26,0 h.	N.
Teaching activities Engineering with Polymers & Case Studies: Lecture 2,4 pt. 13,0 h.  N. Engineering with Polymers: Case Studies 0,6 pt. 13,0 h.  N.

	H00F7A			Numerical Simulation Methods for Polymer Processing				3 pt.	13,0 h.	R. Keunings
Teaching activities Numerical Simulation Methods for Polymer Processing 3 pt. 13,0 h.  R. Keunings

	H00F8A			Quality Control and Nondestructive Testing				3 pt.	20,0 h.	coordination: M. Wevers I. De Wolf M. Wevers
Teaching activities Quality Control and Nondestructive Testing 3 pt. 20,0 h.  I. De Wolf M. Wevers

	H02W7A			Nanomaterials for Nano-electronics				3 pt.	20,0 h.	coordination: M. Heyns I. De Wolf A. Witvrouw
Teaching activities Nanomaterials for Nano-electronics 3 pt. 20,0 h.  I. De Wolf A. Witvrouw

	H05U7A			Capita selecta ingenieurswetenschappen II.2. (Athens / Summer Course)				3 pt.	30,0 u.	coordination: J. Berlamont N.
Teaching activities Capita selecta ingenieurswetenschappen II.2. (Athens / Summer Course) 3 pt. 30,0 u.  N.

  Materials for Nanotechnology

All subgroups are compulsory.

  Option Specific Courses Materials for Nanotechnology

All courses are compulsory.

	H00B8B			Functional Properties				3 pt.	28,0 h.	O. Van der Biest
Teaching activities Functional Properties 3 pt. 28,0 h.  O. Van der Biest

	H00C8A			Coatings and Surface Engineering				3 pt.	19,5 h.	coordination: J. Celis I. Buijnsters J. Celis
Teaching activities Coatings and Surface Engineering 3 pt. 19,5 h.  I. Buijnsters J. Celis

	H02W8A			Materials Characterisation Techniques II				3 pt.	28,0 h.	coordination: J. Seo I. De Wolf J. Seo
Teaching activities Materials Characterisation Techniques II: Lecture 2,57 pt. 18,0 h.  I. De Wolf J. Seo Materials Characterisation Techniques: Exercises and Laboratory Sessions 0,43 pt. 10,0 h.  I. De Wolf J. Seo

	H06F2A			Semiconductor Physics				3 pt.	28,0 h.	H. Maes
Teaching activities Semiconductor Physics: Lecture 2,4 pt. 18,0 h.  H. Maes Semiconductor Physics: Exercises and Laboratory Sessions 0,6 pt. 10,0 h.  H. Maes

	H02W7A			Nanomaterials for Nano-electronics				3 pt.	20,0 h.	coordination: M. Heyns I. De Wolf A. Witvrouw
Teaching activities Nanomaterials for Nano-electronics 3 pt. 20,0 h.  I. De Wolf A. Witvrouw

  Elective Courses Materials for Nanotechnology

In addition to the list the student may choose from the other two lists of option specific courses or from the courses on this website (address: www.mtm.kuleuven.be/master_choice).

The student chooses at least 27 credit of which at least 12 credits are taken in the first phase. There are two sublists of electives: materials engineering fundamentals courses and option broadening courses. The student may also choose option specific courses from the two other options. The programme director will decide based on your background which Materials Engineering Fundamentals courses you need to take. Upto 18 credits of the Materials Engineering Fundamentals courses may count for the Master programme. If needed aditional credits (above 18) will be grouped into a preparatory programme (outside the Master programme).

  Materials Engineering Fundamentals

	H00B7B			Thermodynamics and Kinetics in Materials Engineering				6 pt.	56,0 h.	P. Wollants
Teaching activities Thermodynamics and Kinetics in Materials Engineering: Lecture 5,4 pt. 40,0 h.  P. Wollants Thermodynamics and Kinetics in Materials Engineering: Exercises 0,6 pt. 16,0 h.  P. Wollants

	H00E4A			Properties of Composites A&B				6 pt.	39,0 h.	coordination: S. Lomov J. Ivens S. Lomov
Teaching activities The Materials Science of Composites 3 pt. 17,5 h.  J. Ivens S. Lomov The Properties of Laminated Structures 3 pt. 21,5 h.  J. Ivens S. Lomov

	H08Z0A			Chemistry and Physical Chemistry of Polymers				3 pt.	20,0 h.	J. Devaux
Teaching activities Chemistry and Physical Chemistry of Polymers 3 pt. 20,0 h.  J. Devaux

	H08Z1A			Mechanical Behaviour of Materials				6 pt.	40,0 h.	coordination: P. Van Houtte P. Van Houtte M. Wevers
Teaching activities Properties for Structural Applications 3 pt. 20,0 h.  M. Wevers Continuum Modelling of Material Properties 3 pt. 20,0 h.  P. Van Houtte

	H08Z2A			Structures and Microstructures of Materials				3 pt.	27,5 h.	M. Seefeldt
Teaching activities Structures and Microstructures of Materials 3 pt. 27,5 h.  M. Seefeldt

	H9X55A			Physics and Mechanical Behaviour of Polymers				3 pt.	20,0 h.	B. Goderis
Teaching activities Physics and Mechanical Behaviour of Polymers 3 pt. 20,0 h.  B. Goderis

	H00D0B			Transport Phenomena				6 pt.	56,0 h.	J. Fransaer
Teaching activities Transport Phenomena: Lecture 5,3 pt. 36,0 h.  J. Fransaer Transport Phenomena: Exercises 0,7 pt. 20,0 h.  J. Fransaer

  Option Broadening Courses Materials for Nanotechnology

The student chooses a maximum of 6 credits from the courses H05U6A, H04K9A en H05U7A (Capita Selecta).

	G0J16A			Solid State Physics I				6 pt.	36,0 h.	C. Van Haesendonck
Teaching activities Solid State Physics I 6 pt. 36,0 h.  C. Van Haesendonck

	H00E4A			Properties of Composites A&B				6 pt.	39,0 h.	coordination: S. Lomov J. Ivens S. Lomov
Teaching activities The Materials Science of Composites 3 pt. 17,5 h.  J. Ivens S. Lomov The Properties of Laminated Structures 3 pt. 21,5 h.  J. Ivens S. Lomov

	H06E2A			Quantum Physics				3 pt.	28,0 h.	F. Denef
Teaching activities Quantum Physics: Lecture 2 pt. 18,0 h.  F. Denef Quantum Physics: Exercises and Laboratory Sessions 1 pt. 10,0 h.  F. Denef

	H08Z0A			Chemistry and Physical Chemistry of Polymers				3 pt.	20,0 h.	J. Devaux
Teaching activities Chemistry and Physical Chemistry of Polymers 3 pt. 20,0 h.  J. Devaux

	H9X55A			Physics and Mechanical Behaviour of Polymers				3 pt.	20,0 h.	B. Goderis
Teaching activities Physics and Mechanical Behaviour of Polymers 3 pt. 20,0 h.  B. Goderis

	H05U6A			Capita selecta ingenieurswetenschappen I.2. (Athens / Summer Course)				3 pt.	30,0 u.	coordination: J. Berlamont N.
Teaching activities Capita selecta ingenieurswetenschappen I.2. (Athens / Summer Course) 3 pt. 30,0 u.  N.

	H06A6A			Chemistry at Nanometre Scale				6 pt.	56,0 h.	coordination: S. De Feyter M. Blunt S. De Feyter N.
Teaching activities Chemistry at Nanometre Scale: Lecture 4,8 pt. 36,0 h.  S. De Feyter N. Chemistry at Nanometre Scale: Exercises and Laboratory Sessions 1,2 pt. 20,0 h.  M. Blunt

	G0H96A			Chemistry and Characterisation of Surfaces and Thin Films				6 pt.	30,0 h.	coordination: G. Maes S. De Gendt G. Maes
Teaching activities Chemistry and Characterisation of Surfaces and Thin Films 3 pt. 18,0 h.  S. De Gendt G. Maes Chemistry and Characterisation of Surfaces and Thin Films: Lecture, Part 2 3 pt. 12,0 h.  S. De Gendt G. Maes

	H00B4A			Materials Modelling for Forming Process Simulations				3 pt.	26,0 h.	B. Van Bael
Teaching activities Materials Modelling for Forming Process Simulations: Lecture 2,6 pt. 18,0 h.  B. Van Bael Materials Modelling for Forming Process Simulations: Exercises 0,4 pt. 8,0 h.  B. Van Bael

	H02X3A			Polymer Composites II - Fundamental Mechanics of Heterogeneous Materials				3 pt.	20,0 h.	S. Lomov
Teaching activities Polymer Composites II - Fundamental Mechanics of Heterogeneous Materials 3 pt. 20,0 h.  S. Lomov

	H04K9A			Capita selecta ingenieurswetenschappen II.1. (Athens / Summer Course)				3 pt.	30,0 u.	coordination: J. Berlamont N.
Teaching activities Capita selecta ingenieurswetenschappen II.1. (Athens / Summer Course) 3 pt. 30,0 u.  N.

	H06G4A			Materials Physics and Technology for Nanoelectronics				6 pt.	56,0 h.	M. Heyns
Teaching activities Materials Physics and Technology for Nanoelectronics: Lecture 4,8 pt. 36,0 h.  M. Heyns Materials Physics and Technology for Nanoelectronics: Exercises and Labs 1,2 pt. 20,0 h.  M. Heyns

	H00F8A			Quality Control and Nondestructive Testing				3 pt.	20,0 h.	coordination: M. Wevers I. De Wolf M. Wevers
Teaching activities Quality Control and Nondestructive Testing 3 pt. 20,0 h.  I. De Wolf M. Wevers

	H05U7A			Capita selecta ingenieurswetenschappen II.2. (Athens / Summer Course)				3 pt.	30,0 u.	coordination: J. Berlamont N.
Teaching activities Capita selecta ingenieurswetenschappen II.2. (Athens / Summer Course) 3 pt. 30,0 u.  N.

	H06A8A			Computational Methods in Solid State Physics				3 pt.	28,0 h.	L. Cibotaru
Teaching activities Computational Methods in Solid State Physics 2 pt. 18,0 h.  L. Cibotaru Computational Methods in Solid State Physics: Exercises and Labs 1 pt. 10,0 h.  L. Cibotaru

	H06D9A			Physical Material Characterisation Techniques for Electronic Devices				3 pt.	28,0 h.	W. Vandervorst
Teaching activities Physical Materials Characterisation Techniques for Electronic Devices: Lecture 2,4 pt. 18,0 h.  W. Vandervorst Physical Materials Characterisation Techniques for Electronic Devices: Exercises and Labs 0,6 pt. 10,0 h.  W. Vandervorst

	H06E4A			Reliability and Yield for Micro- and Nanoelectronic Components				3 pt.	28,0 h.	G. Groeseneken
Teaching activities Reliability and Yield for Micro- and Nanoelectronics: hoorcollege 2,4 pt. 18,0 h.  G. Groeseneken Reliability and Yield for Micro- and Nanoelectronics: Exercises and Labs 0,6 pt. 10,0 h.  G. Groeseneken

	H0G13C			Basics of VLSI Processing				6 pt.	39,0 h.	coordination: M. Heyns R. De Keersmaecker M. Heyns
Teaching activities Basics of VLSI Processing 6 pt. 39,0 h.  R. De Keersmaecker M. Heyns

  Master Thesis

This course is compulsory.

	H00D8A			Master Thesis				24 pt.	720,0 h.	coordination: B. Blanpain N.
Teaching activities Master Thesis 24 pt. 720,0 h.  N.

  General Interest Courses

The student chooses at least 9 credits from the following list, taking into account that:
- A student can choose at most one of the following courses: H06B4A and H06U6A (Dutch Language and Culture)
- The course H04X2A (Project management) has to be taken up in the same year as the Master Thesis.

	H09P4A			Leadership and Strategic Management				6 pt.	64,5 h.	coordination: D. Cattrysse D. Cattrysse C. De Meersman J. Duflou J. Stouten
Teaching activities Management of Organisations: Psychological and Social Aspects 3 pt. 19,5 h.  J. Stouten Business Simulations 1,5 pt. 30,0 h.  D. Cattrysse J. Duflou Strategic Management 1,5 pt. 15,0 h.  C. De Meersman

	D0H36A			Innovation Management and Strategy				6 pt.	39,0 h.	B. Van Looy
Teaching activities Innovation Management and Strategy 6 pt. 39,0 h.  B. Van Looy

	D0R36A			International Marketing				6 pt.	39,0 h.	P. François
Teaching activities International Marketing 6 pt. 39,0 h.  P. François

	D0R87A			Financial Statement Analysis				6 pt.	39,0 h.	N. Huyghebaert
Teaching activities Financial Statement Analysis 6 pt. 39,0 h.  N. Huyghebaert

	H02X4A			Industrial Experience: Materials Engineering				3 pt.	60,0 h.	P. Wollants
Teaching activities Industrial Experience: Materials Engineering 3 pt. 60,0 h.  P. Wollants

	H06B4A			Dutch Language and Cultures				3 pt.	40,0 h.	coordination: L. De Wachter N.
Teaching activities Dutch Language and Cultures 3 pt. 40,0 h.  N.

	W0EN7A			Philosophy of Technology				4 pt.	26,0 h.	G. Van Steendam
Teaching activities Philosophy of Technology 4 pt. 26,0 h.  G. Van Steendam

	D0O37A			Entrepreneurship				6 pt.	36,0 h.	coordination: W. Bodewes W. Bodewes K. Debackere
Teaching activities Entrepreneurship : Testimonials 2 pt. 12,0 h.  W. Bodewes K. Debackere Entrepreneurship : Case Studies and Business Plan 4 pt. 24,0 h.  W. Bodewes K. Debackere

	H04B3A			Engels in de bedrijfsomgeving				3 pt.	39,0 u.	N. in coop. with: C. Greenman
Teaching activities Engels in de bedrijfsomgeving 3 pt. 39,0 u.  N. in coop. with: C. Greenman

	D0M24B			Cultural Issues in International Business				6 pt.	39,0 h.	M. Janssens
Teaching activities Cultural Issues in International Business 6 pt. 39,0 h.  M. Janssens

	D0R46A			Marketing strategy				6 pt.	39,0 h.	M. Logman
Teaching activities Marketing strategy 6 pt. 39,0 h.  M. Logman

	H00N6A			Total Quality Management				3 pt.	19,5 h.	N. Peirs
Teaching activities Total Quality Management 3 pt. 19,5 h.  N. Peirs

	H06U6A			Dutch Language and Cultures				3 pt.	40,0 h.	coordination: L. De Wachter N.
Teaching activities Dutch Language and Cultures 3 pt. 40,0 h.  N.

	H04X2A			Project Management				3 pt.	19,5 h.	coordination: J. Duflou D. Cattrysse J. Duflou
Teaching activities Project Management 3 pt. 19,5 h.  D. Cattrysse J. Duflou