### An overview of my courses

#### Other courses

- European School of Antennas: Advanced Computational Electromagnetics
[Fall 2016]
- European School of Antennas: Antennas for Space Applications
[Spring 2016]

#### Ph.D. courses at DTU

- Nano-Optics
[Fall 2013]
- Data Mining using Python
[Fall 2013]
- Advanced Electromagnetics
[Spring 2013]

#### M.Sc. courses at DTU

- Transport in Nanostructures
[Fall 2011]
- Statistical Physics
[Fall 2011]
- Technology, Economics, Management and Organisation
[Spring 2011]
- Nanophotonics
[Spring 2011]

#### M.Sc. courses at Institut Polytechnique de Grenoble:

- NanoPhysics
[June 2011]
- NanoElectronics
[June 2011]
- NanoMagnetism
[June 2011]
- NanoBioSciences
[June 2011]
- Cleanroom Fabrication
[June 2011]

#### M.Sc. courses at University of Maryland

- Methods of Mathematical Physics (PHYS604)
[Fall 2010]
- Introduction to Quantum Mechanics I (PHYS622)
[Fall 2010]
- Continuum Mechanics (ENME670)
[Fall 2010]

#### B.Sc. courses at DTU

- Optics and Photonics
[Spring 2010]
- Applications of Theoretical Microfluidics
[January 2010]
- Semiconductor Devices
[Fall 2009]
- Partial Differential Equations – Applied Mathematics
[Fall 2009]
- Condensed Matter Physics and Nanoscale Materials Physics
[Fall 2009]
- Experimental Methods and Instrumentation in Physics
[June 2009]
- Micro 1: Solid-State Electronics & Microtechnology
[Spring 2009]
- Quantum Mechanics
[Spring 2009]
- Introduction to Numerical Algorithms
[Spring 2009]
- Mathematics 4 Real Analysis
[Spring 2009]
- Electromagnetism for Physicists
[Fall 2008]
- Introduction to Statistics
[Fall 2008]
- Advanced Engineering Mathematics 2
[Fall 2008]
- Theory of Science in Engineering
[Fall 2008]
- Introductory Programming with Matlab
[June 2008]
- Fundamental Chemistry
[Spring 2008]
- Thermodynamics and Statistical Physics
[Spring 2008]
- Introduction to Physics and Nanotechnology
[Fall 2007, January 2008, Spring 2008]
- Advanced Engineering Mathematics 1
[Fall 2007, Spring 2008]
- Mechanics and Physical Modeling
[Fall 2007]

##### SELECTED TEXTBOOKS

D. J. Griffiths,

Introduction to Electrodynamics

[Pedagogic, yet thorough introductory textbook for electromagnetism]

L. Novotny and B. Hecht,

Principles of Nano-Optics

[In-depth textbook for nanophotonics]

M. Born and E. Wolf,

Principles of Optics

[Encyclopedic reference for optics and photonics]

E. B. Saff and A. D. Snider,

Fundamentals of Complex Analysis with Applications to Engineering, Science, and Mathematics

[Pedagogic first textbook for complex analysis, with plenty of illustrative explanations]

D. J. Griffiths,

Introduction to Quantum Mechanics

[Excellent introductory textbook for quantum mechanics]

H. Gould and J. Tobochnik,

Statistical and Thermal Physics

[Methodical textbook for statistical physics]