Course information MSc final projects

Course information:

• Electrodynamics, course 191210410(1), 2011/2012, block 1A
• Applied analytical methods, course 191560371, 2010/2011, block 2B
• Theory of partial differential equations, course 155010, quartile II, 2005/2006

MSc final projects:

Please do not hesitate to contact me or other group members directly for information on topics for MSc final projects related to our research in mathematical optics. The short list below shows examples (which are by no means meant to be representative).

Pending proposals:

• Time domain resonances of circular integrated optical microresonators (reference) ... led to the thesis of Ellen Franchimon.
• Integrated optical cross-strip interferometers - modeling the lateral dimension (reference).

Former MSc projects:

• Astrid Averkamp,
  Optimization of a 3-beam splitter by means of the Rigorous Coupled Wave Analysis, May 2011.
• Ellen Franchimon,
  Modelling circular optical microresonators using whispering gallery modes, September 2010.
• Didit Yudistira,
  Modeling and design of integrated optical microresonators with rectangular cavity shapes, June 2003, executed in the Lightwave Devices Group, Department of Electrical Engineering, University of Twente.
• Hala Elrofai,
  Calculating spontaneous emission for layered systems, June 2003, executed in the Lightwave Devices Group, Department of Electrical Engineering, University of Twente.
• Kiran Hiremath,
  Modeling of 2D cylindrical integrated optical microresonators, June 2003, executed locally (AAMP group), part of our contribution to the EC project 'NAIS'.
• Hossam Ahmed Abd Allah,
  Development of a dispersion optimized FDTD solver for time dependent numerical simulation of integrated optical components, June 2001, executed at Kymata Netherlands, Enschede.