Karlsruhe School of Optics & Photonics
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Curriculum

In order to achieve valuable scientific results, the talented Ph.D. students need to acquire knowledge and are required to exchange knowledge and experience with other Ph.D. students in method-oriented working groups as well. Supervision by two advisors and one mentor accompanies the whole doctoral thesis work to ensure the constant quality of the work and so its success. In order to achieve and maintain a high level of Ph.D. theses in general, a total quality management program is practiced and implemented by the managing administrator of KSOP.

 

The three-year elite and interdisciplinary Ph.D. thesis work comprises the participation in at least five elite Ph.D. course modules with a minimum of one module in each of the three categories:

  1. technical modules
  2. scientific modules
  3. management modules.

The students present their results during the Karlsruhe Days of Optics & Photonics or the KSOP Summer School at least three times in the three years of studying. Furthermore, KSOP offers annual colloquia in cooperation with partners from industry where the Ph.D. students have the opportunitiy to present their work.

Being a member of KSOP implies being part of a strong network in research and industry. Today, research projects are characterized by highly multidisciplinary approaches. Therefore the option of relying on an existing research network accelerates and enriches one's own research work.

 

List of course modules

Management courses

Content

Dates

Registration Contact

I. Project Management

Project Management and Scheduling, Information and Process Engineering, Multiproject Management in a Global Environment, Development Management

May      03-15,   2010

E-Mail

II. Human Resource Management

Innovation Management, Teamwork and Creativity Generation, Leadership and Conflict Management, Management Training

January 10 - 22, 2011

E-Mail



Technical
courses

Content

Nanotechnology laboratory

Introduction into working in a clean-room environment, photo-lithography, thin-film deposition

E-Mail

Laser laboratory work

Laser safety, principles of lasers, laboratory work and aligning procedures

E-Mail

Techniques of spectroscopy

Practical work with different spectroscopy systems

E-Mail

Advanced light microscopy in biological Sc.

Preparation of biological samples, fluorescence microscopy, live cell imaging, laser scanning microscopy

E-Mail

Digital signal processing

Computer lab training for the introduction into different image processing strategies

E-Mail

Computer aided design of optical
and photonic systems

Computer lab training for the introduction into different optical design software packages

E-Mail

LabView

Data acquisition and hardware control using LabView

E-Mail

MatLab / SimuLink

Data evaluation, numeric using MatLab and systems modeling using SimuLink

E-Mail



Scientific
Modules

Content

Summer School courses

e.g. KSOP Summer School, NATO, CFN, Wilhelm and Else Heraeus Foundation, different universities, …

E-Mail

Scientific Conferences

In the chosen research area (I -IV)

E-Mail




Info & Service
Download:

Study Guidebook