Research on perovskite solar cells is highly interdisciplinary. Therefore, the school will provide the doctoral researchers with comprehensive knowledge and understanding of the chemistry and physics of perovskite-based tandem devices.
The curriculum consists of a three-year research project as well as state of the art lectures on relevant topics, lab-courses, workshops and seminars, offered by renowned specialists in their respective field. The research-based training will be supplemented by measures to support the provision of key competences.
Every doctoral researcher is obliged to attend a lecture on "Physics of Solar Cells".
The reason for this is simple: Tackling the challenges of Solar Cells needs a multidisciplinary approach. If you work on peroskites and perovskite solar cells, you need to know the basic principles behind photovoltaic energy conversion, which includes semiconductor physics, thermodynamics, different types of solar cells, single and multijunction devices etc.
The following list contains suitable lectures for this purpose
|WS 2019/20||U Potsdam||Prof. Dr. Dieter Neher||Physics of Solar Cells|
|WS 2019/20||FU Berlin||Prof. Dr. Klaus Lips||Analytics for Photovoltaiscs|
|WS 2019/20||TU Berlin||Dr. Stefan Gall||Photovoltaik - Grundlagen und kristalline Silizium-Solarzelle (PV1)|
Further supplementary lectures and exercises are recommended:
|WS 2019/20||HU Berlin||Prof. Dr. Christoph Koch||Current topics in electron microscopy|
|WS 2019/20||TU Berlin||PD Dr. Daniel Abou-Ras||Physik der Dünnschichtsolarzelle und moderne Analysemethoden|
These courses offer training in special areas and are organized by the research groups which are experts in their field.
Annual Fall retreat and Spring colloquium
Once a year all doctoral researchers and their supervisors meet during the two- or three-day Fall retreat. Each researcher presents the progress of the project.
In addition, a one-day research colloquium takes place every year. This usually takes place in spring.
Participation in the International Summer School on Photovolataics an New Concepts of Quantum Solar Energy Conversion (Quantsol) is strongly recommended. read more...
Transferrable Skills courses
In addition to the scientific training, a number of transferable skills courses are part of the curriculum and can be freely selected. These include for example scientific writing, intellectual property issues, career and leadership, research management training and intercultural communication.
A wide range of courses is offered by:
Credit Point System
To satisfy the PhD requirements the doctoral researcher has to submit a thesis and prove successful participation in different aspects of the curriculum. This requires the accumulation of credit points, which are given for all offered aspects of the curriculum and for participation in externally organized events.