CuView
CuView is an educational software for teaching Transmission Electron Microscopy (TEM) integrated in the ETH courses on electron microscopy. The software available as a web site offers with a user-friendly interface a virtual TEM with various simulation tools. The student is guided through the steps to simulate a TEM image or a diffraction pattern, with quizzes and hints on the choice of parameters. The innovative strategy in the software design makes CuView a tool of choice for anyone stepping into TEM.
Keywords
Course description
Project description
CuView is an interactive educational computer application, to teach Transmission Electron Microscopy (TEM) from the Master’s level upwards. The software is designed for teaching essential aspects of TEM and exploiting/analysing the data along the workflow at increasing complexity, which makes it easy for the beginner to step into the field, but is also particularly suitable for people of advanced and senior level. The software offers a user-friendly graphical user interface (GUI) that guides the learner flawlessly through the steps of defining a sample, obtaining and analysing the TEM images and diffraction patterns. It incorporates educational tools (tips, info text boxes, quizzes) along the simulation workflow.
CuView was built with an innovative strategy in mind for the code assembling: the developed software permits the easy implementation of legacy TEM software tools developed over the last decades without the need to rewrite them. They can thus be made accessible to beginners with minimal knowledge in TEM. CuView is essentially a computer graphical user interface, written in java, that integrates precompiled existing softwares and innovative features aimed at making TEM accessible to the beginner with self-teaching key themes. CuView is available as a website: http://scopem-cuview.ethz.ch:8080.
In addition, the software presents a virtual TEM with the functionalities of a real one, with buttons allowing the change in imaging condition. It relies on a library of images taken on a real microscope together with the corresponding sketches of the optical ray diagram to better explain the functioning of the instrument.
The most innovative part is that the student follows a “workflow” as in a guided tour to create TEM images and electron diffraction patterns, without necessarily knowing the complicated mathematics behind the process.
Iteratively playing with the simulation steps, crystal parameters and imaging conditions allows newcomers to intuitively learn the complex topic of TEM, such as the diffraction described in reciprocal space, and thus rapidly gather deeper understanding. At every step the learner is offered tools for interactive learning thanks to the simple educational interface. The innovative strategy in the application design makes CuView a tool of choice in TEM for early beginners (Master’s students), advanced researchers (doctoral students), and senior scientists who want to understand the data they can acquire with a TEM and, further, analyse it.
The other innovation is the blended learning that combines online educational material and opportunities for interaction with traditional ex cathedra teaching in a lecture room or at the instrument itself with a trainer. There are educational elements, which consist of quiz buttons that activate windows presenting simple questions typical of the field. They help the learner to understand and assimilate the concepts behind the image and diffraction formation in TEM, with the possibility to record the answer as a feedback to the apprentice or for generating marks for the students attending a course. In addition, CuView integrates hints on the choice of parameters and explanations in case of wrong inputs that will guide the beginner in TEM.
This project is realized in collaboration with the company 'Supercomputing Systems' (SCS) located in the Technopark Zürich. This collaboration was made possible thank to the support of Innovedum of ETH Zurich.
Contact information
Contact
- Location location_onHCI J 490.2
- Phone phone+41 44 633 25 27
- Fax print+41 44 633 14 21
- contactsvCard Download
Metallphysik und Technologie
Vladimir-Prelog-Weg 1-5/10
8093
Zürich
Switzerland
Contact
Deputy head of Dep. of Materials
- Location location_onHCI J 492.2
- Phone phone+41 44 632 25 65
- Fax print+41 44 633 14 21
- contactsvCard Download
Metallphysik und Technologie
Vladimir-Prelog-Weg 1-5/10
8093
Zürich
Switzerland
Others:
Dr. Peng Zeng, Dr. Christophe Briand (ScopeM ETHZ)
Prof. Dr. Cécile Hébert (CIME EPFL)
Dr. Susanne Suter, Dr. Christof Bühler (SCS company, Zürich)