The Department of Digitalisation and Innovative Teaching at the Deggendorf Institute of Technology (DIT) and the head of the event, Prof Dr Patrick Glauner, invite you to the German-speaking virtual DigiCamp “DigiFitnessCheck”. Glauner is looking forward to the exchange with company representatives from the region: “Digitalisation is the order of the day. But most companies do not know how to get fit digitally and what needs to be taken into account. How do you proceed correctly and with what plan? This is exactly the question we will answer at DigiCamp”.
Often a successful implementation of digitalisation fails because of an individual strategy, because digitalisation is much more than the usual online trade and its ERP processes. It is necessary to identify optimisation potentials along the value chain and in the product portfolio, which bring functional or cost advantages. Glauner explains: “Pragmatic actionism is just as nonsensical as an overly complex digitalisation vision”.
In addition to the head of the event and AI expert, Prof Dr Patrick Glauner, consultant and company coach, Markus Kammermeier from Change42 GmbH, will provide insights into how companies can be among the winners of digital transformation.
The target group of the DigiCamp are all companies that want to develop an adapted and individual digitalisation strategy for themselves in order to successfully face the digital future as well as the interested public.
Prof Dr Thorsten Gerdes heads the Keylab Glass Technology at the University of Bayreuth and is Scientific Director at the Technology User Centre (TAZ) in Spiegelau, which is part of the Deggendorf Institute of Technology (DIT). The professor has now been nominated for the final round of the German Future Prize of the Federal President in cooperation with the industrial partners Dyneon/3M and Maxit at the Deutsches Museum in Munich.
On the occasion of the announcement of the three nominated projects on 9 September, Bavaria’s Science Minister Bernd Sibler emphasised the value of research: “Without our researchers and developers, without their spirit of innovation and vision of the future, we cannot find answers to the pressing questions of our time. I am very grateful that they are developing ideas that can make our lives better in the future – and that worldwide. Visions for a better future also come from Bavaria: futurology research in all areas is carried out at our Bavarian universities. Future fields of technology play a special role here. The Minister was very pleased that one of the top three projects also comes from Bavaria. Energy efficiency and sustainability are forward-looking topics that must be dedicated to the coming generations with all their might.
The Federal President’s Science Prize is one of the most important science prizes in Germany. This year it will be awarded on 25 November in Berlin by Frank-Walter Steinmeier. By the way, live on ZDF. Three topics will then have the chance to win the € 250,000 prize money in addition to the scientific reputation: It’s about new developments in future information technology, automation in medicine and, of course, more climate-neutral construction.
The team around the speaker Dipl-Ing (FH) Friedbert Scharfe (Maxit), Dr rer nat Klaus Hintzer (Dyneon/3M) and Prof Dr-Ing Thorsten Gerdes for the system “ecosphere” – an innovative, environmentally friendly system of sprayable insulation with micro hollow glass beads, which was developed in a project between the partners and the Keylab Glass Technology of the University of Bayreuth, funded by the Federal Ministry of Education and Research (BMBF).
This is where DIT and TAZ Spiegelau come in. Within the framework of the recently launched “Micro-Bubble” project – also a BMBF-funded project – research is already being conducted on the next generation of building insulation. The basis for his continues to the hollow micro-bubbles. The aim of the researchers in Eastern Bavaria and Upper Franconia is to achieve a further improvement in the production process for this lightweight material.
The Deggendorf Institute of Technology (DIT) has been intensively promoting the use of digital teaching for years before the corona pandemic. This commitment has now been rewarded with a grant of € 182,000 for DIT projects from the Virtual University of Bavaria (vhb).
The digital courses offered via the SMART vhb platform gained in importance due to the cancellation of classroom teaching this summer semester. DIT already offers 28 vhb courses online, which were used by other universities of applied sciences, especially during the corona semester, and were applied in teaching. The notification of the vhb's support of € 182,000, which corresponds to 20% of the total funding of the latest SMART vhb funding round, will further expand DIT's digital teaching. Over the coming months, a total of ten courses will be developed and, from the 2021/2022 winter semester onwards, will be made available via the SMART vhb platform. The online courses range from the introduction to programming with Python, Java programming, programming concepts, computer science concepts, hardware design, foundations of informatics, AI applications and logic in artificial intelligence to engineering mechanics, dynamics and risk management. The development of these new SMART vhb projects is organised by Prof Dr Dr Heribert Popp, vhb representative of the unversity and project manager Dr-Ing Monica Ciolacu.
At DIT, the vhb representative, Prof Popp, has been substituting 50% of teaching in all his modules with digital teaching for 13 years now. In his digital course, he tested artificial intelligence (AI) methods by which digital teaching materials adapt to the level of knowledge of the students at the beginning of the course. Popp also uses an AI-based early warning system in his vhb courses, which sends a warning e-mail to students at risk. As a result, the failure rate could be almost halved.
The SMART vhb platform manages online learning units that can be flexibly integrated into the students' own teaching. These digital learning units start with the learning goals and are composed of different materials such as videos, text elements, self-tests or simulations.