Track #1 (July 2022 – February 2023)

The first part of Track #1 of the International Summer School successfully took place in Berlin in July 2022. The second half of Track #1 started in Sydney in February 2023. At the same time, the new Track #2 started, also in Sydney. To stay up to date, follow Global WiEIT on Instagram.

Schedule Track #1 (Berlin)

Track #1 partners and their projects

Team 4k Concept 

Project focus: Digital File Berlin

Starting point is the development of training courses for employees of the Berlin public administration on the use of the "Digital File Berlin". These courses are aimed at up to 70,000 employees in the public administration of the capital and its districts.

Task for the student team: The development of a system for checking the course quality and for the management of trainers and participants, so that

  1. The quality of the product, i.e. the courses, is ensured
  2. Enthusiasm and motivation are evoked in the participants

 

Team thoughtworks

Project focus: Virtual coffee kitchen - Together again in remote times

Task for the student team: To simulate a virtual coffee kitchen where colleagues can meet at any time, supported by a small gadget that can be placed on the desk and indicates when someone is in the kitchen and wants to chat.

Have a look at the solution this team of students developed: 

 

Team LMtec Digital Solutions

Project focus: Digital twin, asset administration shell, interoperability

Interdependent use of the Asset Administration Shell for real-time delivery of data from distribution systems throughout the product lifecycle in distributed environments.

Task for the student team:

  1. Understand the different use cases of Asset Administration Shells and how asset data can be structured
  2. Development of an interface to retrieve original asset data in real time
  3. Assess the utility of using interdependent and standardized asset administration shells

 

Team Tischlerei Gießelbach

Project focus: Shelf configurator

Is it possible to develop a configurator to build and plan shelfs individually? Each shelf should only consist of two standardized components that can be combined as desired.

Task for the student team: Development of a shelf configurator

  1. Shelf configurator UI
  2. Development of an algorithm to check if a configuration based on only 2 boards is possible
  3. Algorithm, that sets the holes in their respective positions for each board

Schedule Track #1 (Sydney)

Image Gallery Track #1

Reports from our participants