Job description:

udicom AG - Industrial Solutions Division - is a globally oriented system developer for industrial measurement technology. We think and work system-oriented and interdisciplinary. As the market leader for capacitive measurement technology, we assume overall responsibility for innovative systems, from the idea to the finished product. Out products ship worldwide, for example Germany, USA, Taiwan, France, Brazil, Italy ...

Our award-winning product udicom Vision Studio combines proven technology of area ware inspection like cameras (GiGE-Vision) and touch fingers with newly developed capacitive technology, which constitutes a worldwide unique feature. The gathered data gets collected and presented in a consistent user interface.

To support the continuous development of our systems, we search for compentent and experienced software developers with mathematical background. Knowledge of computer vision algorithms and communication with special hardware (National Instruments Grabber cards, Keithley Grabber cards, RS232, RS485, etc.) are an advantage. Core task is the design and implementation of software for PC-based, industrial measurement systems.

Prerequisites:

Your skills / assets:

• Degree in computer science or comparable skills
• Knowledge of Visual Studio C++ & C#, related tools and outstanding Windows skills
• Very good spoken and written English and German
• Team-oriented, independent worker with a strong initiative

We offer:

• Versatile and challenging Tasks
• Self dependent work with career opportunities in a dynamic team
• Flexible working time schemes
• Optional international assignments

We promote you with targeted training and offer widened possibilities for your career. Interested? We are looking forward to your digital application.

Application:

Please send us your CV and an example of your previous projects. This can be a project developed during your studies, in your spare time, or during a previous activity. It doesn't have to be very large, but in any case should describe a reasonable and interesting problem and - preferably - its solution. Together with the model please explain:

• Is the entire model based on your work? Was it a community project? If so, which parts have you designed or realized? Who has co-operated in the project?
• Which sources and tools were used?
• How long did project development take? How long ago?
• On which aspect of this project are you particularly proud of?
• Is there something you would resolve or improve today?

Copyright of your work and the copyright on the submitted models remain with you. Your material is only reviewed for evaluation.