Vacancy
Job in Wietmarschen
Bachelor / Master student for the preparation of a thesis
3P Services
Benefits, Requirements and Tasks
➕ Exciting topics with a real, technical application background
➕ Excellent support from employees who are also passionate about the topic
➕ Involvement in the work of a development department in a technology company
➕ Familiarization phase and our full support so that your thesis can be a real success
✓ You would like to write your thesis in a company
✓ You want to deal with a real, exciting technology topic
✓ You want to get to know the way a modern company works
✓ You want the result of your work to make a real contribution
✓ You are studying a subject with an engineering or scientific background, e.g. electrical engineering, mechatronics, physical engineering, computer science, etc.
✓ You enjoy working in a team
✓ In addition to German, you are also comfortable with English
And most important: you like learning new things!
🖊 You will work on a real problem in which you improve one of our products or examine the feasibility of a new idea
🖊 You develop concepts, build prototypes, carry out test measurements, write software – depending on the specific question of your work
Thesis process – your time at 3P
Period: usually 6 months
Topics for your Bachelor’s or Master’s Thesis
The following subject areas are intended as a guide. We have a very broad technological base and can offer interesting tasks in almost all technical fields of study. Together we will find a suitable topic for you.
Measurement technology/sensor technology: We are constantly striving to improve the measurement technology we use, to find new applications or to explore completely new processes. To do this, we have to deal intensively with the physics behind every measurement technology, both theoretically and experimentally. All non-destructive material testing methods, such as ultrasound or electromagnetic methods, are of interest to us.
Electronic systems: The environment of a pipeline inspection is comparable to that in space travel. The systems must be completely autonomous, very robust, energy-efficient and have their own power supply. In addition, the installation space is very limited. There is a lot of potential for optimization or even completely new technical approaches to be investigated.
Mechanical design: Like the probe in space travel, the inspection device for the pipeline must be specially designed to provide the best conditions for measuring high-precision data in this demanding environment. This requires innovative approaches in a broad environment.
Signal processing, algorithms, machine learning: When inspecting a pipeline, an image of the pipeline wall is taken with millimeter precision, usually using various measurement techniques. For pipelines of several 100 km in length, anomalies with an extension down to the mm range are searched for in an area of several 100,000 m2. In order to reliably detect, classify and measure this needle in a haystack, state-of-the-art methods are required and need to be further developed. Both classic algorithms and machine learning methods are used here and must be constantly developed further.
Software development and architecture: Although the aim is to automate a large part of the data evaluation, these algorithms must be implemented with high performance. In addition, there is always a part of the data that needs to be evaluated manually by highly specialized data analysts. These tasks require tailor-made software tools for visualization, processing and reporting.
And many other topics. Just get in touch with us!
Oliver Zaudtke, Head of R&D
Do you have questions or want to apply?
+49 5908 2656 0