Institute for Data Processing and Electronics (IPE)
Area of research:
Diploma & Master Thesis
The Compressed Baryonic Matter (CBM) experiment at GSI in Darmstadt studies matter at very high densities. For this purpose, heavy ions (e.g. gold) are collided and the created particles are detected.
The core detector of the experiment is the Silicon Tracking System (STS) consisting of silicon strip and pixel sensors for momentum determination and track identification of the particles.
At IPE, roughly 400 detector modules are developed and produced.
Each strip detector module consists of a double-sided sensor, 16-32 ultra-light micro-cables and as many readout ASICs for signal processing.
In order to handle the extremely complex connection of the cables - especially with the sensor - a pick and placer machine has been developed at IPE. LabWindows will be used to develop software to automate the assembly process. This includes stepper motor control, valve control via I/O ports
and automatic positioning of components via pattern recognition with the aid of two high-resolution cameras.
Tasks/ObjectivesDevelopment of a robust, effective program sequence for assembling the modules Implementation of suitable methods for reliable pattern recognition of the components (sensor, micro cable)Setting up a user-friendly graphical user interface (GUI)Control of a valve island for vacuum control by magnetic valvesThermal regulation of the heating cartridges for the placement head and the substrateStudying of engineering, computer science, physics or related subjectsPrevious knowledge of programming, especially C or LabWindowsBasic knowledge of optics, image recognition, image processingInterest in automation techniques
According to the study regulations
Patrick Pfistner, IPE, Telefon 0721/608-25642 (email@example.com)
Prof. Marc Weber, IPE