| Project | Supervisor | Description | Students |
|---|---|---|---|
| Topology optimization with the help of FEM | Markus Aicheler & Matthew Capstick |
Students will receive an introduction to ANSYS and its tool Spaceclaim. Further, they will be given a design space and some mechanical constraints (e.g. maximum allowable weight). Within this frame they should develop a e.g. hook design maximising e.g. load. Once their design is fixed we will show them the corresponding ANSYS tool for automatic optimisation, 3D print their and the optimized solution and perform a mechanical test for evaluation. |
Jared Mayer & Carla Scheen & Victoria Dabs & Kilian Hügel |
| Benutzung von GIT zur Versionierung von Software | Felix Ehm | Bestandteil der Arbeit ist es, GIt als Tool kennenzulernen und seine Konzepte sowie Anwendungen im modernen Softwarebereich zu verstehen. Im Zuge dessen sollen ein kleines Projekt im GIT Repository angelegt werden, sowie typische Aktionen wie Dateien hochladen oder Änderungen, durchgeführt werden. | Bendix Christian Harms & Lara Press-Lohrmann |
| Automatic testing of electronics with Python | Severin Haas |
Students will learn how to write small scripts with the Python programming language and will then develop tools to enable independent interaction of developed electronic boards with signal sources and measurement equipment. Additionally, simple analysis tools should be prepared to display measurement results and save the results for later usage |
Ferdinand Schäffter & Miro Schmidt & Sarah Endlich |
| Überwachung opportunistischer Rechenressourcen für das ATLAS-Experiment | Frank Berghaus | Während der LHC läuft, ist der ATLAS Trigger und Data Aquisition High Level Trigger dafür verantwortlich, die Daten auszusuchen, die wir für weitere Analyse speichern. Wenn das Experiment keine Daten nimmt, nutzen wir diese Computerfarm, um neue Physikmodelle zu simulieren. In diesem Projekt bauen wir ein System, um diese Computer zu überwachen, wenn sie für die Simulation benutzt werden. | Lars Jasper Longerich & Lucas Ethington & Paulina Seibel |
| Introduction to fundamentals of Industrial Controls programming with Poppy Ergo Jr. | Matthias Braeger | Poppy Ergo Jr. is a little robot kit designed for introducing young programmers to the fundamentals of industrial controls programming. In this two week internship the students will learn step by step how to control Poppy's movements and let him execute little tasks. | Saskia Drechsel & Nahae Kühn |
| Ion beam test stand for ISOLDE target development | David Leimbach | The students will assemble and commission a new ion beam extraction and detection system for our ion source test stand. A first application will be investigations towards the development of an atomic barium beam source | Diyar Hasso & Clarissa Christelle Schäfer & Quynh Hoa Pham |
|
Low-cost high-tech for physics education |
Oliver Keller & Fabian Bernstein | Moritz Bürger & Isabell Pfeiffer | |
| RF test setup for CERN Accelerator School on RF technologies | Manfred Wendt | Isabel Whiteley Tscherniak & Felix Hellenkamp | |
| Particle tracking with Quantum Computing & Societal impact of collaborative innovation | Daniel Dobos |
Understanding the basics of current particle tracking in LHC experiments and looking in a current project that explores quantum computing opportunities & Summarise the outcome of challenges and evaluate their potential (market) impact |
Lotta Borcherding & Miriam Günter Simão & Felicia Herbst |
