CARISSMA Institute of Electric, Connected and Secure Mobility (C-ECOS)

Theses

Are you Studying at Technische Hochschule Ingolstadt? If you are interested in doing your thesis in our group, you can find a list of currently available topics, together with contact details, here. 

• Design of photovoltaic off grid systems with second life batteries: a case study from riverside communities in the amazon
• Health and Energy aware control of boats with electric propulsion
• Characterization of Second Life Batteries and Development of Applications
• Development of degradation models for batteries
• Aufbau einer Ladesäule mit Zugriff auf Kommunikationsschnittstelle und Ladeparameter
• Battery test matrix optimization to reduce battery test time and cost
• Development of semi empirical and/or data based models to reduce battery testing time and cost
• Development of a battery management system for second life batteries
• Development of a system to identify fraud in fuel pumps
• Blockchain based Internet of Things (IoT) system for locomotive fuel monitoring and maneuver coordination
• Development of a system to identify fraud in fuel supply chain
• Estimation of the State of Charge (SoC) and/or State of Health (SOH) in real driving cycles
• Lithium ion battery aging dataset based on electric vehicle real driving profiles
• Application of active balancing strategies for heterogeneous battery cells
• Investigation of the aging of lithium ion batteries (calendar or cycle effect)
• Data driven model to predict internal short circuit
• Study on the identification of stress factors in battery testing
• Control of Heterogeneous Multi-Battery Systems
• Safety shutdown box for cell test benches
• Quality of data recording from event data recorders in traffic accidents
• Deformation behaviour of electric vehicles in road accidents

Doctorates completed

• Dr. Christoph Nebl; Electrical Characterisation of Lithium‐Ion Cells Above of their Operating Range; als Zweitbetreuuer: Hans-Georg Schweiger; (RMIT University, 10/2022)

• Dr. Jonas Lausch; Characterizing the Crush Performance of Composite Flat Plates and Profiles; als Zweitbetreuuer: Hans-Georg Schweiger; (RMIT University, 07/2022)

• Dr. Florian Franke; Modelle und Methoden zur Bestimmung von Lasten durch Drohnenaufprall auf Luftfahrzeugstrukturen; als Zweitbetreuer: Uli Burger; (TU Braunschweig, 7/2022)

• Prof. Dr. Klaus Böhm; Methoden zur Extraktion und Verwendung von Systemkamera- und Sensor(Fusions)-Daten für die Verkehrsunfallrekonstruktion; als Zweitbetreuer: Hans-Georg Schweiger; (Žilinaer Universität in Žilina, 2/2022); Kontakt: https://www.me.hm.edu/professoren/boehm/index.de.html

• Dr. Raphael Riebl; Quality of Service in Vehicular Ad Hoc Networks: Methodical Evaluation and Enhancements for ITS-G5; als Zweitbetreuer: Prof. Dr. Christian Facchi; Erstbetreuer: Ali Albayatti (De Montfort University Leicester, UK, 2021) 

• Dr. Fabian Steger; Teaching Energy Storage Systems in Laboratories: Hands-on versus Simulated Experiments; als Zweitbetreuer: Hans-Georg Schweiger; Erstbetreuer: Iouri Belski & Lasantha Meegahapola. (Royal Melbourne Institute of Technology, AU, 3/2020)

• Dr. Andreas Hübner; Methodology for Testing RFID-Applications; als Zweitbetreuer: Christian Facchi; Erstbetreuer: Helge Janicke. (De Montfort University, UK, 7/2018)

• Dr. Christian Roettenbacher; A Framework for Specifying Business Rules Based on Logic with a Syntax Close to Natural Language; als Zweitbetreuer: Christian Facchi; Erstbetreuer: Francois Siewe (De Montfort University, UK, 12/2017)

• Prof. Dr. Peter Trapp; Performance Improvements Using Dynamic Performance Stubs; als Zweitbetreuer: Christian Facchi; Erstbetreuer: Francois Siewe (De Montfort University, UK, 8/2011); Kontakt: www.cs.hm.edu/die_fakultaet/ansprechpartner/professoren/trapp/index.de.html