Studierenden- und Mitarbeiterportal der Technische Universität München

Studierenden- und Mitarbeiterportal der Technische Universität München

Wissenschaftliche/r Mitarbeiter/in (m/w/d) an der Professur für Wirtschaftspädagogik (Prof. Dr. Manuel Förster) in Teilzeit (75%), Entgeltgruppe TV-L E13 zunächst bis zum 31.10.2023 befristet

fortiss is the research institute of the Free State of Bavaria for software-intensive systems and services with headquarters in Munich. The institute currently employs around 180 employees, who collaborate on research, development and transfer projects with universities and technology companies in Bavaria, Germany and Europe. Research is focused on state of the art methods, techniques and tools of software development, systems & service engineering and their application to reliable, secure cyber-physical systems, such as the Internet of Things (IoT). fortiss has the legal structure of a non-profit limited liability company (GmbH). Its shareholders are the Free State of Bavaria (as majority shareholder) and the Fraunhofer Society for the Promotion of Applied Research. www.fortiss.org

Mit einem Kick-off-Meeting in Ludwigshafen startete gestern das internationale Forschungsnetzwerk Elektrochemie und Batterien. Die Technische Universität München (TUM) ist in dem von der BASF initiierten Forschungsverbund mit dem Lehrstuhl für Technische Elektrochemie vertreten. Gemeinsam sollen grundlegende Fragestellungen zu Materialien, Komponenten und Systemen für die Elektromobilität und Stromspeicherung bearbeitet werden. Einen Schwerpunkt der Arbeiten bilden neue Materialien und funktionale Komponenten für künftige Batterietypen wie zum Beispiel Lithium-Schwefel- und Lithium-Luft-Batterien.

In order to strengthen our team, we are looking for a non-scientific employee (m/f/d) from 1st of July 2019, in the area of teaching/administration, full-time, permanent position.

We are located at the TranslaTUM on the campus of Klinikum München rechts der Isar and we are looking for a research fellow to work on microfluidic fabrication and integrateable workflows. The candidate is expected to be passionate about new platform technologies for in vitro and in vivo diagnostics.

Die Technische Universität München betreibt mit der Forschungs-Neutronenquelle Heinz Maier-Leibnitz (FRM II) in Garching bei München eine der leistungsfähigsten und modernsten Neutronenquellen weltweit. Als Serviceeinrichtung für die Wissenschaft und Dienstleister für die Industrie nehmen wir eine Spitzenstellung im Bereich der Forschung mit Neutronen und deren technischer Nutzung ein.Zu deren Unterstützung suchen wir zum nächstmöglichen Zeitpunkt eine*n Mitarbeiter (m/w/d) Stab Wissenschaftliche Leitung – Elternzeitvertretung in Vollzeit (40,1h/Woche).

Für Herrn Prof. Dr. Morinaga, von 1968 bis 1991 Leiter des Lehrstuhls für Experimentalphysik E17, findet anlässlich seines 85. Geburtstages ein Festkolloquium statt. Information: www.bl.physik.tu-muenchen.de/gams/poster.pdf

The Terrestrial Ecology Research Group at the TUM School of Science in Freising is recruiting a doctoral Research Assistant (m/f/d) to work in a DFG -funded research project, limited to 36 months (65%, approx. 26h/week). The collaborative research project with the Research Unit Environmental Simulation (EUS) at the Helmholtz Center Munich, Institute of Biochemical Plant Pathology (Prof. Schnitzler) focusses on the basics of plant chemical diversity and its importance for structuring insect populations across different special scales.

Have you ever wondered why some people are inspired to be more active after comparing themselves to someone else, while others are frustrated after doing so? The Chair of Sport & Health Management offers students who will be graduating from the TUM Department of Sports and Health Sciences or the TUM School of Management the possibility for interdisciplinary research (i.e., write a bachelor or master thesis) on the topic "Inspiration or frustration? The effects of social comparisons on the intention to be physically active?”.

Die MVV-ExpressBus-Linie X660 ist am 1. Oktober 2021 an den Start gegangen.

The goal of this project is to combine physics-informed neural networks (PINNs) with Bayesian deep learning (BDL) to develop a novel neural network that is both informed about the underlying data and is capable of uncertainty estimation.

The Labarotory of Chemical Process Engineering at TUM's Campus in Straubing is looking as soon as possible for a Ph.D. student (f/m/d) for Experimental studies on the solubility of hydrogen in organic solvent systems

Internship (incl. BSc/MSc thesis) Working in the area of Engineering & Psychology / Computational Neuroscience (Motivation, Emotion & Personality We look for: a motivated student with a background in engineering, AI, robotics, computational (e.g., cognitive) modeling with a strong interest in psychology. The length of the internship can vary depending on task and practicality. We offer: • The chance to start an academic career in this field of research. • A young, open-minded, and international team. • Diverse and challenging tasks at the forefront of interdisciplinary research. • In-depth insights and strong involvement in our research activities. • A relatively flexible work arrangement regarding location and time, so your studies are not compromised. • The possibility to integrate your bachelor's/master's thesis or project studies with the specified topic. Requests for supervising theses or research internships in this area are possible regardless of the advertised position. Process of Application: Please send the following application documents in a PDF document via email by 30th November 2023 (at best) to m.quirin@tum.de: • brief statement of motivation • Curriculum Vitae (especially degrees, grades, practical and academic experiences) • transcript of records (updated) Please use the following subject line: "Application for Internship or Thesis Supervision 2023". We look forward to receiving your application! _______________________ Technische Universität München TUM Faculty of Sport & Health Sciences Prof. Dr. Markus Quirin Georg-Brauchle-Ring 62, 80992 München m.quirin@tum.de www.mquirin.com www.sg.tum.de/en/ag/sport-psychology-unit/research/personality-motivation-group/

Im Kooperationsprojekt Mittelstand4.0 sollen mittelständische Unternehmen beim Thema Digitalisierung sensibilisiert und unterstützt werden. Dazu werden eine Mittelstand4.0 Akademie, eine Online-Plattform sowie ein Mittelstand4.0 Truck aufgebaut.

Nowadays control-flow hijacking attacks represents the highest software-based security threat [16]. For this reason we want to develop a tool that can asses the attack surface reduction (Q: Which useful code parts for an attack are still available after a hardening policy was applied to an executable?) w.r.t. the attack dubbed, Counterfeit Object-Oriented Programming (COOP) [8]. This attack is particularly hard to defend against since coarse-grained Control Flow Integrity (CFI) [1] approaches and hardware based shadow stacks, Intel CET [17], are useless. For this reason we want to asses what is protected and what not in an executable w.r.t. the COOP attack. The goal of this research is twofold: first, we want to determine how much the attack surface was reduced after applying a hardening tool (quantitatively) and second, which COOP gadgets are still available (can be reached) for each indirect call site (qualitatively) before and after hardening (i.e., has caller overestimation and callee underestimation). First, a provided hardening tool—code available—for binary hardening will be modi- fied such that it logs the locations in a binary where the tool inserts the CFI checks. This helps to determine protected from unprotected code regions. Second (optional), we will use a LLVM pass [20] (code available) to detect all available COOP gadgets in the source code of the same programs as before. Third (optional), the source code will be compiled with DWARF [19] information such that the binary code can be easily mapped to source code lines. Four, a gadget detection tool will be selected from [13, 15, 14, 18] and modified in order to find only COOP gadgets in a binary. The usefulness of COOP gadgets will be assessed w.r.t. indirect call sites, etc. The locations of the gadgets (e.g., start and end address) will be logged with the goal to distinguish between protected and unprotected code parts by first applying a hardening policy. However, the overall goal of these steps is to be able to map the hardened binary parts to source code by using direct and indirect program control flow information in order to assess quantitatively (in percent) and qualitatively (per call site) the attack surface reduction w.r.t. COOP. Finally, for evaluation means we will test our approach with given: server applications, SPEC2006 test programs, and web browsers. See: https://www.sec.in.tum.de/assets/staff/muntean/assessing.pdf

I am Hadi, 22 years old from Lebanon. I am going to start my master program at TUM in October 2017. I am looking for a shared apartment or a room in Munich.I will be in Munich on 1 October. I am non-smoker, cooperative, sociable and hard-worker.