Teaching & Theses

Here you can find open theses as well as the courses.

Theses

Development of AI-enabled systems

Bachelor thesis: Formal verification of legacy avionics requirement using AI natural language models

Development of a Test Environment for Evaluating AI-Human Collaboration in Microsoft Flight Simulator

Development of m to n exogenous model transformations for the model transformation language in DOMAINES

Development of a methodology for deterministic removal of elements for the model transformation language in DOMAINES

Lab test of Time-Sensitive Networking for avionics systems

CANopen for automatic detection of devices on integrated modular avionics

Optimization of the active system architecture of the altitude test rig with regard to energy efficiency

Master Thesis: Analyzing patterns of collaboration between AI and human in the context of single-pilot operation

Development of guard conditions for rule execution of the model transformation language in DOMAINES

Development of a method for functional testing of domain-specific modeling tools against the specified high-level requirements

Bachelor thesis Development of an approval process for a Li-ion battery management system for the fly-by-wire glider fs36

Master's thesis Optimisation of the system architecture and approval of the battery management system for the fly-by-wire glider fs36 using Li-Ion batteries

Bachlor/Masterthesis - ML on IMA

Bachlor/Masterthesis - ML on IMA

Design guidelines

We have compiled general information about the execution and documentation of a student paper at ILS in the Guidelines for Student Papers. Furthermore, please use our templates for the documentation,(LaTeX, Word), the presentation and the poster.

Guidelines for student work

Courses

Softwaretechnik

Lecture
2 Sh
SS 24

Number:	390130000
Lecturers:	Matthias Lehmann
Type:	Lecture
Semester hours:	2
Teaching Language:	German
Semester:	SS 24
Organisation:	Luftfahrtsysteme
Link:	C@MPUS

Softwaretechnik-Seminar

Seminar
2 Sh
SS 24

Number:	390140000
Lecturers:	Matthias Lehmann
Type:	Seminar
Semester hours:	2
Teaching Language:	German
Semester:	SS 24
Organisation:	Luftfahrtsysteme
Link:	C@MPUS

Luftfahrtsysteme I

Lecture
2 Sh
SS 24

Number:	392020000
Lecturers:	Univ.-Prof. Dr.-Ing. Björn Annighöfer
Type:	Lecture
Semester hours:	2
Teaching Language:	German
Semester:	SS 24
Organisation:	Luftfahrtsysteme
Content:	DEUTSCH: Mehr als 50 digitale, technische System, z.B. Fly-by-Wire, sorgen dafür, dass Luftfahrzeuge so nutzbar sind, wie wir es gewohnt sind. Computer- und Software-Methoden „Digitaler Luftfahrtsysteme“ sind die Grundlage für fast alle heutigen Funktionen an Bord, d.h.: - Einführung in digitale Luftfahrtsysteme - Digitales Rechnen - Prozessor und Speicher - Embedded Systems - Echtzeit - Grundlagen Betriebssysteme - Echtzeitbetriebssysteme - Luftfahrtbetriebssysteme - Digitale Signalverarbeitung - Ein- und Ausgabeschnittstellen - Digitale Bussysteme - Luftfahrtbussysteme - Cockpit ENGLISH: More than 50 digital technical systems, e.g. fly-by-wire, ensure that aircraft are usable in the way we are used to. Computer and software methods of "digital aviation systems" are the basis for almost all of today's on-board functions, i.e.: Introduction to digital aircraft systems - Digital computing - Processor and memory - Embedded systems - Real-time - Foundations of Operating systems - Real-Time operating systems - Aircraft operating systems - Digital signal processing - Input and output interfaces - Digital bus systems - Aircraft bus systems - Cockpit
Link:	C@MPUS

Luftfahrtsysteme I

Exercise
1 Sh
SS 24

Number:	392040000
Lecturers:	Johannes Reinhart
Type:	Exercise
Semester hours:	1
Teaching Language:	German
Semester:	SS 24
Organisation:	Luftfahrtsysteme
Link:	C@MPUS

Kolloquium der Fakultät Luft- und Raumfahrttechnik

Colloquium
2 Sh
SS 24

Number:	395340000
Lecturers:	Univ.-Prof. Dr.-Ing. Björn Annighöfer
Type:	Colloquium
Semester hours:	2
Teaching Language:	German/English
Semester:	SS 24
Organisation:	Luftfahrtsysteme
Link:	C@MPUS

Anleitung zum wissenschaftlichen Arbeiten

Introduction to Scientific Methodology
6 Sh
SS 24

Number:	395490000
Lecturers:	Univ.-Prof. Dr.-Ing. Zamira Angelica Daw Perez
Type:	Introduction to Scientific Methodology
Semester hours:	6
Teaching Language:	German
Semester:	SS 24
Organisation:	Luftfahrtsysteme
Link:	C@MPUS

Systementwurf II

Practical Training
3 Sh
SS 24

Number:	395510000
Lecturers:	Constantin Frey
Type:	Practical Training
Semester hours:	3
Teaching Language:	English
Semester:	SS 24
Organisation:	Luftfahrtsysteme
Content:	The course System Design 2 puts the content from the System Design 1 module into practice. This year, the course focuses on the platform management for analogue sensors. First, the functions will be implemented in software. The implementation can then be tested on a hardware setup for a quadruplex system. By applying various test scenarios, you can verify the behaviour of your implementation.
Link:	C@MPUS

Systementwurf II

Practical Training
3 Sh
SS 24

Number:	395510000
Lecturers:	Constantin Frey
Type:	Practical Training
Semester hours:	3
Teaching Language:	English
Semester:	SS 24
Organisation:	Luftfahrtsysteme
Content:	The course System Design 2 puts the content from the System Design 1 module into practice. This year, the course focuses on the platform management for analogue sensors. First, the functions will be implemented in software. The implementation can then be tested on a hardware setup for a quadruplex system. By applying various test scenarios, you can verify the behaviour of your implementation.
Link:	C@MPUS

Integrierte Modulare Avionik

Seminar
3 Sh
SS 24

Number:	395530000
Lecturers:	Matthias Lehmann
Type:	Seminar
Semester hours:	3
Teaching Language:	German
Semester:	SS 24
Organisation:	Luftfahrtsysteme
Link:	C@MPUS

System Design I

Lecture
2 Sh
SS 24

Number:	395560000
Lecturers:	Dr. Bastian Lüttig Univ.-Prof. Dr.-Ing. Björn Annighöfer Univ.-Prof. Dr.-Ing. Zamira Angelica Daw Perez
Type:	Lecture
Semester hours:	2
Teaching Language:	German
Semester:	SS 24
Organisation:	Luftfahrtsysteme
Link:	C@MPUS

System Design I

Exercise
0.5 Sh
SS 24

Number:	395570000
Lecturers:	Dr. Bastian Lüttig
Type:	Exercise
Semester hours:	0.5
Teaching Language:	German
Semester:	SS 24
Organisation:	Luftfahrtsysteme
Link:	C@MPUS

Human Factors Engineering in Flight Deck Design

Lecture
2 Sh
SS 24

Number:	395630000
Lecturers:	Gernot Konrad Marco Dupper
Type:	Lecture
Semester hours:	2
Teaching Language:	German
Semester:	SS 24
Organisation:	Luftfahrtsysteme
Link:	C@MPUS

M.Sc. Seminar für Doktoranden

Seminar
2 Sh
SS 24

Number:	395650000
Lecturers:	Univ.-Prof. Dr.-Ing. Björn Annighöfer
Type:	Seminar
Semester hours:	2
Teaching Language:	German
Semester:	SS 24
Organisation:	Luftfahrtsysteme
Link:	C@MPUS

Seminar für Bachelor- und Masterarbeiten

Seminar
4 Sh
SS 24

Number:	395680000
Lecturers:	Matthias Lehmann Marco Dupper
Type:	Seminar
Semester hours:	4
Teaching Language:	German
Semester:	SS 24
Organisation:	Luftfahrtsysteme
Link:	C@MPUS

Entwicklungsprozess von Luftfahrtsystemen

Lecture
2 Sh
SS 24

Number:	396600000
Lecturers:	Matthias Lehmann
Type:	Lecture
Semester hours:	2
Teaching Language:	German
Semester:	SS 24
Organisation:	Luftfahrtsysteme
Link:	C@MPUS

AI-enabled Avionic Systems

Lecture
2 Sh
SS 24

Number:	396610000
Lecturers:	Univ.-Prof. Dr.-Ing. Zamira Angelica Daw Perez
Type:	Lecture
Semester hours:	2
Teaching Language:	English
Semester:	SS 24
Organisation:	Luftfahrtsysteme
Content:	AI systems are becoming increasingly established in various industries, including aerospace. The aviation sector, known for its stringent safety standards and system development requirements, places a particular emphasis on these advancements. This course aims to provide an overview of the AI methods and algorithms available for aerospace applications. The course covers the following topics: - Introduction and Overview of AI Methods Applied in Aerospace - Safety Assurance for AI Systems - Advanced Certification Methods for AI - AI System Architectures - AI-Enabled Avionic Hardware Key tools used in this course include Python, Jupyter Lab, PyTorch, scikit-learn, and others.
Link:	C@MPUS

Übung zu 396610000 AI-enabled Avionic Systems

Exercise
0.5 Sh
SS 24

Number:	396630000
Lecturers:	Patrick Michael Lorrig
Type:	Exercise
Semester hours:	0.5
Teaching Language:	German
Semester:	SS 24
Organisation:	Luftfahrtsysteme
Link:	C@MPUS

Self-adaptive systems

Lecture with Exercises
4 Sh
SS 24

Number:	396710000
Lecturers:	Univ.-Prof. Dr.-Ing. Björn Annighöfer Andreas Waldvogel Johannes Reinhart
Type:	Lecture with Exercises
Semester hours:	4
Teaching Language:	German
Semester:	SS 24
Organisation:	Luftfahrtsysteme
Content:	(Finded in SS24 leider nicht statt)
Link:	C@MPUS

Modern aerospace software development

Lecture with Exercises
4 Sh
SS 24

Number:	396730000
Lecturers:	Univ.-Prof. Dr.-Ing. Björn Annighöfer Raphael Rohrmüller
Type:	Lecture with Exercises
Semester hours:	4
Teaching Language:	German
Semester:	SS 24
Organisation:	Luftfahrtsysteme
Content:	(Finded in SS24 leider nicht statt)
Link:	C@MPUS

Lectures SS24

Teaching & Theses

Theses

Development of AI-enabled systems

Bachelor thesis: Formal verification of legacy avionics requirement using AI natural language models

Development of a Test Environment for Evaluating AI-Human Collaboration in Microsoft Flight Simulator

Lab test of Time-Sensitive Networking for avionics systems

CANopen for automatic detection of devices on integrated modular avionics

Optimization of the active system architecture of the altitude test rig with regard to energy efficiency

Master Thesis: Analyzing patterns of collaboration between AI and human in the context of single-pilot operation

Development of guard conditions for rule execution of the model transformation language in DOMAINES

Development of a method for functional testing of domain-specific modeling tools against the specified high-level requirements

Bachelor thesis Development of an approval process for a Li-ion battery management system for the fly-by-wire glider fs36

Master's thesis Optimisation of the system architecture and approval of the battery management system for the fly-by-wire glider fs36 using Li-Ion batteries

Design guidelines

Courses

Softwaretechnik

Softwaretechnik-Seminar

Luftfahrtsysteme I

Luftfahrtsysteme I

Kolloquium der Fakultät Luft- und Raumfahrttechnik

Anleitung zum wissenschaftlichen Arbeiten

Systementwurf II

Systementwurf II

Integrierte Modulare Avionik

System Design I

System Design I

Human Factors Engineering in Flight Deck Design

M.Sc. Seminar für Doktoranden

Seminar für Bachelor- und Masterarbeiten

Entwicklungsprozess von Luftfahrtsystemen

AI-enabled Avionic Systems

Übung zu 396610000 AI-enabled Avionic Systems

Self-adaptive systems

Modern aerospace software development

Here you can reach us

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