TECHNISCHE HOCHSCHULE INGOLSTADT · GERMANY
Intelligent Aerial Systems (M. Eng.)
Master's · Taught in en
At a glance
48 mo
Duration
6.0
IELTS
€0k
Tuition / yr
en
Language
Master's
Level
- 4 semestersDuration
- EnglishMain teaching language
- IngolstadtLocation
- Master of Engineering (M. Eng.)Degree
The Master of Engineering in Intelligent Aerial Systems is an English-taught program designed for graduates with a background in Electrical Engineering, Information Technology, Computer Science, Aeronautical Engineering, or similar fields. It focuses on the development of autonomous and networked unmanned aerial systems (UAS), also known as drones. This field is crucial for future advancements in transportation, logistics, environmental monitoring, disaster management, and security. The program equips students with the skills to design and implement intelligent flight systems that can perceive their environment and adapt to changing situations using sensors, AI, and advanced control algorithms.
Curriculum
The program is structured over four semesters, combining core engineering principles with specialized knowledge in intelligent aerial systems. Students will engage in theoretical learning, practical labs, team projects, and a final Master's thesis.
- 1st Semester
- Principles of Programming and Software Engineering
- Principles of Signal Processing, Data Analysis and Machine Learning
- Principles of Mathematical Modelling and Control Engineering
- Electrical and Electronic Technology
- Principles of Flight Mechanics, Flight Systems & Platforms
- 2nd Semester
- Sensor Systems of Autonomous Flight Systems
- Navigation and Localisation
- SW-Architectures and Modelbased Systems Engineering & Practical Lab
- Scientific Elective
- General Elective
- 3rd Semester
- Environment Detection and Object tracking
- Certification and safety
- Flight Control, Guidance, Flight Path and Trajectory Planning & Practical Lab
- Scientific Elective
- Team Project
- 4th Semester
- Master's Thesis and Colloquium
Careers
Graduates are prepared for specialist and managerial roles in dynamic sectors leveraging autonomous aerial systems. The program fosters skills applicable across various industries, preparing students for the evolving job market in aviation, security, and technology.
- Model-based systems engineering
- Design of sensor and actuator systems
- Development of autonomy architectures
- Implementation of flight control systems
- Software development for networked autonomous systems
- Development of machine learning algorithms for environment perception and flight optimization
- Interface management between electronics, software, communication, and mechanics
Frequently asked questions
- What are the entry requirements for the Intelligent Aerial Systems M. Eng. program?
- Applicants need a Bachelor's degree (180 ECTS) in Electrical Engineering, Information Technology, Computer Science, Aeronautical Engineering, or a similar field. English proficiency at a B2 level (e.g., IELTS B2) is also required. German language skills at A1 level are needed by the end of the first semester.
- What is the duration of the Intelligent Aerial Systems Master's program?
- The program has a standard duration of 4 semesters. This includes coursework, practical labs, team projects, and culminates in a Master's thesis.
- Are there tuition fees for international students?
- No, as a public university in Germany, Technische Hochschule Ingolstadt does not charge tuition fees for the Intelligent Aerial Systems program for either home or international students. However, an estimated living cost of €11,000 per year should be considered.
- How do I apply for the Intelligent Aerial Systems program?
- Applications are submitted online through the THI Primuss portal. Non-EU applicants with foreign degrees may need a VPD from uni-assist and will undergo a selection procedure that might include an online interview.
- When are the application deadlines for the program?
- The application deadline for the Summer Semester is January 10, and for the Winter Semester, it is April 15. The application opening for the Winter Semester 2026/27 is May 2, 2026.
- What career opportunities are available after graduating from this program?
- Graduates are prepared for specialist and managerial roles in sectors leveraging autonomous aerial systems, such as aviation, security, and technology. Potential roles include model-based systems engineering, development of autonomy architectures, and software development for networked autonomous systems.
Entry requirements
Bachelor's degreeA Bachelor's degree in Electrical and Information Engineering, Aeronautical Engineering, Computer Science, or a related engineering discipline with 180 ECTS credits is required. Applicants with relevant previous studies abroad require a VPD from uni-assist.
IELTSB2
Proof of English proficiency is not required if the Abitur certificate or Bachelor's degree was obtained in English, or if the applicant is a national of a country where English is the native language. German language skills at level A1 are required by the end of the first semester for further academic study.
Fees
Tuition (international)No tuition fees
Tuition (home)No tuition fees
LivingEstimated at €11,000 per year (including accommodation, food, health insurance, etc.)
Public university in Germany with no tuition fees for most programs. The living cost estimate is based on general recommendations for students in Germany.
How to apply
1. Check Admission RequirementsEnsure you meet the academic (Bachelor's degree in a relevant field with 180 ECTS) and English language (B2 level) requirements. Non-EU applicants with foreign degrees may need a VPD from uni-assist.
2. Prepare Application DocumentsGather your degree certificate, Transcript of Records, and proof of English proficiency. Provisional certificates are accepted for application, but final documents are needed for enrollment.
3. Submit Online ApplicationApply via the THI Primuss portal. For international applicants from non-EU countries, a selection procedure involving curricular analysis and potentially an online interview will take place.
4. Selection Procedure (for non-EU applicants)If admitted to the selection process, your degree will be evaluated. Those who score 70 points or more may be invited for a short online selection interview.
5. EnrollmentUpon successful admission, complete the enrollment process by submitting all required final documents.
Frequently asked questions
What are the entry requirements for the Intelligent Aerial Systems M. Eng. program?
+
Applicants need a Bachelor's degree (180 ECTS) in Electrical Engineering, Information Technology, Computer Science, Aeronautical Engineering, or a similar field. English proficiency at a B2 level (e.g., IELTS B2) is also required. German language skills at A1 level are needed by the end of the first semester.
What is the duration of the Intelligent Aerial Systems Master's program?
+
The program has a standard duration of 4 semesters. This includes coursework, practical labs, team projects, and culminates in a Master's thesis.
Are there tuition fees for international students?
+
No, as a public university in Germany, Technische Hochschule Ingolstadt does not charge tuition fees for the Intelligent Aerial Systems program for either home or international students. However, an estimated living cost of €11,000 per year should be considered.
How do I apply for the Intelligent Aerial Systems program?
+
Applications are submitted online through the THI Primuss portal. Non-EU applicants with foreign degrees may need a VPD from uni-assist and will undergo a selection procedure that might include an online interview.
When are the application deadlines for the program?
+
The application deadline for the Summer Semester is January 10, and for the Winter Semester, it is April 15. The application opening for the Winter Semester 2026/27 is May 2, 2026.
What career opportunities are available after graduating from this program?
+
Graduates are prepared for specialist and managerial roles in sectors leveraging autonomous aerial systems, such as aviation, security, and technology. Potential roles include model-based systems engineering, development of autonomy architectures, and software development for networked autonomous systems.