
Technische Hochschule Ingolstadt (THI) is a leading German university of applied sciences offering practical, interdisciplinary programs in engineering, business, and sustainability. It provides strong industry partnerships, research opportunities, and comprehensive support for its international student community.
Technische Hochschule Ingolstadt (THI) is a leading university of applied sciences in Germany, recognized for its strong focus on engineering, business, and sustainability. Located in the heart of Bavaria, THI offers a dynamic learning environment with a commitment to practical relevance and interdisciplinary studies. The university is dedicated to preparing students for future professional challenges through innovative degree programs and strong industry partnerships. THI emphasizes research, particularly in areas like innovative mobility, electromobility, and sustainable infrastructure. The university actively participates in national and international research funding programs, placing it among top-ranked institutions in Germany for research funding. With a growing number of English-taught programs, THI welcomes international students and provides comprehensive support through its International Welcome Centre. Students at THI benefit from modern facilities, a vibrant campus life, and opportunities for international experience, including study abroad semesters and internships. The university's approach combines academic rigor with hands-on projects, fostering critical thinking, intercultural competence, and personal development.
THI offers a dynamic student life with various opportunities for engagement and support. The International Welcome Centre (IWC) provides comprehensive services, including intercultural seminars, German language courses, regional events, and excursions to help international students integrate into German culture and student life. For career development, the IWC also offers workshops, application support, and a company contact database. The university provides resources for finding accommodation, including a list of residence halls and a marketplace for private housing ads. Students can also enjoy campus events, such as the ON Campus Festival, and participate in academic and social activities. The campuses in Ingolstadt and Neuburg are designed to foster a close-knit community with short distances between facilities and individual support.
The tuition fees for international students will be used to expand services provided by the International Welcome Centre, including onboarding, integration, and career entry support. Exemptions apply for EU/EEA citizens, individuals with German university entrance qualifications, existing THI students continuing the same program before summer term 2026, and specific scholarship holders, among others.
All study courses at THI are accredited by the German Accreditation Commission. THI Business School is also AACSB accredited. The university is system-accredited by the Accreditation Council.
Non-EU/EEA students must obtain a national student visa (Type D) before arrival and then convert it to a student residence permit at the local Foreigners’ Authority (Ausländerbehörde). To prove financial self-sufficiency, most applicants open a blocked account (Sperrkonto) holding €11,904 — €992 per month for twelve months — an amount in effect since 2024 and unchanged for 2026. The blocked account caps monthly withdrawals at €992 so the funds last the year.
Non-EU international students may work up to 140 full days or 280 half-days per calendar year without approval from the Federal Employment Agency — an allowance raised from the previous 120/240-day limit under the 2024 skilled-immigration reform. A shift of more than four hours counts as a full day. Student-assistant roles at the university (Hiwi positions) generally fall outside this cap, and hours during semester breaks count toward the same annual allowance.
After completing a degree at a German university, non-EU graduates are entitled to an 18-month residence permit to seek work under the Residence Act, during which any employment is allowed. Separately, the Opportunity Card (Chancenkarte), introduced in June 2024, lets qualifying non-EU nationals enter to look for work for up to a year using a points system, with limited part-time work permitted. Recent German graduates qualify for the 18-month post-study permit directly, without the points test.
Approximate all-in student budget; major cities run higher.

This Master of Engineering program focuses on the rapidly evolving field of Artificial Intelligence (AI) for Autonomous Systems. You will gain the skills to design, develop, and implement intelligent systems capable of learning, making decisions, and operating independently. The curriculum integrates core AI engineering methods with the foundational technologies of autonomous systems, including sensor networks, data fusion, data engineering, computing, and communication. The program emphasizes practical, hands-on experience, preparing you for the challenges and ethical considerations of developing autonomous technologies. Graduates will be well-equipped to contribute to industries being transformed by AI, such as mobility, production, logistics, agriculture, and medical engineering.

The Aircraft and Vehicle Informatics Bachelor's program combines computer science principles with the specific demands of aircraft and vehicle industries. It addresses the critical role of software in modern mobility advancements like electric vehicles, autonomous driving, and drone technology. The program equips students with the skills to design, develop, and manage complex, networked software systems and their underlying infrastructure for aviation and automotive applications.

The Master of Science in Applied Research in Engineering Sciences is an individualized study program designed to foster professional, methodological, and personal development. Unlike traditional master's programs, this 'research master's' features fewer modules, allowing students to dedicate significant time to engaging in exciting research projects. This hands-on approach ensures knowledge is deeply rooted, continuously expanded, and put into practice. Throughout the program, students receive consistent support from experienced mentors who act as reliable points of contact. The program prioritizes the student's interests, projects, and development, offering a supportive environment with structured project work and targeted theory teaching. Students are integrated into research groups from the outset, gaining access to modern laboratory infrastructure and participating in real research activities. This structure facilitates continuous exchange, orientation, and reliability, laying a strong foundation for academic success and future careers.

Artificial intelligence is a rapidly advancing field with high demand for skilled professionals across all industries. This Master's program equips you with in-depth knowledge and practical skills in the latest AI methods, including deep learning for computer vision, language, and text understanding. You will also cover efficient data management and AI security. The program fosters intercultural competence and global networks through its international student body and offers a strong scientific foundation for those considering doctoral studies or research careers. The curriculum allows for specialization by selecting modules from related programs like Business Information Systems Engineering and Cloud Applications and Security Engineering.

The Master's program in Automated Driving and Vehicle Safety focuses on the rapidly evolving field of future mobility. It equips students with in-depth knowledge in both engineering and computer science, essential for developing safe automated driving systems. The program aims to enhance students' theoretical and scientific understanding, preparing them for doctoral studies or research careers. While primarily taught in German, some courses are offered in English, reflecting the interdisciplinary nature of the field.

The Autonomous Vehicle Engineering Bachelor of Engineering (B.Eng.) program focuses on the rapidly evolving field of automated mobility. As vehicles become more connected and electrified, this degree prepares engineers to design and develop the systems that enable autonomous driving. The curriculum covers the core areas required for automated mobility: sensing the environment through advanced technologies, processing this information using software and intelligent algorithms to create driving strategies, and implementing these strategies safely through control of actuators (drive, steering, braking). This program emphasizes an international learning environment, bringing together students from diverse backgrounds to foster collaboration in global teams. Graduates will be equipped with expertise in computer science, sensor technology, control engineering, and machine learning, preparing them for a wide range of career opportunities in the automotive industry and related technology sectors.
full fundingOpen to applicants who hold or expect a Master's degree in Computer Science or a related field, with strong coding skills, an interest in large-scale software projects and the ability to write and present in English (no German required). Candidates should be passionate about high-quality academic research, willing to mentor undergraduate students, and have a long-term vision and persistence for deep research. Positions are filled on a rolling basis as suitable candidates are identified.
full fundingOpen to international students of all nationalities with a strong academic background in computer science, data science, or a related field, or a degree in a domain science (such as life sciences, medicine, health, earth observation, or robotics) or interdisciplinary fields (such as geoinformatics or bioinformatics) with a strong data science emphasis. Applicants need a passion for applying state-of-the-art data science techniques to real-world scientific challenges. Selection is based on academic record, research potential, and motivation.
full fundingOpen to applicants who hold a Master's degree in Materials Science, Mechanical Engineering or a related field, with strong knowledge of metallurgy, slip/twinning mechanisms and the mechanical behaviour of metals. Experience with magnesium (Mg) alloys, micro-compression or SEM techniques is an advantage. Candidates need strong problem-solving skills and the ability to work both independently and collaboratively in an interdisciplinary, international environment. The post is a salaried PhD position open to international applicants.
Open to applicants of all nationalities who hold a Master's degree in soil science, geosciences, environmental sciences or a closely related field, are proficient in written and spoken English, and are physically fit for extended fieldwork in tropical regions (Ghana and India). Experience with soil analysis, spectral tools and drone operations is an advantage but not mandatory.
full fundingOpen to international applicants who hold a master's degree in Chemical, Mechanical or Electrical Engineering or a related field with strong academic performance, with experience in electrochemical modelling and simulation, knowledge of PEM and AEM electrolyser technology, skills in automation and data analysis (Python, LabVIEW), and proficiency in German and English.
full fundingFor researchers from abroad — postdoctoral (normally within 4 years of a PhD) or experienced (within 12 years of a PhD) — to carry out a long-term research stay in Germany with a host of their choice. Selection is on academic record and research potential; applications can be submitted at any time.
Starting from summer term 2026, tuition fees for students from third countries (non-EU, non-EEA) will be 800 EUR per semester for Bachelor's programs and 1,200 EUR per semester for Master's programs. These fees are in addition to the mandatory student union fee of roughly EUR 100-150 per semester. Exemptions apply for EU/EEA citizens and those with German university entrance qualifications.
Estimated living costs in Ingolstadt are around EUR 900-1,100 per month. This estimate covers accommodation, food, health insurance, and personal expenses.
Yes, THI offers over 15 English-taught Bachelor's and Master's programs across various fields. They also provide support for international students through their International Welcome Centre.
Technische Hochschule Ingolstadt provides comprehensive support through its International Welcome Centre (IWC). This includes assistance with onboarding, integration, career entry, intercultural seminars, and German language courses.
Yes, students benefit from compulsory study abroad semesters, internships abroad, and optional summer schools. THI also emphasizes intercultural competence and personal development.