Leibniz University Hannover is one of Germany's largest public research universities, offering tuition-free education to around 30,000 students across nine faculties. It is a member of TU9 and known for its strong research in various fields, with a location in the affordable and dynamic city of Hannover.
Leibniz University Hannover (LUH) is one of Germany's largest public research universities and a member of TU9, the alliance of leading technical universities. Founded in 1831 in Hannover, the capital of Lower Saxony, LUH educates around 30,000 students across nine faculties covering engineering, natural sciences, humanities, law, economics, and architecture. The university is tuition-free for both domestic and international students, with only a small semester contribution required. LUH maintains strong DFG-funded research clusters and active European partnerships through the EULiST alliance.
Leibniz University Hannover encourages a vibrant and active student life beyond academics. Students have access to over 100 different sports at the University Sports Centre, from martial arts to water sports. Cultural engagement is fostered through the university's big band, orchestra, and lecture series. The university supports student well-being with a dedicated Room of Silence for relaxation and reflection. Career development events like the annual Career Dates fair connect students and graduates with companies for internships and employment. Hannover itself hosts major international trade fairs (Hannover Messe, CeBIT legacy) and offers affordable living costs relative to German metropolises.
Germany abolished general university tuition fees; only the semester contribution is mandatory. Budget for health insurance (approx. EUR 110/month for student tariff) and accommodation separately.
Leibniz University Hannover is state-accredited in Lower Saxony, Germany. It is a member of TU9 (alliance of leading German technical universities), EULiST (European University Alliance), and holds the audit familiengerechte hochschule seal for family-friendly policies. Programmes are accredited by ASIIN and other relevant bodies.
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 project focuses on optimizing embedded systems by specializing the operating system itself through the Automatic Real-time Analyzer (ARA). The ARA performs static analysis to identify task interactions, and with the MultiSSE extension, it can analyze multicore AUTOSAR systems for static optimization. Modern embedded systems often partition hardware into virtualized domains for safety, allowing each domain to run its own isolated Real-Time OS or General-Purpose OS. This approach makes powerful central computing hardware feasible for time-critical software from various suppliers.
The Master of Science in Environmental Engineering focuses on developing solutions for environmental challenges through the design of systems for environmental protection. This future-oriented program addresses significant environmental issues with specializations in 'Environment', 'Water', 'Energy', and 'Environmental Modelling'. Through interdisciplinary collaboration with faculties like Civil Engineering, Mechanical Engineering, Mathematics and Physics, and Architecture and Landscape Sciences, the program offers a unique blend of key content from civil and environmental engineering, geodesy, environmental meteorology, mechanical engineering, and environmental and landscape planning. Students can tailor their studies through specialization choices and elective modules, preparing them for specific career paths, including entrepreneurship in environmental fields.
The Master of Science in Physics program offers advanced specialization and research opportunities across several key sub-disciplines of physics. Students will gain in-depth knowledge in areas such as solid state physics, quantum optics, and gravitation, preparing them for independent scientific work. The program also covers radioecology and radiation protection. An interdisciplinary compulsory elective subject allows students to broaden their perspectives. The curriculum is designed to build upon undergraduate knowledge, fostering logical thinking, precise work methods, perseverance, creativity, and teamwork skills essential for tackling complex scientific problems.
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.
Leibniz University Hannover is tuition-free for both domestic and international students. Students are only required to pay a semester contribution of approximately EUR 380, which covers administrative costs and a public transport ticket for the Hannover region. Some consecutive Master's programs may have fees for non-EU students, so checking individual program pages is recommended.
International applicants usually apply through uni-assist or directly via the LUH portal. For Bachelor's entry, a recognized secondary school leaving certificate equivalent to the German Abitur is needed, along with a German language certificate (DSH-2 or TestDaF 4x4) for German-taught programs. Master's entry requires a relevant Bachelor's degree, with specific GPA and prerequisite subject requirements varying by program.
For English-taught programs, students typically need to provide proof of English proficiency with a minimum IELTS score of 6.5 or a TOEFL iBT score of 90. For German-taught programs, a DSH-2 or TestDaF 4x4 is generally required.
Living costs in Hannover are considered among the lowest for major German university cities. Students should budget approximately EUR 800-1,100 per month, covering rent, food, transport, and leisure activities. Health insurance, around EUR 110/month for the student tariff, should be budgeted separately.
LUH is a member of TU9, an alliance of leading German technical universities, signifying high academic standards. It offers tuition-free education and is located in Hannover, an affordable city with excellent transport links and a vibrant cultural scene.