Jena, Germany
Jena, Germany
Cost Of Living
Undergraduate Fees International Students
1. World Leader in Optics & Photonics
Home to Ernst Abbe’s optical theories and the Abbe Center of Photonics, partnering with Carl Zeiss and Jenoptik to develop next-gen microscopes/lasers.
2. Industry-Embedded Research
Carl Zeiss Campus hosts joint labs with Schott AG (glass tech) and Trumpf (quantum sensors), ensuring 60% of physics grads get hired pre-graduation.
3. Elite Quantum Engineering Programs
Only German university offering a Quantum Engineering master’s with access to ion-trap labs and Bosch’s quantum chip projects.
4. Biodiversity Research Powerhouse
Leads the German Center for Integrative Biodiversity Research (iDiv), tackling climate change with AI-driven ecology models.
5. Historic Innovation Legacy
Where Goethe studied botany and Ernst Haeckel pioneered ecology—now merging humanities with tech (e.g., Digital Humanities Lab).
Co-founder of Carl Zeiss AG, revolutionized microscopy with Abbe’s diffraction theory.
Pioneered ecology, coined terms like "stem cell" and "biosphere."
Founded Carl Zeiss Optics, shaping modern precision engineering.
Invented borosilicate glass (Schott AG), essential for labs/lenses worldwide.
While not a grad, his plant morphology research at Jena laid foundations for botany.
Discovered the human electroencephalogram (EEG).
Invented fast MRI imaging (FLASH technique), used in hospitals globally.
CTO of Q.ANT, developing photonic quantum chips at Bosch.
Leading CRISPR diagnostics research at Max Planck Institute.
Founded CyOptics, acquired by Intel for $400M (2013).
The University of Jena boasts a modern, research-driven infrastructure that bridges its historic roots with cutting-edge innovation. Its main campus blends iconic buildings like the Abbe Campus (home to optics research) with facilities like the Hugo-Schott-Zentrum, featuring quantum labs and 3D-printing hubs for photonics. The Beutenberg Campus hosts elite institutes like the Max Planck Institute for Biogeochemistry and the Leibniz Institute for Photonic Technologies, offering students access to cleanrooms, high-power laser labs, and AI-driven microscopy systems. The ThULB University Library provides 24/7 access to rare scientific archives alongside VR learning pods, while the Startup Factory Jena incubator supports student ventures with prototyping labs.
Life in Jena blends historic charm with vibrant innovation. The Studentenwerk Thüringen organizes events like the "Optics Night" science festival and hikes in the Saale Valley. Over 100 student clubs range from the Photonics Society (building lasers with Jenoptik) to the Goethe Literary Club. The Uni-Sportzentrum offers unique activities like robot-assisted climbing and startup yoga, while the "Kulturbrauerei" hosts concerts in a former brewery. Affordable dorms (from €230/month) and a semester ticket for free regional transit make student living easy. With its UNESCO-listed planetarium and tech-driven startup scene, Jena offers a dynamic, welcoming community.
The Career Center leverages Jena’s strong industry ties, with 80% of photonics/quantum engineering graduates securing jobs at companies like Carl Zeiss, Jenoptik, or Bosch before graduation. Key programs include:
"OptoCareer Day": Germany’s only laser technology-specific job fair
Quantum Industry Lab: Guaranteed internships at Trumpf’s quantum division
Startup Jump Program: €25K grants for student tech ventures
The Alumni Network connects graduates to leaders at Schott AG and Max Planck Institutes, while the "SkillMapper" platform uses AI to match students with global opportunities. Average starting salaries reach €68K in optics/photonics.
The below information is required while
completing the university application :
1. Academic Qualifications
Secondary School Diploma: Equivalent to the German Abitur (e.g., IB Diploma, A-Levels with 3+ subjects, or country-specific qualifications validated via uni-assist).
STEM Programs: Require advanced coursework in math/physics (e.g., Physics BSc needs proof of 4+ semesters of math).
2. Language Proficiency
German-Taught Programs:
TestDaF: 4x TDN 4 (or equivalent like DSH-2, Goethe C2).
English-Taught Programs (e.g., American Studies):
IELTS 6.0+ / TOEFL 80+ (no program is fully English-taught at bachelor’s level except select modules).
3. Program-Specific Requirements
Medicine/Dentistry:
TMS or HamNat test (top 10% score).
Physics/Photonics:
Math Olympiad participation or entrance exam (waived for IB/A-Level holders).
4. Application Process
Deadlines:
Winter Semester: July 15 (EU) / May 31 (non-EU).
Summer Semester: Jan 15 (EU) / Nov 30 (non-EU).
Platform: Via uni-assist for non-EU applicants.
5. Additional Documents
Visa Proof: Blocked account (€11,208/year).
Health Insurance: Mandatory enrollment in German public insurance (~€120/month).
Requirements may vary for each program. Please visit the program page for specific requirements.
Know moreThe University of Jena offers a dynamic campus recruitment ecosystem, closely tied to its world-class optics, photonics, and quantum technology programs. Top employers like Carl Zeiss, Jenoptik, and Bosch actively recruit through the annual "OptoNet Career Day", where 70% of physics and engineering students secure internships or jobs. The university’s Industry-on-Campus initiative embeds companies like Schott AG and Trumpf directly in research labs, enabling students to work on real-world projects like quantum sensors and ultra-precision optics. The Startup Factory Jena connects graduates with deep-tech ventures, offering €50K seed funding for spin-offs, while partnerships with the Max Planck Institute open doors to academic careers.
The University of Jena has cemented its scientific legacy through transformative achievements, including Ernst Abbe's 1868 diffraction theory that revolutionized modern microscopy and enabled Carl Zeiss AG's global optical dominance, Otto Schott's 1884 invention of borosilicate glass which became essential for laboratories and space telescopes worldwide, and Hans Berger's 1924 development of EEG technology that founded modern brain research. The university continues this innovative tradition with Jens Frahm's FLASH MRI technique (1985) now used in hospitals globally and its leadership in quantum photonics, demonstrated by pioneering quantum dot lasers in 2002 that enabled fiber-optic networks.
Recognized for 70% of physics graduates hired by partners like Zeiss and Trumpf, with €65K+ starting salaries.
Incubated 100+ deep-tech spin-offs in optics/photonics, attracting €150M in VC funding (notable exit: CyOptics to Intel).
Partnered with Bosch and Fraunhofer to develop Germany’s first industrial-grade quantum sensors, now used in autonomous vehicles.
Spearheaded this €40M national initiative, using AI to model ecosystem crises, ranked among the world’s top 3 biodiversity institutes.
Established Europe’s largest interdisciplinary photonics hub, uniting Carl Zeiss, Jenoptik, and 30 research groups to advance quantum optics and laser tech.
The University of Jena is a powerhouse of cutting-edge research and technological innovation, particularly renowned for its leadership in optics, photonics, and quantum engineering. As the birthplace of modern microscopy (Ernst Abbe) and borosilicate glass (Otto Schott), Jena today drives advancements through its Abbe Center of Photonics, developing ultra-precise optical systems for space telescopes and quantum computers. The university’s German Center for Integrative Biodiversity Research (iDiv) uses AI to model ecosystem responses to climate change, while its Helmholtz Institute for Quantum Technologies pioneers ion-trap quantum processors with industry partners like Bosch and Trumpf.
Developed at Jena’s photonics labs, enabled high-speed fiber-optic networks and quantum computing light sources.
Accelerated medical imaging 100x faster, now standard in hospitals worldwide.
Pioneered brainwave monitoring, transforming neurology and modern brain-computer interfaces.
Created heat-resistant "Jena Glass," now essential for lab equipment (like Pyrex) and space telescope mirrors.
Revolutionized microscopy by enabling high-resolution lenses, forming the foundation for Carl Zeiss AG’s global optical dominance.
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