Facts & figures
English
Program
The goal of this program is to provide a rigorous, research-oriented undergraduate education in chemistry, built on a strong foundation in mathematics, physics, and core chemical disciplines. The curriculum is designed to progressively develop theoretical understanding, quantitative reasoning, and advanced laboratory skills, preparing students for further academic studies or professional careers in chemistry and related fields.
This program is recommended to applicants who have a strong interest in natural sciences, particularly chemistry, and are motivated to understand chemical phenomena from the molecular to the macroscopic level. It is ideal for students who enjoy problem-solving, experimental work, and wish to contribute to scientific and technological challenges in areas such as sustainability, materials science, health, and environmental protection.
This program enables students togain extensive hands-on laboratory experience, acquire proficiency in modern chemical instrumentation and data analysis, and become familiar with academic research practices. Graduates are well prepared to continue their studies in MSc and PhD programs or to pursue careers in research laboratories, industry, education, and interdisciplinary scientific fields.
Tracks/Specializations:
- General Track
- Analytical Chemistry Specialization
- Theoretical Chemistry Specialization
- Coherent, logically structured curriculum with strong theoretical–experimental integration
- Early and continuous laboratory training with increasing independence
- Research-driven education embedded in ELTE’s internationally recognized chemistry research environment
- Excellent preparation for MSc and PhD programs in chemistry and related disciplines
- Broad scientific skill set supporting careers in academia, industry, and interdisciplinary fields
- Strong alignment with global challenges such as sustainability, materials innovation, and chemical safety
Structure
Career
Graduates of the Chemistry BSc program have a broad range of career opportunities in both academic and industrial environments. The program provides a strong foundation for continuing studies in MSc and PhD programs in chemistry or related fields. In addition, graduates are well prepared for entry-level positions in chemical laboratories, analytical and quality control units, research and development environments, and interdisciplinary sectors where chemical knowledge is essential, such as materials science, environmental analysis, biotechnology, and the pharmaceutical industry.
- Laboratory technician or junior chemist in analytical, industrial, or research laboratories
- Quality control or quality assurance associate in chemical, pharmaceutical, or materials-related industries
- Research assistant in academic or industrial R&D environments
- Environmental or chemical analysis technician
- Technical assistant or specialist supporting chemical instrumentation and laboratory operations
Admissions
| EU/EEA students | Non-EU/EEA students | |
|---|---|---|
| Tuition fee/semester | 3150 EUR | 3150 EUR |
| Application fee |
160 EUR
|
160 EUR
|
| Entrance exam fee | ||
| Other cost |
Entry Requirements
Applicants need to submit their secondary school certificate and records of final two years in secondary school.
Please see the complete list of necessary documents below.
Language requirements
Minimum level of language proficiency (oral) (A1-C2): B2
Minimum level of language proficiency (written) (A1-C2):B2
Applicants are required to demonstrate a minimum level of English language proficiency equivalent to Common European Framework of Reference (CEFR) level B2.
Accepted proofs of English proficiency include the following:
IELTS Academic: Overall score 5.5, with no individual band score below 5.5
TOEFL iBT: Overall score typically in the range of 72–90, with minimum component scores as required by the institution
Pearson Test of English (PTE) Academic: Overall score 61 for undergraduate programs, with minimum scores required in each communicative skill
English language certificates at CEFR B2 level or higher, recognized in Hungary are also accepted.
| Document | Comment |
| Online Application Form | |
| Record of the final two years in secondary school | |
| Secondary school certificate | |
| CV | |
| Motivation letter | |
| Copy of the main pages of the passport (needs to be valid) | |
| Passport photo | |
| Language certificate | |
| Proof of application fee payment | |
| Medical certificate | optional |
| Certificate of clean criminal records | optional |
The application starts in the online application system. Students need to register in the system, fill in the online application form, upload the required documents and follow the instructions during the application process.
Applications are evaluated by the Admission Board on a rolling basis. Applicants are informed about the admission decision via the online application system, where admission letters are also issued.
Type of entrance examination: oral
Place of entrance examination: online
The ranking is based on a total evaluation of the academic excellence (based on the submitted documents) and the results of the entrance exam.
Contacts
International Coordinator
Mr. Péter MOLNÁR
inter@ttk.elte.hu
+36-1-372-2695
More information
Website
Dr. István SZALAI
Director of the Institute of Chemistry
The SuperSmartLab is an intelligent laboratory environment where real‑time, experiment‑oriented e‑learning systems, wireless measuring devices, and integrated data‑collection systems support the work carried out inside. The laboratory, which can accommodate 60 students, assists learners through tools powered by artificial intelligence — such as image‑recognition systems and laboratory‑assistant applications — enabling more efficient study, while also easing the workload of instructors in both teaching and assessment. In addition to providing a foundation in classical chemistry, the experimental space also allows students to acquire modern skills — such as Big Data management, practical Python knowledge, and the use of automated laboratory processes — and in the near future will expand with solutions that combine augmented reality and artificial intelligence.
Alongside the laboratory, a multifunctional room has also been established with the support of Richter Gedeon Plc., Lenovo Hungary, Servier, and other industrial partners. Thanks to its modern equipment, the room can serve both as a community space and as a venue for hybrid lectures. In parallel with the project, the preparative organic chemistry teaching laboratory of the Institute of Chemistry has also been renewed.
The SuperSmartLab is an intelligent laboratory environment where real‑time, experiment‑oriented e‑learning systems, wireless measuring devices, and integrated data‑collection systems support the work carried out inside. The laboratory, which can accommodate 60 students, assists learners through tools powered by artificial intelligence — such as image‑recognition systems and laboratory‑assistant applications — enabling more efficient study, while also easing the workload of instructors in both teaching and assessment. In addition to providing a foundation in classical chemistry, the experimental space also allows students to acquire modern skills — such as Big Data management, practical Python knowledge, and the use of automated laboratory processes — and in the near future will expand with solutions that combine augmented reality and artificial intelligence.
Alongside the laboratory, a multifunctional room has also been established with the support of Richter Gedeon Plc., Lenovo Hungary, Servier, and other industrial partners. Thanks to its modern equipment, the room can serve both as a community space and as a venue for hybrid lectures. In parallel with the project, the preparative organic chemistry teaching laboratory of the Institute of Chemistry has also been renewed.