Master, Chemistry: Advanced Synthesis in Chemistry
Area of Studies
natural sciences
Degree
Master
Degree (in English)
Master
Language(s)
- English
Course Duration
2 years
ECTS points
120
Department
University of Wroclaw, Faculty of Chemistry
Tuition and Other Fees
• 2,300 EUR for each year (EU applicants)
• 3,750 EUR for the first year; 3,600 EUR for each consecutive year (non-EU applicants)
Application Deadline(s)
31 August 2025
Course Description
Course Profile
Advanced chemical synthesis is at the core of scientific innovation, driving progress in pharmaceuticals, materials science, and sustainable technologies. The Master’s in Advanced Synthesis in Chemistry equips students with the expertise to develop new compounds, optimise chemical processes, and apply cutting-edge methodologies in both academic and industrial settings. With a strong emphasis on laboratory experience, instrumental analysis, and modern synthetic strategies, this programme prepares graduates to tackle complex scientific challenges and contribute to groundbreaking discoveries.
This programme provides a comprehensive education in organic, inorganic, and analytical chemistry, focusing on advanced synthesis techniques and their real-world applications. Students will explore reaction mechanisms, catalysis, bioorganic chemistry, and structure-reactivity relationships to develop expertise in designing and optimising chemical processes. Programmes in green chemistry emphasise sustainable approaches to synthesis, while computational chemistry introduces modern data analysis and experiment planning methods. Hands-on laboratory work allows students to master spectroscopic, chromatographic, and other analytical techniques for characterising materials and reaction outcomes. The programme also offers opportunities for industry collaborations and research projects, helping students apply their knowledge to fields like pharmaceuticals, nanotechnology, and environmental science. By integrating theoretical foundations with practical skills, this programme equips graduates to excel in academia, research, and cutting-edge chemical industries.
Education Requirements
• Legalised Bachelor or Master degree certificate
• Legalised Transcript of grades/supplement from bachelor or master studies
• Certificate confirming English Language knowledge on B2 level
• Mandatory and individual NAWA’s Director recognition statement of diplomas issued in countries that are not members of the EU/OECD/EFTA, and are not automatically recognised or covered by bilateral agreement (eg. China, Ukraine). A requisite condition for visa application. Valid only together with the original diploma.
• Passport photocopy
• Digital passport size photo
Contact
University of Wroclaw
Plac Uniwersytecki 1
50-137 Wrocław
Phone: +48 71 375 28 77
e-mail: study@uwr.edu.pl
www: https://uwr.edu.pl/
phone: +48 71 375 28 77
email: study@uwr.edu.pl
www: https://uwr.edu.pl/
Study programmes
- Bachelor of Business and Administration
- Bachelor, Biotechnology
- Bachelor, Chemistry
- Bachelor, Criminal Justice
- Bachelor, Culture, Thought and Humanity
- Bachelor, English for Knowledge, Culture and Innovation
- Bachelor, European Cultures
- Bachelor, International Relations - Global Studies
- Bachelor, Political Science
- MA, Culture, Thought and Humanity
- Master, Administration in International Organizations
- Master, Astrophysics
- Master, Biology: Integrative Biodiversity
- Master, Chemistry
- Master, Chemistry: Advanced Synthesis in Chemistry
- Master, Communication Management
- Master, Data Science
- Master, Eastern European Jewish Studies
- Master, European Studies: EU Politics
- Master, Geography: Tourism and Hospitality
- Master, Geology: Applied Geoscience
- Master, Global Communication
- Master, International Relations - Global Studies
- Master, LL.B. International and European Environmental Law
- Master, LL.M. International and European Law
- Master, Media Content Creation
- Master, Medical Biotechnology
- Master, Political Science
- Master, Public History
- Master, Sociology - Intercultural Mediation
- Master, Theoretical Physics