DURATION
4 Years
LANGUAGES
English
PACE
Full time
APPLICATION DEADLINE
01 Aug 2025*
EARLIEST START DATE
01 Sep 2025
TUITION FEES
EUR 3,540 / per year **
STUDY FORMAT
On-Campus
* Application deadlines are country-dependent, and applications close as early as May 1 for some countries. Please check our applications timeline for more information: https://www.rtu.lv/en/studies/admission-1
** 150 EUR one-time application fee | 250 EUR one-time deposit
Introduction
Ever wondered how chemistry powers innovation in industries like pharmaceuticals, biotechnology, and sustainable materials?
RTU’s Chemistry and Chemical Technology bachelor's programme equips students with a strong foundation in chemistry and chemical engineering, hands-on experience in state-of-the-art laboratories, and practical industry internships.
With specialisations in areas like organic and inorganic chemistry, biomaterials, polymers, analytical chemistry, and environmental technology, students gain expertise in developing, designing, and optimising chemical processes across diverse industries—including biotechnology, pharmaceuticals, food, cosmetics, fuel, and materials science.
Graduates are prepared for careers in manufacturing, research, quality control, and innovation-driven companies, as well as for further studies at the master’s level.
Why Chemistry and Chemical Technology at RTU?
The Chemistry and Chemical Technology programme at RTU prepares you to become a skilled specialist in chemical engineering, where you will not only design and supervise chemical processes but also develop innovative technologies, manage production lines, and implement quality control methods to drive industry advancements. You will gain the ability to analyse, design, and improve processes that enhance efficiency, safety, and sustainability—ultimately leading to responsible decision-making in the workplace.
Graduates are equipped to work in a variety of roles, including laboratory assistant, technologist, or research assistant in enterprises focused on chemical and biotechnological processes, as well as testing and quality control laboratories.
Students may also benefit from the resources of the recently opened Baltic Biomaterials Centre on campus which houses unique machinery not only for Latvia but on a global level, including a 3D printer for tissue printing, an X-ray microtomography capable of examining material structures in fine detail without causing damage, and a scanning electron microscope that can measure even nanoparticle coatings.
Studying on a campus with such pioneering facilities provides a real-life environment that connects theoretical knowledge with cutting-edge research, allowing chemical technology students to witness first-hand how innovative research shapes the future of the industry.
The RTU advantage:
- Learn from world-class faculty and dedicated research mentors and expand your academic horizons through study-abroad opportunities.
- Spend your days on a green campus that prioritizes sustainability, exemplified by our ranking as the 40th greenest university in the world (GreenMetric University Rankings 2024).
- Build a global network by studying alongside students from 98 countries, engaging in industry events, and participating in student-led innovation initiatives that connect you to the future of engineering.
Questions?
Want to learn more about the program, accommodation options, or admission requirements? Don’t hesitate to reach out to our Admissions team:
admission@rtu.lv
+371 67089766 (call)
+371 25714286 (WhatsApp, messages only)
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Ideal Students
The ideal student for this programme is someone:
- with a strong academic foundation, particularly excelling in chemistry, physics, and mathematics;
- with a keen interest in chemical technology and be motivated to acquire both theoretical knowledge and practical skills through hands-on laboratory work and internships;
- driven to explore specialised fields such as organic substances, biomaterials, polymer materials, and analytical chemistry.
Admissions
Scholarships and Funding
The Latvian government offers scholarships for RTU bachelor’s and master’s students from select countries.
To apply, you must receive provisional acceptance from RTU. For more information about the application process and the list of eligible countries, visit the Study in Latvia website.
Scholarship:
- €500 per month for bachelor’s students for up to 10 months;
- €600 per month for master’s students for up to 10 months.
Eligible applicants:
- Bachelor's students who have already completed at least 1 academic year at any higher education institution (HEI);
- Master’s students from any previous HEI.
Curriculum
Compulsory Study Courses
- Mathematics
- Engineering Mathematics (for Chemical Engineers)
- Physics
- Chemical Safety and the Environment
- General Chemistry
- Inorganic Chemistry
- Analytical Chemistry
- Methods for Optical Analysis
- Organic Chemistry
- Physical Chemistry, Electrochemistry, Kinetics
- Chromatography and Mass Spectroscopy
- Nuclear Magnetic Resonance Spectroscopy
- Information Literacy in Chemistry and Materials Science
- Introduction to the Programming Language MATLAB
- Basics of Materials Science
- Biological Chemistry
- Unit Operation of Chemical Engineering
- Fundamentals of Graphics Communication
- Process Automation and Modelling
- Chemical Reactors and Reaction Engineering
- Basics of Chemical Plant Design
- Unit Operations of Chemical Engineering (Course Project)
- Innovative Product Development and Entrepreneurship
- Civil Protection
Compulsory Elective Study Courses
Field-Specific Study Courses
Production technology and environmental aspects
- Environmental Engineering
- Design of the Experiments and Experimental Data Processing
- Heat Exchange Processes and Equipment
- Mass Transfer Engineering
- Basics of Biotechnological Processes
- Basics of Biomaterials
- Analysis of Food Contaminants
- Chemistry of Sustainable Environment
Chemistry and technology of polymer materials
- Introduction to Polymer Materials
- Polymer Chemistry and Physics
- Fibre Materials
- Polymer Composite Materials and Technologies
- Advanced Polymer Materials
- Soft Matter
- Polymer Additives
- Colour Science
Chemistry and technology of organic substances
- Electron Flow in Organic Compounds
- Methods of Organic Synthesis
- Practicum in Organic Qualitative Analysis
- Introduction to Stereochemistry
- Purification and Analysis of Organic Compounds
- Chemistry and Technology of Advanced Fuels
- Chemistry of Photonic Organic Compounds
Chemistry and technology of biomaterials
- Basics of Biomaterials
- Biomaterials Engineering
- Anatomy and Physiology
- Methods for Material Analysis
- Design of the Experiments and Experimental Data Processing
- Analysis of Food Contaminants
Analytical chemistry
- Analysis of Food Contaminants
- Analytical Chemistry of Fuels
- Pharmaceutical Analytical Chemistry
- Metrology and Quality Control in Chemistry
- Methods for Material Analysis
- Biomolecule Analysis Methods
Humanities and Social Sciences Study Courses
- Sociology of Management
- United Europe and Latvia
- Politology
- Sociology of Personalities and Small Groups
- Startup Entrepreneurship
- History of Chemistry
Languages
- The Terminology Minimum in English
Other Courses
- Free Elective Study Courses
- Practical Placement: Internship in Chemistry and Chemical Technology
- Final Examination: Bachelor Thesis
Program Outcome
Graduates of the programme acquire a solid foundation in chemistry, chemical technology, and their chosen specialisation, understanding fundamental theories and industrial processes.
They develop proficiency in using essential methods and equipment for planning, executing, analysing, and interpreting scientific research and industrial production. With both theoretical and practical skills, graduates can independently apply their knowledge in real-world scenarios, structure and analyse data, and effectively present findings to professionals and the public.
They are capable of selecting appropriate methodologies and equipment to solve industry challenges, ensuring accuracy and efficiency in research and production processes.
Program Tuition Fee
Career Opportunities
Graduates of this study programme have a wide range of career opportunities across various industries, including biotechnology, pharmaceuticals, food production, cosmetics, fuel, and materials manufacturing such as wood, ceramics, and textiles.
They can work in research and quality control laboratories, testing facilities, and commercial companies, focusing on the development, testing, and implementation of chemical processes and technologies.
Graduates may pursue roles as laboratory assistants, technologists, or research assistants, specialising in chemical engineering, quality management, and process optimisation, with potential for further research in master's programmes.