Chemical Engineering

The doctoral study programme focuses on developing fundamental and applied research in chemical engineering, with a particular emphasis on process optimisation, new technologies and sustainable innovations. KTU PhD students apply their knowledge using advanced equipment in industrial settings, employing modern scientific methods such as computer modelling and simulations.

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Values of the Science Field

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Relevance

Young researchers develop clean energy technologies by analysing global innovations in hydrogen production and carbon capture. These studies train researchers to address societal and global issues through innovation.

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Opportunities

Doctoral students develop the skills and knowledge necessary to contribute to key industrial, scientific and technological advancements in Lithuania and around the world. Careers in academia and industry allow them to develop innovations that impact technological processes and environmental solutions.

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Benefits

The doctoral study programme offers the opportunity to obtain a double degree with Bologna University and the Doctor Europaeus Certificate, as well as support for skills development and paid projects. Students can also engage in science outreach activities, gain teaching experience and participate in funded industry projects.

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Funding

Doctoral students receive financial support for their studies and research, as well as for participating in international conferences. They can undertake Erasmus+ research placements abroad and attend funded international events. Additional scholarships are awarded for outstanding academic performance and active engagement in research.

Research Topics

Topic title	Possible scientific supervisors	Source of funding
Development of Hybrid Bio-Based Adhesives for Wood Composites: Investigation of the Interaction between Selective Hydrolysis Products of Aminoplastic Resins and Plant Polyphenols	doc. dr. Joana Bendoraitienė »	state-funded

Admission Requirements and Study Modules in the Field of Science

Cycle – third cycle

Form, duration – full-time studies (4 yr.)

Language – Lithuanian, English

Degree awarded – Doctor of Science

Study Modules

Main modules

Module name	Credits	Method of organisation

Advanced Food Chemistry and Biochemistry	9	On-campus learning
Advanced Inorganic Chemistry and Technology	9	On-campus learning
Advanced Polymer Chemistry and Technology	9	On-campus learning
Chemical Engineering	9	On-campus learning

Alternative modules

Module name	Credits	Method of organisation

Plant Products Chemistry	6	On-campus learning
Polymer Complexes and their Application	6	On-campus learning
Systems of Silicates and Oxides	6	On-campus learning
Structure of Food Products and their Functional Properties	9	On-campus learning
Theory and Applications of Catalytic Processes	6	On-campus learning

Elective modules

Module name	Credits	Method of organisation

Materials for Organic Optoelectronics	6	On-campus learning
Methods of Modern Spectral Analysis	9	On-campus learning
Modern Chromatographic Methods	6	On-campus learning
Spectral Analysis of Solids	6	On-campus learning

Core skills modules

Module name	Credits	Method of organisation

Academic and Technical Research Writing	1	Blended learning
Design Thinking in Research	2	On-campus learning
Digital Support and Tools for Research Writing and Publication	2	Blended learning
Research Data Management	1	On-campus learning
Research Ethics	1	On-campus learning
Research Project Grant Management	2	Blended learning
Science Communication for the Public	1	Distance learning
Systematic Literature Review	1	Blended learning

Good to know

Main modules – provide essential knowledge in the field.
Alternative modules – allow deeper focus on alternative topics within the field.
Elective modules – help to individualize studies according to personal needs.
Core skills modules – develop general competences.

Main modules – provide essential knowledge in the field.
Alternative modules – allow deeper focus on alternative topics within the field.
Elective modules – help to individualize studies according to personal needs.
Core skills modules – develop general competences.

Main modules – provide essential knowledge in the field.
Alternative modules – allow deeper focus on alternative topics within the field.
Elective modules – help to individualize studies according to personal needs.
Core skills modules – develop general competences.

Main modules – provide essential knowledge in the field.
Alternative modules – allow deeper focus on alternative topics within the field.
Elective modules – help to individualize studies according to personal needs.
Core skills modules – develop general competences.

Admission requirements and minimum competition scores

Persons with a Master's Degree or equivalent degree of higher education in the fields of Natural Sciences, Technological Sciences, Medical and Health Sciences

and Agricultural Sciences may participate in an open competition for admission to doctoral studies.

Applicants to the doctoral field of science are accepted by competition according to the competition score.

Minimum competition score 8.0.

Selection criteria and their weighted coefficients

	0,35	weighted grade point average of the diploma supplement
	0,3	research experience
	0,35	motivation interview

Additional admission requirements

Diploma and diploma supplement of the bachelor’s qualification degree.

The sum of ECTS credits for the subjects in the fields of Chemistry and Chemical Engineering completed during the first and second cycle University studies is ≥ 30.

Research proposal on the selected topic.

admission requirements dates and deadlines for admission all science (art) fields

Testimonials

A young man with short dark hair, wearing black button-up shirt with the top buttons undone, smiling with a professional expression, photographed against a neutral background.

KTU not only provided me with a solid scientific foundation but also the opportunity to test myself on international projects. Working in the laboratory and collaborating with KTU scientists broadened my horizons and strengthened my confidence in my abilities. For me, KTU is a place where ideas become reality.

Marius Užupis

PhD student

A young woman with long, straight brown hair, wearing striped shirts, arms crossed, smiling professionally, photographed against a neutral background.

During studies, I could explore a topic that combined my scientific curiosity and created real added value. Not only was I able to explore theoretical processes, but I could also create materials that may contribute to the implementation of more advanced treatment technologies or industrial solutions. Another significant advantage was the freedom I had in the lab. Here, I could experiment, make mistakes and try again until I achieved the result.

Ingrida Pauliukaitytė

Researcher

FAQ

Where can I find the list of research topics in Chemical Engineering?

The list of available research topics in Chemical Engineering can be found in the section “Research Topics”.

What are the additional admission requirements for this science field?

Applicants must submit a Bachelor’s degree diploma and its supplement. In addition, they must have completed at least 30 ECTS credits in Chemical Engineering and Chemistry subjects during their university Bachelor’s and Master’s studies. A research proposal on the selected topic is also required.

Do doctoral students have opportunities to go abroad?

Yes, Chemical Engineering doctoral students have many international opportunities. They can participate in internships, summer and winter schools, conferences, and joint projects with universities and research centres abroad.