University of Pannonia PhD in Chemical Engineering and Material Sciences
University of Pannonia

University of Pannonia

PhD in Chemical Engineering and Material Sciences

Veszprém, Hungary

PhD

8 up to

8 semesters

English

Full time

EUR 4,400 / per year

On-Campus

Key Summary

    About : The PhD in Chemical Engineering and Material Sciences provides an opportunity for students to engage in advanced research in a dynamic field. This program emphasizes interdisciplinary approaches that merge principles of chemical engineering with innovative material science techniques. Students will explore critical topics and develop solutions to pressing challenges facing the industry.
    Career Outcomes : Graduates can pursue various career paths such as research and development roles in industries, academic positions in universities, or consulting in engineering firms. They may also work in government agencies or research institutions, contributing to advancements in material technologies.

PhD in Chemical Engineering and Material Sciences

The Doctoral School of Chemical Engineering and Materials Science, established on January 1, 2001, represents the highest level of chemical engineering education at the University of Pannonia, with over 100 PhD degrees awarded to date.

The programme combines structured study, independent research, and reporting activities in line with the University’s Doctoral Regulations. Credits are earned through coursework, research, and teaching, with one contact hour per week equivalent to two study points. PhD students engage in lecturing and industrially relevant project work, enhancing both skills and professional networks.

The primary aim of the School is to train scientists capable of independent and creative research in chemical engineering and materials science. Students may pursue research under internationally recognized faculty in areas including material analysis and surface chemistry, process engineering, intelligent materials, ceramic industry systems, modern chemical unit operations, environmental engineering technologies, hydrocarbon processing, molecular and nanotechnologies, and biotechnology. Graduates are well prepared for academic, research, and industry careers.