Universitat Rovira i Virgili Master in Synthesis, Catalysis and Molecular Design
Universitat Rovira i Virgili

Universitat Rovira i Virgili

Master in Synthesis, Catalysis and Molecular Design

Tarragona, Spain

Master degree

2 up to

4 semesters

English

Full time, Part time

14 May 2026*

Oct 2026

On-Campus

* Application period starts every month of March for the academic course starting in October. It closes as soon as there are no more places available.

Key Summary

    About : The Master in Synthesis, Catalysis and Molecular Design offers an in-depth exploration of synthetic chemistry, catalysis, and molecular design. Students engage in both theoretical knowledge and practical applications, preparing to tackle complex chemical problems over this two-year program. The curriculum emphasizes innovative techniques and critical thinking in chemical synthesis and molecular architecture.
    Career Outcomes : Graduates can pursue diverse career paths in areas such as academic research, pharmaceuticals, industrial chemistry, and biotechnology. They may also work as research scientists, chemical engineers, or in roles focused on sustainable development and materials science.

The University Master's Degree in Synthesis, Catalysis and Molecular Design provides students with in-depth theoretical knowledge of the field and new techniques in product synthesis, catalyst development, management of environment-friendly chemical processes, and computational design. It is primarily research-oriented, so graduates will be able to undertake research, development, and innovation in the industry.

This master's program has been accredited by the national quality agency with the Excellence label, the highest in the Spanish university system.

Objectives

i) To provide high-level scientific training in the fields of molecular synthesis, catalysis, and design, so that graduates can undertake doctoral studies and pursue a scientific or academic career.

ii) To provide graduates with a capacity for innovation and the necessary skills to synthesize sustainable chemical products and processes in the professional world.

The aims of the courses are the following:

  • To enable students to use synthetic methodologies and design ways of obtaining new products with the tools of computational chemistry.
  • To familiarise students with modern techniques for characterizing molecular compounds, surfaces, and solids.
  • To provide tools for understanding the most advanced principles and applications of catalysis.
  • To train students to design chemical processes on a laboratory or industrial scale through channels that meet the standards of sustainability and environmental friendliness.
  • To provide students who wish to undertake doctoral studies with more advanced, specific knowledge relevant to their research: synthesis, catalysis or modelling.