Program Overview

Program Overview

The University offers a Doctoral Program in Sustainable Chemistry, which is an interuniversity program coordinated by the Universitat Jaume I. This program focuses on training students in the design of products and chemical processes that reduce or eliminate the use and generation of hazardous substances, in accordance with the principles of sustainable chemistry.

Program Details

• Program Name: Doctoral Program in Sustainable Chemistry
• Center: Escola de Doctorat
• Type: Doctorate
• Places: 8
• Research Areas:
  • Química Sostenible, Química Supramolecular i Materials Avançats
  • Metodologies en Química Sostenible
  • Catàlisi per a Processos Sostenibles, Conversió i Emmagatzematge d'Energia. Fotoquímica i Salut
  • Microones en Química Orgànica Sostenible. Nanoquímica
  • Nanomaterials fotoactius funcionals avançats
• Program Structure: The program is structured around specific and transversal formative activities, including research lines that conform to the doctoral program.

Admission and Access

Information on the access profile, offer of places, and processes of pre-enrollment, waiting lists, and enrollment is available.

Research Team

The program's research team consists of professors and research lines that make up the doctoral program.

Formative Activities

• Specific Activities: Information on specific activities to be taken for each program.
• Transversal Activities: Organized by the Escola de Doctorat.

Theses

Information on the program's research personnel, current theses pending defense, and defended theses.

Projection and Differentiation Options

Options such as the mention of International Doctorate, co-tutelage between universities, or Industrial Doctorate to enrich the research trajectory.

Quality of the Title

Access to the memory, quality systems, reports, indicators, and satisfaction of the interest groups of this doctoral program.

Additional Information

The program aims to provide students with a comprehensive understanding of sustainable chemistry, enabling them to contribute to the development of products and processes that are environmentally friendly and sustainable. The interuniversity nature of the program allows for a diverse and collaborative learning environment, preparing students for careers in research, industry, and academia.