Sustainable Chemistry

Education objectives

The PhD Programme in Sustainable Chemistry is a joint initiative of three of Portugal’s leading universities: NOVA University Lisbon, University of Aveiro, and University of Porto.

The faculty members involved in the programme form a vast network of chemists, biochemists, pharmacists, and chemical engineers, committed to advancing Green and Sustainable Chemistry.

Sustainable Chemistry is inherently multidisciplinary, bridging Chemistry, Chemical Engineering, Materials Science, and White Biotechnology. This interdisciplinarity is essential for addressing some of the most pressing chemical challenges of our time.

Why this PhD Programme?
A Joint Degree Recognised by Three Leading Universities- Graduates receive a single PhD degree jointly awarded by NOVA University Lisbon, the University of Aveiro, and the University of Porto. This collaborative academic model provides international credibility and diverse professional opportunities in both academia and industry.

Comprehensive and Multidisciplinary Curriculum – Covers a wide range of fields, including synthesis and manufacturing, biochemistry, environmental chemistry, biotechnology, nanotechnology, and drug design. Students can explore different branches of Sustainable Chemistry and specialise in high-impact areas such as Green Chemistry or Sustainable Chemical Engineering.

Focus on Global Challenges – This programme offers training that directly contributes to the development of innovative and sustainable solutions to critical environmental, industrial, and societal issues.

High Employability – Graduates are increasingly sought after in the chemical, pharmaceutical, energy, and environmental sectors, as well as in academia.

The job market for Sustainable Chemistry PhD graduates is growing in both industry and academia. Companies from diverse sectors—including chemical, pharmaceutical, energy, and environmental industries—are increasingly seeking highly trained specialists in this field.

Strong Industry Integration – Collaborations with companies and research centres provide PhD students with hands-on projects and applied skills, enhancing their career opportunities in both industry and entrepreneurship.

High-Level Training with Global Perspectives – Graduates are well-prepared for for international careers in both industry and academia.

Career opportunities
Academic Research – University lecturer or researcher in academic institutions.
Chemical Industry – Specialist in sustainable chemical processes or process engineer in companies developing eco-friendly, biocompatible, and more efficient chemical products.
Pharmaceutical Industry – Researcher or developer of new drugs based on Green Chemistry principles, focusing on sustainable pharmaceutical production and innovative therapeutic alternatives.
Environmental Consultancy – Sustainability consultant providing advisory services to companies to enhance their processes and products in terms of environmental impact and energy efficiency.
Energy Sector – Process engineer or researcher in renewable energy fields, such as biofuels, solar energy, or sustainable energy storage technologies.
Waste Management & Recycling – Professional responsible for developing and implementing sustainable waste management and recycling technologies in the industry.
Sustainable Materials Development – Researcher or materials engineer working on developing biodegradable or recyclable materials, such as sustainable plastics or biomaterials.
Quality Management & Auditing – Auditor in chemical or pharmaceutical production companies, ensuring compliance with environmental and sustainability standards.
Entrepreneurship – Founder and manager of startups or companies focused on innovative and sustainable solutions in chemistry, such as eco-friendly products or environmental remediation technologies.
Governmental & Non-Governmental Organisations – Working in governmental institutions or NGOs that develop public policies on sustainability, environmental protection, and technological innovation.
Chemical & Environmental Engineering – Engineer in companies developing and implementing chemical solutions to reduce environmental impact and improve industrial efficiency.

General characterization

DGES code

1153

Cicle

PhD (3rd Cycle)

Degree

Doutor

Access to other programs

Available soon

Coordinator

Ana Isabel Nobre Martins Aguiar de Oliveira Ricardo

Opening date

Available soon

Vacancies

50

Fees

Portuguese students: 2.750 euros/year

Foreign students: 2.750 euros/year

Schedule

On-site / Daytime

Teaching language

Available soon

Degree pre-requisites

Duration: 3 years

Credits: 180 ECTS

Mandatory scientifc areas

Scientific Area Acronym ECTS
Mandatory Optional
Chemistry Q 174 0
Management G 3 0
Any Scientific Area  QAC 0 3
TOTAL 177 3

Conditions of admittance

Will be eligible applicants with a Master''s degree in any area of Science and Technology, with at least 18 ECTS (Bologna system) in Chemistry or equivalent subjects.

Although there is no strict limitation regarding candidates'' academic background, a solid command of the English language is mandatory, as well as a minimum level of knowledge in Engineering/Science methodologies, with a grade point average in the fields of Engineering and Sciences equal to or higher than 14/20 (Portuguese scale or equivalent conversion for international applicants).

Selection criteria
The selection and ranking process of candidates is conducted by the Coordination Committee, which includes additional members from the Scientific Council. External experts may be added whenever necessary. The process involves a thorough analysis of each candidate’s curriculum vitae, including academic qualifications (degree and, when applicable, final grade), scientific experience, motivation letter, and letters of recommendation.

Evaluation rules

Available soon

Structure

1.º Year
Code Name ECTS
13049 Thesis in Sustainable Chemistry 150.0
1.º Semester
Code Name ECTS
13047 Communication Skills and Elements of Ethics and Deontology 3.0
13046 Introduction to Sustainable Chemistry and Technologies 6.0
13048 Methods of Molecular and Macromolecular Characterization 6.0
11355 Thesis Project 12.0
1.º Semester - Opção Livre
Code Name ECTS
Options
13255 Option Free 1 3.0
O aluno deverá obter 3.0 créditos nesta opção.