Masters Degree in Applications in Biotechnology and Synthetic Biology
Program Overview
Master's Degrees
List of Courses
The Master's Degree in Applications in Biotechnology and Synthetic Biology focuses on promoting the various relevant dimensions of biotechnology and synthetic biology and their different fields of scientific and technological application, with a view to responding to current societal challenges and promoting greater sustainability. This study cycle equips students with practical and theoretical knowledge related to the application of fundamental concepts of chemistry and biology to explain and describe fundamental processes in biotechnology and synthetic biology, forming part of a global perspective of the applications of chemistry and biology in a wide variety of fields of intervention of biotechnology.
Job Opportunities
- Food industry (food biotechnology)
- Environmental engineering (environmental biotechnology)
- Marine resources (blue biotechnology)
- Agroforestry Engineering (plant and seed biotechnology)
- (Bio)pharmaceutical industry and biomedical engineering (medicinal chemistry, genetic regulation, synthetic biology, medicinal plant biotechnology, bio-nanotechnology)
- Scientific research and development in the fields of biotechnology and synthetic biology
- Consultancy, industrial and business management
Course Details
- Faculty: Faculty of Sciences
- Type of Course: Master's Degree
- Duration: 4 Semesters / 120.0 ECTS
- Vacancies: 20
- Language: Portuguese
- Annual Tuition Fee (Full Tuition Fee):
- National/EU: 1430.00€
- International: 4125.00€
- CPLP International: 2475.00€
- Registration and Accreditation:
- DGES: Registration n.ºR/A-CR 109/2018/AL01 in March 6, 2025
- A3ES: Date of publication of the accreditation decision: July 9, 2018, Validity of accreditation: 6 years
Additional Information
All the information presented relates to 2025/2026. The course equips students with basic laboratory skills in biotechnology and synthetic biology, promotes efficient team communication and collaboration, prepares students to develop and present scientific and technological communications adapted to specific audiences, develops skills for task organisation according to a work plan and gathering and critical analysis of scientific and technological information, and raises awareness of the ethical dimensions of biotechnology and synthetic biology and of the need for lifelong learning.
