Bachelor's Degree in Biomedical Engineering
General Objectives of the CourseThe LEB aims to provide a solid base training in structuring areas like physics, mathematics and biomedical sciences, and on specific areas of Biomedical Engineering, and to develop skills for following advanced studies and for the eventual start of professional practice.
At the end of LEB, the student should have:
essential knowledge of Physics, Mathematics, Biomedical Sciences, Programming and Signals and Systems Analysis, configuring an initial training of broad spectrum in Biomedical Engineering that allows him/her to follow his/her advanced training in different areas of specialization.
skills required for professional practice, as scientific aptitude and creativity, sense of responsibility and critical thinking, autonomous learning ability, teamwork skills, including in interdisciplinary teams and communication skills.
theoretical and laboratorial training that allows to begin professional practice in areas related to Biomedical Engineering.
National Call for Access and Entry to Higher Education (DGES):
07 Physics and Chemistry
19 Mathematics A
Application score: 100 points (0-200 scale)
Entry exams: 100 points (0-200 scale)
Secondary school average: 50%
Entry exams: 50%
Other forms of access (UC-applicants):
- Change of Institution / Course Pair Schemes;
- Special Access Call for over 23-years-olds;
- Special Access Call for Holders of Other Higher Education Courses;
- Special Call for International Students.
This information does not exempt the consultation of the webpage of the Directorate General of Higher Education (DGES) and/or of the Applicants website. Please, visit the DGES and the Applicants websites
Professional GoalsThe main professional opportunities are those of superior technicians in the area of Biomedical Engineering and related. Graduates in Biomedical Engineering are prepared to perform functions in the area of technology applied to Health, such as the development of basic instrumentation, development of simple software and application of biomaterials. They can perform non specialized scientific and technical functions in sectors - Industry, Environment, Services, Research and Regulation - with links to Health.
Mode of StudyDaytime / Full-time / Face-to-face
Teaching / Evaluation language(s)Portuguese/ English
Examination Regulations, Assessment and GradingThe evaluation and classification rules are those provided for in the academic regulations of UC.
Learning Objectives and Intended SkillsAcquire the essential knowledge in Physics, Mathematics, Biochemistry, Cell and Molecular Biology, Physiology, Programming and Signals and Systems Theory required by Biomedical Engineering.
Understand biological functions from the point of view of engineering, interpret them in physiological terms using mathematical models and implement these models computationally.
Understand the general structure and operational behavior of informatics systems and develop local and distributed applications.
Solve problems related to ionizing radiation detection and its interaction with matter.
Understand the approaches used in the development and synthesis of biomaterials and have laboratory skills for their synthesis, processing and characterization.
Acquire skills required for professional practice: communication, scientific aptitude and creativity, sense of responsibility and critical thinking, autonomous learning, teamwork in interdisciplinary teams, manage resources and comply with deadlines.
João Manuel Rendeiro Cardoso
ECTS Departmental Coordinator(s)
Rui Davide Martins Travasso
Recognition of Prior LearningRecognition of prior learning is carried out in accordance with the Academic Regulation of the University of Coimbra.
Qualification Requirements and RegulationsDecree-Law No. 74/2006, of March 24, in the current wording
The bachelor's degree is awarded to those who, through approval in all curricular units that comprise the cycle of studies, have obtained 180 ECTS.
Access to Further StudiesThe Bachelor in Biomedical Engineering gives access to 2nd Cycle (Master Programs) in Biomedical Engineering and related areas.
1st Cycle Studies
DGES Code: 9455
Qualification Awarded: Bachelor's Degree
Duration: 3 Year(s)
ECTS Credits: 180.0
Call for Applications
- Special Contest for International Students (Bachelor's Degree and Integrated Master's Degree Courses)
- 2020-07-31 a 2026-07-31