Bioengineering
Education objectives
- Ability to understand in depth a specific research area and a particular field of knowledge within the Bioengineering Systems;
- Ability to implement, develop and use research methods in close relation with one or more Bioengineering fields of expertise;
- Ability to conceive, project, adapt and perform in R & D projects in Academia or in Industry in Bioengineering;
- Ability to do critical thinking and evaluation of new and complex ideas;
- Ability to communicate with her/his peers and the rest of the academic/scientific community as well as the ability to communicate with the rest of the society, in general;
- Comprehensive understanding of the need to promote in a professional/academic environment, the technological progress closely connected with the cultural and social visions of the world;
- Ability to understand ways of transferring scientific achievements to entrepreneurial environments.
At the end of the PhD program, the student is also expected to have completed a significant amount of original research work which represents an important contribution to extend the knowledge in the Bioengineering field.
General characterization
DGES code
714
Cicle
PhD (3rd Cycle)
Degree
Doutor
Access to other programs
Available soon
Coordinator
João Paulo Serejo Goulão Crespo
Opening date
September
Vacancies
Available soon
Fees
Available soon
Schedule
It depends on the working method of each training course. The working time for the classes will be agreed with each PhD student, or when there are more than 10 students in each year, it will be agreed with all students of the programme.
Teaching language
Available soon
Degree pre-requisites
Duration: 3 years
Credits: 180 ECTS
Mandatory scientifc areas
Scientific Area | Acronym | ECTS | |
Mandatory | Optional | ||
Energy and Bioenergy | EB | 153 | 6 |
Renew able Energies or Energy and Bioenergy | EB / EA | - | 6 |
Any other area | QAC | - | 15 |
TOTAL | 153 | 27 |
Conditions of admittance
Available soon
Evaluation rules
Available soon
Structure
1.º Semester | ||
---|---|---|
Code | Name | ECTS |
8545 | Computational Biosystems Science and Engineering | 6.0 |
8546 | Cell and Tissue Engineering | 6.0 |
8547 | Bioprocess Engineering | 6.0 |
1.º Semester - Opção I | ||
---|---|---|
Code | Name | ECTS |
Options | ||
8733 | Biomedical Equipment and Technologies | 6.0 |
8734 | Nanobiotechnology and Biomaterials | 6.0 |
8551 | Neuroscience | 6.0 |
8732 | Principles and Practice in Drug Development | 6.0 | O aluno deverá obter 6.0 créditos nesta opção. |
1.º Semester - Opção II | ||
---|---|---|
Code | Name | ECTS |
Options | ||
8733 | Biomedical Equipment and Technologies | 6.0 |
8734 | Nanobiotechnology and Biomaterials | 6.0 |
8551 | Neuroscience | 6.0 |
8732 | Principles and Practice in Drug Development | 6.0 | O aluno deverá obter 6.0 créditos nesta opção. |
2.º Semester | ||
---|---|---|
Code | Name | ECTS |
8553 | Innovation in Bioengineering | 6.0 |
8554 | Laboratory Rotations I | 9.0 |
8555 | Laboratory Rotations II | 9.0 |
8552 | Seminars Bioengineering Systems | 6.0 |
2.º Year | ||
---|---|---|
Code | Name | ECTS |
8556 | Thesis in Bioengineering | 240.0 |