PhD in Biomedical Engineering - Departamento de Física da Universidade de Coimbra

subject	area	sem.	classes	ects	obs
1 ano
Opção 1 ^*)	EB	1		6	^*)
Opção 2 ^*)	EB	1		6	^*)
Opção 3 ^*)	EB	1		6	^*)
Thesis Project	EB	1+2	S:5;OT:20	18	^e)
Opção 4 ^**)	EB	2		6	^**)
Opção 5 ^**)	EB	2		6	^**)

2 ano
Biomedical Engineering Thesis	EB	1+2	T:120	-	^e)

3 ano
Biomedical Engineering Thesis	EB	1+2	T:120	120	^e)
listas de opções

opções do 1º semestre do 1º ano
Analysis and Diagnostic Algorithms for pHealth	EB	1;2	T:20;OT:10;O:10	6
Biophysics	EB	1	S:15;OT:20	6
Molecular Biotechnology	EB	1	T:15;TP:5;PL:20	6
Electromagnetic Fields, Health and Environment	EB	1;2	TP:20;S:20	6
Advanced Characterisation of Materials	EB	1	T:10;PL:30;OT:20	6
Surface Characterization	EB	1	T:30;TP:20;OT:10	6
Image and Video Signal Compression	EB	1;2	S:10;OT:15	6
Graphic Computation and Three-dimensional Modelling	EB	1;2	S:10;OT:15	6
Programmable Electronic Devices	EB	1	S:10;OT:15	6
Neurodegenerative Diseases	EB	1;2	S:17;OT:10;O:8	6
Surface Engineering	EB	1	T:30;TP:20;OT:10	6
Biomedical Image	EB	1;2	S:20;OT:30	6
Hospital and Medical Instrumentation	EB	1;2	S:10;OT:15	6	^e)
Optoelectronic Instrumentation	EB	1;2	S:10;OT:15	6	^e)
Instrumentation for Radiation Detection	EB	1	S:20;OT:20	6	^e)
Computational Intelligence in Biomedicine	EB	1;2	T:15;OT:10;O:5	6
Metals in Medicine and Environment	EB	1	T:42;OT:28	6
Microfabrication	EB	1	T:30;TP:20;OT:10	6
Nanomaterials and Nanotechnologies	EB	1	T:30;TP:20;OT:10	6
Nano and Wireless Sensors Networks	EB	1;2	T:20;OT:10;O:3	6
Animal Models for Human Diseases	EB	1;2	S:15;PL:20	6
New Polymerization Technologies	EB	1;2	T:20;PL:20;O:10	6
Intelligent Polymers	EB	1;2	T:20;PL:20	6
Speech Processing	EB	1;2	S:10;OT:15	6
Image Processing and Analysis of 3D Biosignals	EB	1;2	S:10;OT:15	6
Statistical Signal Processing	EB	1;2	S:10;OT:15	6
Robotics and Manipulation Project	EB	1;2	S:10;OT:15	6
Medical Robotics Project	EB	1;2	S:10;OT:15	6
Biomedical RMN and Metabolism	EB	1	T:40;PL: 10;S: 9	6
Systems of Cognitive Vision	EB	1;2	S:10;OT:15	6
Intelligent Systems in Instrumentation	EB	1	S:20;OT:40	6	^e)
Computational Techniques for Estimation, Detection and Identification	EB	1;2	S:10;OT:15	6
Non-Destructive Techniques for Control, Characterization and Visualization	EB	1;2	S:10;OT:15	6
Disperse Systems Technologies	EB	1;2	T:10;PL:10;S:10;OT:30	6
Artificial Life and Computational Methods for Theoretical Biology	EB	1;2	T:20;OT:10;O:10	6

opções do 2º semestre do 1º ano
Analysis and Diagnostic Algorithms for pHealth	EB	1;2	T:20;OT:10;O:10	6
Biopolymers	EB	2	T:20;PL:20	6
Electromagnetic Fields, Health and Environment	EB	1;2	TP:20;S:20	6
Image and Video Signal Compression	EB	1;2	S:10;OT:15	6
Graphic Computation and Three-dimensional Modelling	EB	1;2	S:10;OT:15	6
Neurodegenerative Diseases	EB	1;2	S:17;OT:10;O:8	6
Biomedical Image	EB	1;2	S:20;OT:30	6
Hospital and Medical Instrumentation	EB	1;2	S:10;OT:15	6	^e)
Optoelectronic Instrumentation	EB	1;2	S:10;OT:15	6	^e)
Computational Intelligence in Biomedicine	EB	1;2	T:15;OT:10;O:5	6
Animal Models for Human Diseases	EB	1;2	S:15;PL:20	6
Nano and Wireless Sensors Networks	EB	1;2	T:20;OT:10;O:3	6
New Polymerization Technologies	EB	1;2	T:20;PL:20;O:10	6
Intelligent Polymers	EB	1;2	T:20;PL:20	6
Speech Processing	EB	1;2	S:10;OT:15	6
Image Processing and Analysis of 3D Biosignals	EB	1;2	S:10;OT:15	6
Statistical Signal Processing	EB	1;2	S:10;OT:15	6
Processes and Technologies for Membranes	EB	2	T:10;OT:40;O:10	6
Robotics and Manipulation Project	EB	1;2	S:10;OT:15	6
Medical Robotics Project	EB	1;2	S:10;OT:15	6
Systems of Cognitive Vision	EB	1;2	S:10;OT:15	6
Computational Techniques for Estimation, Detection and Identification	EB	1;2	S:10;OT:15	6
Non-Destructive Techniques for Control, Characterization and Visualization	EB	1;2	S:10;OT:15	6
Disperse Systems Technologies	EB	1;2	T:10;PL:10;S:10;OT:30	6
Artificial Life and Computational Methods for Theoretical Biology	EB	1;2	T:20;OT:10;O:10	6

T=theory; TP=theory-practice; PL=practice-lab.; OT=tutorial; S=seminar; O=other; 1 ECTS ~ 27 hours of study/week/semester.

^e) N.B. is taught in english if there are students who do not speak Portuguese.

^*)choose from the options of the 1st semester.
^**)choose from the options of the 2nd semester.

N.B. aoptions 1 to 5 can also be replaced by subjects from another doctoral course of FCTUC or FMUC faculties, or other related doctoral course, taught in other national or international institution, or project or internship short held in company

In any case, approval by the Coordinator is required.

scientific area	sigla	ECTS obrig.	ECTS opcional
Biomedical Engineering	EB	150	30
total		150	30

The PhD degree in Biomedical Engineering requires the completion of 180 ECTS credit units.
The doctoral course lasts for 6 semesters.

The final grade is based on the PhD Dissertation and on the results obtained in the doctoral course.

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