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

subject	area	sem.	classes	ects	obs
1 ano
Mathematical Analysis I	M	1	T:45;TP:45;OT:5;O:5	7,5	-
Cell and Molecular Biology	CBIO	1	T:30;PL:45;S:1;O:5	6	-
Physics I	F	1	T:45;TP:30	6	-
General Chemistry	Q	1	T:45;PL:30;OT:5	6	-
Biochemistry	CBIO	1	T:30;TP:15;O:3	4,5	-
Mathematical Analysis II	M	2	T:45;TP:45;OT:5;O:5	7,5	-
Physics II	F	2	T:45;TP:30	6	-
Anatomy and Histology	CBIO	2	T:15;TP:10;PL:15;S:5	4,5	-
Linear Algebra and Analytical Geometry	M	2	T:45;TP:30	6	-
Computers and Programming	ENG	2	PL:45	6	-

2 ano
Mathematical Analysis III	M	1	T:45;TP:45;OT:5;O:5	7,5	-
Transfer and Transport Processes	F	1	T:45;TP:15;PL:15	6	-
Fundamentals of Physiology I	CBIO	1	T:45;PL:16	6	-
Laboratory Technics for Physics	F	1	T:15;PL:45	4,5	-
Cellular Biology of the Human Development	CBIO	1	T:45;PL:30	6	-
Biomechanics	EBIO	2	T:45;TP:22;PL:8	6	-
Bioelectricity and Biomagnetism	EBIO	2	T:45;PL:30	6	-
Electronics	ENG	2	T:30;PL:45	6	-
Computing Methods for Biomedicine	EBIO	2	T:30;PL:45	6	^e)
Fundamentals of Physiology II	CBIO	2	T:45;PL:14;S:4	6	-

3 ano
Computer Models of Physiological Processes	EBIO	1	T:25;PL:40;S:10	6	-
Quantum Physics	F	1	T:45;TP:35;PL:10	7,5	-
Radiations in Biomedicine	EBIO	1	T:30;TP:30;PL:15	6	-
Management Processes	GES	1	T:45;OT:15	6	-
Biostatistics	EBIO	1	T:15;PL:30;OT:15	4,5	-
Biosignals Processing and Analysis	EBIO	2	TP:30;TP:15;PL:30	6	-
Waves and Optics	F	2	T:30;PL:45	6	-
Hospital and Medical Instrumentation	EBIO	2	TP:30;S:30	6	-
Biomaterials	EBIO	2	T:30;PL:30;OT:10;O:10	6	-
Informatics Systems	ENG	2	T:30;TP:15;PL:30	6	-

4 ano
Innovation and Technology Entrepreneurship	GES	1	TP:30;S:30	6	^e)
Databases and Information Analysis	EBIO	1	T:30;PL:40;OT:5	6	-
Neural Computing and Diffuse Systems	EBIO	1	T:30;PL:40;OT:5	6	-
Opção^*)		1		6	OP
Opção^*)		1		6	OP
Planning and Management Techniques	GES	2	T:30;TP:20;OT:8	6	-
Systems Integration	EBIO	2	T:30;PL:40;OT:5	6	-
Diagnosis and Self-Regulation Algorithms	EBIO	2	T:30;PL:40;OT:5	6	-
Opção^*)		2		6	OP
Opção^*)		2		6	OP

5 ano
Project	PRJ	1+2	OT:45;S:15	18	^e)
Clinical Computing and Telehealth Systems	EBIO	1	T:30;PL:40;OT:5	6	-
Opção^**)		1		6	OP
Project	PROJ	1+2	OT:60;S:15	30	^e)
listas de opções

opções do 1º semestre; 4+5º ano
Image Processing and Analysis	EBIO	1	T:30;PL:28;OT:2	6	-
Image Biochemistry	CBIO	1	T:20;PL:15;S:5	6	-
Biosensors and Biomedical Signals	EBIO	1	TP:30;PL:30;OT:10;O:10	6	^e)
Dosimetry of Radiation and Radiobiology	CBIO	1	T:12;TP:23;PL:20;S:5	6	-
Tissue Engineering	EBIO	1	T:30;PL:20;S:10;O:20	6	-
Biomolecular Spectroscopy	EBIO	1	T:40;TP:7;O:7	6	-
Fundamentals of Robotics and Bionics	EBIO	1	TP:30;TP:10;PL:20	6	-
Instrumentation for Medical Imaging	EBIO	1	T:30;TP:15;S:15	6	^e)
Instrumentation and Data Acquisition Systems	EBIO	1	TP:30;PL:30	6	^e)
Neurobiology I	CBIO	1	T:45;TP:15;S:2	6	-
Transformation and Separation Processes in Biological Systems	EBIO	1	T:30;PL:30;OT:10	6	-
Biomedical NMR and Molecular Imaging	EBIO	1	T:40;PL:10;S:9	6	-
Pattern Recognition Techniques	EBIO	1	T:30;S:30;O:2	6	-
Embedded Systems Technology	ENG	1	T:30;PL:30	6	-
Technology and Data Analysis in Genomics	CBIO	1	T:15;TP:30;OT:10	6	-
Research Technologies in Neurobiology	EBIO	1	TP:15;PL:45	6	-
Opção Aberta^#)		1;2		6	-

opções do 2º semestre; 4º ano
Diagnosis and Self-Regulation Algorithms	EBIO	2	T:30;PL:40;OT:5	6	-
Biology of Aging	EBIO	2	T:30;PL:40;OT:5	6	-
Dosimetry, Safety and Radiological Protection	EBIO	2	T:30;TP:20;PL:10	6	^e)
Biological Physics	CBIO	2	T:30;OT:45	6	^e)
Image Fundamentals for Diagnosis and Therapeutics	CBIO	2	T:30;TP:14;O:16	6	-
Software Project Management	EBIO	2	T:20;PL:40;O:2	6	-
Optoelectronic Instrumentation	EBIO	2	TP:30;PL:30	6	^e)
Introduction to Bioinformatics	EBIO	2	T:5;TP:10;PL:40;OT:5	6	-
Introduction to Nuclear Chemistry and Radiopharmacy	CBIO	2	TP:28;PL:16;S:3;OT:3	6	-
Membranes and Cell Communication	EBIO	2	T:30;TP:10;PL:10;O:5	6	-
Neurobiology II	CBIO	2	T:45;TP:15;S:2	6	-
Neuropharmacology	CBIO	2	T:45;TP:15	6	-
Materials Processing	EBIO	2	T:30;TP:15;PL:15;OT:10	6	-
Surface Coatings	EBIO	2	T:30;PL:30;OT:10;O:10	6	-
Medical Robotics	EBIO	2	TP:28;PL:16;S:3;OT:3	6	-
Techniques for Materials Analysis	EBIO	2	T:30;TP:15;PL:15;OT:10	6	^e)
Computer Vision and Biological Perception	EBIO	2	T:45;S:15;OT:15	6	-
Opção Aberta^#)		1;2		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, years 4 and 5th.
^**)choose from the options of the 2nd semester, year 4th (approval by the coordinator required).
⁺⁾choose on the 5th year only.
^#)the open option is any subject of any master course of the FCTUC or FMUC faculties (approval by the coordinator required).

scientific area	sigla	ECTS obrig.	ECTS opcional
Mathematics	M	28,5	-
Genaral Physics	F	36	-
Chemistry	Q	6	-
Engineering	ENG	18	-
Biomedicval Sciences	CBIO	39	0-18
Biomedical Engineering	EBIO	76,5	0-30
Management	G	18	-
Project	PRJ	48	-
open option	-	0	12

A degree of Bachelor in Biomedical Engineering Sciences is issued upon completion of 180 ECTS units, corresponding to the first 6 semesters of the course.

The MSc degree in Biomedical Engineeding requires the completion of 300 ECTS credit units.
The course lasts for 10 semesters.

Final grade
The final grade is the arithmetic average of all course subjects, weighted with the respective ECTS units.

in loco

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