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Bachelor's Degree in Electrical and Computer Engineering (pós-laboral)

Ano Letivo: 2013/14
 A pathway with future !!

 

Provide a solid scientific, technological and social learning, supported by a programme and courses that includes contact with real situations and laboratories experiences. This cycle of studies is based on the development of a diverse set of skills and competencies that permits excellent career opportunities and pursue postgraduate studies.

 

Objectives

 Provide a solid scientific, technological and social learning, supported by a programme and courses that includes contact with real situations and laboratories experiences. This cycle of studies is based on the development of a diverse set of skills and competencies that permits excellent career opportunities and pursue postgraduate studies.

Contacts

Ano Letivo: 2013/14

Publication in the Diário da República: 2008/09 Bolonha Pós-Laboral

Plano curricular
UC Ramo Area ECTS Lecturer
Obg. Opt.
1º Semestre
AlgebraTronco ComumMatemática 6
Digital SystemsTronco ComumSistemas Digitais e Computadores 6
Mathematical Analysis ITronco ComumMatemática 6
PhysicsTronco ComumFisica 6
Programming and AlgorithmicsTronco ComumSistemas Digitais e Computadores 6
2º Semestre
Tronco ComumSistemas Digitais e Computadores 6
Circuit AnalysisTronco ComumElectrónica 6
Computer Architecture and Operating SystemsTronco ComumSistemas Digitais e Computadores 6
ElectromagnetismTronco ComumFisica 6
Mathematical Analysis IITronco ComumMatemática 6

 

Plano curricular
UCRamoArea ECTS Lecturer
Obr. Opt.
1º Semestre
Tronco ComumSistemas Digitais e Computadores 6
Electrical InstallationsTronco ComumEnergia 6
Electronics ITronco ComumElectrónica 6
Mathematics Applied to ElectrotechnicsTronco ComumMatemática 6
Project Planning and ManagementTronco ComumCiências Empresariais 6
2º Semestre
Materials and Power Conversion (Major in Energy)EnergiaEnergia 6
Electronics IIAutomação IndustrialElectrónica 6
Fundamentals of Power Systems (Major in Industrial Automation)Automação IndustrialEnergia 6
Fundamentals of Telecommunications (Major in Industrial Automation)Automação IndustrialTelecomunicações 6
Instrumentation ElectronicsAutomação IndustrialElectrónica 6
Legislation and Design of Electrical Installations (Major in Energy)EnergiaEnergia 6
Systems EnergiaSistemas, Controlo e Automação 6

 

Plano curricular
UCRamoArea ECTS Lecturer
Obr. Opt.
Anual
Final ProjectAutomação IndustrialProjecto 12
1º Semestre
ControlEnergiaSistemas, Controlo e Automação 6
Data Network (Major in Industrial Automation)Automação IndustrialTelecomunicações 6
Electrical Machines (Major in Energy)EnergiaEnergia 6
Electromechanical Drives (Major in Industrial Automation)Automação IndustrialEnergia 6
Industrial AutomationEnergiaSistemas, Controlo e Automação 6
Power Electronics (Major in Energy)EnergiaElectrónica 6
2º Semestre
Control of Electromechanical Drives (Major in EnergyEnergiaEnergia 6
Embedded Systems (Major in Industrial Automation)Automação IndustrialSistemas, Controlo e Automação 6
Energy Quality and Management (Major in Energy)EnergiaEnergia 6
Industrial Networks (Major in Industrial Automation)Automação IndustrialSistemas, Controlo e Automação 6
Industrial Robotics (Major in Industrial Automation)Automação IndustrialSistemas, Controlo e Automação 6
MaintenanceEnergiaEnergia 6
Supply and Microgeneration of Energy (Major in Energy)EnergiaEnergia 6

Publication in the Diário da República: NI n.º1395|ESTT|2011

Plano curricular
UC Ramo Area ECTS Lecturer
Obg. Opt.
1º Semestre
AlgebraTronco ComumMatemática 6
Database ApplicationsTronco ComumSistemas Digitais e Computadores 3
Digital SystemsTronco ComumSistemas Digitais e Computadores 6
Electronic Engineering LaboratoriesTronco ComumSistemas, Controlo e Automação 3
Mathematical Analysis ITronco ComumMatemática 6
Programming and AlgorithmicsTronco ComumSistemas Digitais e Computadores 6
2º Semestre
Circuit AnalysisTronco ComumElectrónica 5
Computer-Aided Design and ManufacturingTronco ComumSistemas Digitais e Computadores 3
Mathematical Analysis IITronco ComumMatemática 6
PhysicsTronco ComumFisica 6
Programming TechniquesTronco ComumSistemas Digitais e Computadores 5
Project Planning and ManagementTronco ComumCiências Empresariais 5

 

Plano curricular
UCRamoArea ECTS Lecturer
Obr. Opt.
1º Semestre
Computer Architecture and Operating SystemsEnergiaSistemas Digitais e Computadores 6
Electrical InstallationsEnergiaEnergia 6
ElectromagnetismEnergiaFisica 6
Electronics IEnergiaElectrónica 6
Mathematics Applied to ElectrotechnicsEnergiaMatemática 6
2º Semestre
Materials and Power Conversion (Major in Energy)EnergiaEnergia 6
Electronics IIEnergiaElectrónica 6
Fundamentals of Power Systems (Major in Industrial Automation)Automação IndustrialEnergia 6
Fundamentals of Telecommunications (Major in Industrial Automation)Automação IndustrialTelecomunicações 6
Instrumentation ElectronicsAutomação IndustrialElectrónica 6
Legislation and Design of Electrical Installations (Major in Energy)EnergiaEnergia 6
Systems EnergiaSistemas, Controlo e Automação 6

 

Plano curricular
UCRamoArea ECTS Lecturer
Obr. Opt.
Anual
Final ProjectAutomação IndustrialProjecto 12
1º Semestre
ControlEnergiaSistemas, Controlo e Automação 6 Paulo Coelho
Data Network (Major in Industrial Automation)Automação IndustrialTelecomunicações 6
Electrical Machines (Major in Energy)EnergiaEnergia 6
Electromechanical Drives (Major in Industrial Automation)Automação IndustrialEnergia 6
Industrial AutomationEnergiaSistemas, Controlo e Automação 6 Cristina Lopes
António Casimiro Batista
Power Electronics (Major in Energy)EnergiaElectrónica 6
2º Semestre
Control of Electromechanical Drives (Major in EnergyEnergiaEnergia 6
Embedded Systems (Major in Industrial Automation)Automação IndustrialSistemas, Controlo e Automação 6
Energy Quality and Management (Major in Energy)EnergiaEnergia 6 Francisco Nunes
Ana Vicente Vieira
Industrial Networks (Major in Industrial Automation)Automação IndustrialSistemas, Controlo e Automação 6
Industrial Robotics (Major in Industrial Automation)Automação IndustrialSistemas, Controlo e Automação 6
MaintenanceAutomação IndustrialEnergia 6 Ana Vicente Vieira
Supply and Microgeneration of Energy (Major in Energy)EnergiaEnergia 6 Mário Gomes

Condições de Acesso

In order to be eligible to this bachelor's degree, students must hold the high-school diploma or legally equivalent qualification with mandatory aproval in the next entry Subjects:
- Mathematics and Physics-Chemistry

Application can also be made through the following special entry routes:
- Students coming from the Portuguese education system through re-admission, degree change and transfer schemes;
- Holders of a Foundation Course Diploma (CET);
- Adults aged more than 23 who have passed tailor-made examinations intended to assess their ability to pursue higher education studies;
- Holders of Intermediary or Graduate degree diplomas;
- Students coming from foreign higher education.

The degree in Electronics and Computer Engineering also accepts:
- Students who have completed the technological specialisation course (CET) in Electrical Installations and Industrial Automation providing equivalence to 5 modules of the degree.
- Students who have completed the technological specialisation course (CET) in Automation, Robotics and Industrial Control providing equivalence to 5 modules of the degree.

 

Professional Goals

 

The Electrotechnical and Computer Engineeringdegree (LEEC) was designed so as to provide the students with sound scientific and technological foundations in order to meet the present and future requirements of the labour market. Graduates of this degree are offered a wide range of career opportunities which translates into high employment rates.

Comprising two major areas (Industrial Automation and Energy), the degree aims at delivering first-cycle level professionals prepared to perform duties with scientific accuracy and technological timeliness in the various electricity and electronics related domains. Graduates of this degree acquire varied and versatile skills to conceive, design, plan and implement systems in areas such as control, automation, robotics, energy, machinery, electrical vehicles, electrical installations, domotics, electronics, telecommunications and production and use of electrical power.

Throughout each academic year, extra-class activities are performed, namely seminars, conferences and field trips that greatly contribute to the scientific training of students and their contact with the industrial reality.

The programme guidelines place special emphasis on R&D of applied projects in partnership with companies, business associations (Nersant), business associations (Acitofeba), industrial innovation laboratory (Line.ipt) and research institutions (TI - Telecommunications Institute, and ISR - Institute for Systems and Robotics) as a strategic motor of economical development, innovation and growth of productive capacity.

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Ano Letivo: 2013/14
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