for students€¦ · civil engineering - graduation study plan 1st year 1st semester 2nd semester...

PROSPECTUS FOR

STUDENTS

GRADUATE AND MASTER PROGRAMS

FAST FACTS:

- Established: 1856- Total student population: 6000+- Campus location: The ISEL campus is located conveniently just a few minutes of Lisbon’s International Airport and next to an underground station that connects to the city centre.The campus has a wide range of facilities for students including: accommodation, canteen, student lounges, sports facilities, bookshop, library with access to top international journals and on-line databases.

CONTENTS:

- About ISEL page 4

- Programs | Graduation in Civil Engineering page 6 | Master in Civil Engineering page 7 | Graduation in Electric Engineering page 8 | Master in Electric Engineering page 9 | Graduation in Eletronics and Telecommunications and Computers Engineering page 10 | Master in Eletronics and Telecommunications and Computers Engineering page 11 | Graduation in Computer Science and Computer Engineering page 12 | Master in Computer Science and Computer Engineering page 13 | Graduation in Communication Networks and Multimedia Engineering page 14 | Master in Communication Networks and Multimedia Engineering page 15 | Graduation in Chemical and Biological Engineering page 16 | Master in Chemical and Biological Engineering page 17 | Graduation in Mechanical Engineering page 18 | Master in Mechanical Engineering page 19 | Master in Science and Maintenance Engineering page 20

- About Lisbon page 21

ABOUTISEL

ISEL (Instituto Superior de Engenharia de Lisboa) resulted from the restructuring of an institution with a long-standing tradition in engineering teaching in Portugal, the Instituto Industrial de Lisboa, which was founded in 1852 by Royal Decree signed by Queen Maria II.

ISEL aims to contribute to the development of society by providing a thorough training in Engineering. The intention is to promote education in line with the highest international standards, within the needs of work market.

The Campus is made up of independent buildings, one for each department, and is equipped with facilities such as laboratories and computer rooms. There is also a library, canteen, a student’s residence, a banking agency, photocopy services, an informatic shop, several cafeterias and a sports centre.

Life at ISEL is not limited to the educational component. A pleasant academic environment has an important effect on overall educational performance. In this context, ISEL provides a wide range of activities such as exhibitions, seminars, music concerts and sports.

All lectures are taught in Portuguese and students are expected to be able to follow them. Assessments (exam papers) can be conducted in another language depending on prior agreement between the student and the lecturer concerned. Non-speaking Portuguese students wishing to study at ISEL, can choose a more practical curricular units (subjects) which have, has an assignment, a work project or developing a particular project which can be presented in English; the majority of lecturers are able to tutor in English.

Before coming to Portugal, please check whether your insurance policies (health and personal liability) cover a stay abroad for a longer than usual period of time and bring the appropriate documents with you. If you are covered by your home country’s health system you should bring your health card (or E-128 form).

Don’t forget to bring the student card of your home institution. It identifies you as a EU student and can be useful for discounts, reduced entrance fees etc.

Accommodation is available to students at the Maria Beatriz Student Residence, located at ISEL campus, and provides both double and single rooms. The Residence has laundry and cooking facilities, stoves and fridges.Please note that the month of August several facilities at ISEL are closed for summer holidays.

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PROGRAMS

CIVIL ENGINEERING - GRADUATION STUDY PLAN 1st YEAR 1st SEMESTER 2nd SEMESTER

CURRICULAR UNITS ECTS CURRICULAR UNITS ECTS

Linear Algebra and Analytic Geometry 6.0 Mathematical Analysis II 7.0Mathematical Analysis I 7.0 Numeric Analysis 4.5General Drawing 3.5 General Physics 5.5Computer Science and Programming 5.0 Mineralogy and Geology 3.5Chemistry 6.5 Construction, Planning and Environment 3.5English 2.0 Drawing and Computer-aided Design 6.0

2nd YEAR 1st SEMESTER 2nd SEMESTER


Probability and Statistics 5.5 Cartography and Topography 5.5Architecture and Urbanism 4.0 Hydraulics I 5.5Physics Applied to Civil Engineering 4.0 Introduction to Continuum Physics 4.0Engineering Geology 4.0 Construction Materials I 4.0Applied Mathematics to Civil Engineering 6.0 Mechanics of Solid I 5.5Applied Mechanics 6.5 Soil Mechanics 5.5

3rd YEAR 1st SEMESTER 2nd SEMESTER


Hydraulics II 5.5 Operational Research 5.0Mechanics of Solids II 5.5 Project Management and Site Layout

Planing5.0

Transportation Infrastructures 5.5 Structures I 5.5 Management and Financial Analysis 4.0 Building Engineering Physics 5.5Structural Concrete I 5.5 Option 1 4.5Construction Technologies I 4.0 Option 2 4.5

Op 1 - Edification Field -Construction Materials IIOp 2- Edification Field - Construction and Building Processes IIOp 1 - Structures Field - Retaining Structures and Foundations IOp 2 - Structures Field - Structural Concrete IIOp 1 - Hydraulics Field - Applied HydraulicsOp 2 - Hydraulics Field - Water Quality and Pollution ControlOp 1 - Roads and Transports Field -TransportationOp 2 - Roads and Transports Field - Highways and Streets

Normal duration of the 1st cycle: 180 ECTS and a normal length of 3 years of students’ work.

The cycle of studies works in daytime (D) and after-working hours shift (N) with the same plan of study.Working students enrolled in daytime can attend the after-working hours shift.

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CIVIL ENGINEERING - MASTER STUDY PLAN

The common set of 11 curricular units includes the following curricular units:

1st year, 1st semester 1st year, 2nd semester 2nd year, 1st semester

CURRICULAR UNITS ECTS CURRICULAR UNITS ECTS CURRICULAR UNITS ECTS

Retaining Structures and Foundations I 4.5 Corporate Behaviour and Legislation 4.5 Production Costs 4.5Transportation 4.5 Highways and Streets 4.5 Quality, Health and Safety 4.5Structural Concrete II 4.5 Retaining Structures and Foundations II 4.5

Territorial Management 4.5 Applied Hydraulics 4.5

Hydrology 4.5

Specialisation area Specialisation area Specialisation area Specialisation area of Roads of Buildings of Structures of Hydraulic and Transportation 1st year, 1st semester 1st year, 1st semester 1st year, 1st semester 1st year, 1st semester

CURRICULAR UNITS ECTS CURRICULAR UNITS ECTS CURRICULAR UNITS ECTS CURRICULAR UNITS ECTS

Precast Structures 4.5 Structures II 4.5 Water Quality and Pollution Control

4.5 Applied topography 4.5

TFM1 3.0 TFM1 3.0 TFM1 3.0 TFM1 3.0

1st year, 2nd semester 1st year, 2nd semester 1st year, 2nd semester 1st year, 2nd semester


Technology of Finishes in Buildings

5.0 Steel and Mixed Constructions

4.5 Water Treatment Plants 3.5Railways 4.5

Steel and Mixed Constructions

4.5Dynamics of Structures 5.0 Urban Hydraulics 6.0

Design of Transport Systems

5.0

TFM 2 4.0 TFM 2 4.0 TFM 2 4.0 TFM 2 4.0

2nd year, 1st semester 2nd year, 1st semester 2nd year, 1st semester 2nd year, 1st semester


Property Appraisal 4.5 Earthquake Engineering 4.5 Wastewater TreatmentPlants 4.5 Road operation and

Maintenance5.0

Underground Works 4.5 Structural Concrete III 4.5 Hydraulic Works 4.5 Traffic 5.0Monitoring and Behaviour of Structures 5.0 Solid Mechanics III 5.0 Port and Maritime

Structures 5.0 Road Construction 4.5Rehabilitation of Buildings and Monuments 4.5 Bridges and Viaducts 5.0 Integrated Water

Management 5.0 Road pavements 4.5

TFM 3 5.0 TFM 3 5.0 TFM 3 5.0 Advanced Geometric Design of Roads

4.5

Transport Systems Exploration

4.5

Mobility and Territory Management

4.5

Advanced Design of Transport Systems

4.5

EnvironmentalImpacts

4.5

TFM 3 5.0

2nd year, 2nd semester 2nd year, 2nd semester 2nd year, 2nd semester 2nd year, 2nd semester

CURRICULAR UNITS ECTS CURRICULAR UNITS ECTS CURRICULAR UNITS ECTS CURRICULAR UNITS ECTSTFM 4 30 TFM 4 30 TFM 4 30 TFM 4 30

Normal duration of the 2nd cycle: 120 ECTS and a normal length of 2 years of students’ work.


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ELECTRICAL ENGINEERING - GRADUATION STUDY PLAN 1st YEAR 1st SEMESTER 2nd SEMESTER


Linear Algebra and Analytical Geometry 6.0 Mathematical Analysis II 7.0

Mathematical Analysis I 7.0 Differential Equations and Laplace Transform 5.5Basic Programming 5.5 General Mechanics 5.5Materials Science 5.5 Computing Tools for Engineering 5.5Digital Systems 6.0 Circuits Analysis I 6.5



Electromagnetism 7.0 Vibrations, Waves and Thermodynamics 6.0Data Structure and Algorithms 6.0 Statistics 4.5

Mathematics Applied to Electrical Engineering

6.0 Systems Control 7.0

Electrometry 5.0 Electronics Fundamentals 6.5Circuits Analysis II 6.0 Instrumentation 6.0



Automation Fundamentals 6.0 Electrical Machinery 7.0Electromechanical Conversion of Energy 6.0 Electric Power Production 6.0Power Electronics 7.0 Electrical and Telecommunication

Infrastructures in Buildings7.0

Electric Power Grids 4.0 Communications Fundamentals 5.0Economics 5.0 Quality Management and Project

Evaluation5.0



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ELECTRICAL ENGINEERING - MASTER STUDY PLAN

Branches: Energy Branches: Automation and Industrial Electronics 1st year, 1st semester 1st year, 1st semester


Conception of Electrical Installations 6.0 Industrial Automation 4.5 Electrical Machines Complements 6.0 Electrical Machines Complements 6.0 Electric Power Complement 6.0 Systems Control Complements 6.0 Renewable Energies 6.0 Embedded Electronic Circuits 6.0Option: Industrial Automation 6.0 Option: Conception of Electric Installations 6.0Option: Electric Power Quality 6.0 Option: Electric Power Quality 6.0

1st year, 2nd semester 1st year, 2nd semester CURRICULAR UNITS ECTS CURRICULAR UNITS ECTS

Mathematic Programming andIndustrial Engineering

6.0 Electronic Drive Converters 6.0

Independent Production Installations 6.0 Command and Regulation Electronics 6.0Intelligent Systems 6.0 Automation and Supervision Networks 6.0Electric Machines Projec 6.0 Robotic Systems 6.0Option: Signals Acquisition and Processing 6.0 Option: Mathematic Programming and

Industrial Engineering6.0

Option: Electronic Drive Converters 6.0 Option: Signals Acquisition and Processing 6.0

2nd year, 1st semester 2nd year, 1st semester CURRICULAR UNITS ECTS CURRICULAR UNITS ECTS

Option: Business Management 6.0 Option: Business Management 6.0Option: Nuclear Power 6.0 Option: Nuclear Pow er 6.0Option:Traction and Electric Vehicles 6.0 Option:Traction and Electric Vehicles 6.0Option: Energy Markets 6.0 Option: Energy Markets 6.0

Option: Computer Assisted Electric Power Monitoring

6.0 Option: Computer Assisted Electric Pow er Moni-toring

6.0

Option: Hydrogen Systems 6.0 Option: Hydrogen Systems 6.0

Option: Information Systems and Management 6.0 Option: Information Systems and Management 6.0

Dissertation 18.0 Dissertation 18.0

2nd year, 2nd semester 2nd year, 2nd semester


Dissertation 18.0 Dissertation 18.0



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ELECTRONICS AND TELECOMMUNICATIONS AND COMPUTERS ENGINEERING - GRADUATION STUDY PLAN 1st YEAR 1st SEMESTER 2nd SEMESTER


Mathematical Analysis I 7.0 Object Oriented Programming 6.0

Linear Algebra and Analytic Geometry 6.0 Logic and Digital Systems 6.0Circuit Analysis 6.0 Mathematical Analysis II 7.0Programming 6.0 Electronics I 6.0Physics Applied to Electronics 5.0 Mathematics Applied to

Telecommunications5.0



Probabilities and Statistics 5.5 Computer Networks 6.0Computers Architecture 6.0 Imperative Programming with C and C ++ 6.0

Signals and Systems 6.5 Fundamentals of Telecommunications 6.0Electronics II 6.0 Propagation and Radiation 6.0Applied Electromagnetism 6.0 Analog and Digital Electronics Systems I 6.0



Operating Systems 6.0 Project 7.0Option 1 Option 2

Control 6.0 Economy and Project Managment 6.0 Radio Communications 6.0 Management Systems 6.0Internet Networks 6.0 Option 3 6.0Digital Communications Systems 6.0 Terrestrial and Satellite Communications 6.0Telecommunications Systems 6.0 Instrumentation 6.0Analog and Digital Electronic Systems II 6.0 Digital Signal Processing 6.0Virtual Environments of Execution 6.0 Analog and Digital Programmable

Electronic Systems6.0

Embedded Systems I 6.0 Advanced Networks 6.0Databases 6.0 Distributed Computational Systems 6.0

Embedded Systems II 6.0



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ELECTRONICS AND TELECOMMUNICATIONS AND COMPUTERS ENGINEERING -MASTER STUDY PLAN 1st YEAR 1st SEMESTER 2nd SEMESTER

CURRICULAR UNITS ECTS CURRICULAR UNITS ECTSOption - choose 5 CU Option - Choose 4 CU

Control 6.0 Ondas/Microwave Circuits 6.0State Space Control 6.0 Digital and Digital/Analog Converters 6.0Optoelectronic 6.0 Fundamentals of Robotics 6.0Analog and Digital Electronic Systems II 6.0 Microelectronics 6.0Electronic Systems for Signal Conditioning 6.0 Programmable Analog and Digital Electronic

Systems6.0

Electronic Systems for Telecommunications 6.0 Electronic Systems for Signal Processing 6.0Antennas 6.0 Codification of Multimedia Signals 6.0Mobile Communications 6.0 Terrestrial and Satellite Communications 6.0Computer Networks Design 6.0 Digital Signal Processing 6.0Radio Communications 6.0 Access Networks 6.0Internet Networks 6.0 Mobile Communication Networks 6.0Networks and Services of Multimedia Communication

6.0 Computer Network Security 6.0

Digital Communication Systems 6.0 Advanced Networks 6.0Telecommunication Systems 6.0 Digital Teledifusion 6.0Broadband Transmission Systems 6.0 Databases 6.0 Virtual Environments of Execution 6.0 Internet Programming 6.0Complements of Distributed Systems 6.0 Distributed Computational Systems 6.0Embedded Systems I 6.0 Embedded Systems II 6.0

Option - Choose 1 CUEconomy and Project Management 6.0Management and Organization 6.0Management Systems 6.0


CURRICULAR UNITS ECTS CURRICULAR UNITS ECTSOption Dissertation 42.0

State SpaceControl 6.0Optoelectronic 6.0Design of Integrated Circuits 6.0Mobile Robotics 6.0Integrated Analog and Digital Electronic Systems

6.0

Electronic Systems for Telecommunications 6.0Antennas 6.0Mobile Communications 6.0Planning and Optimization of Mobile Networks 6.0Computer Networks Design 6.0 Networks and Services of Multimedia Communication

6.0

Networks and Systems Integration 6.0Software Defined Telecommunication Systems 6.0 Optical Communication Systems 6.0Content Distribution Networks 6.0Broadband Transmission Systems 6.0Complements of Distributed Systems 6.0Simulation Models 6.0


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COMPUTER SCIENCE AND COMPUTER ENGINEERING - GRADUATION STUDY PLAN 1st YEAR 1st SEMESTER 2nd SEMESTER


Mathematics I 6.0 Mathematics II 6.5Linear Algebra and Analytic Geometry 6.0 Probability and Statistics 5.5Electronics 6.0 Hardware and Software Laboratory 6.0Programming 6.0 Object Oriented Programming 6.0Logic and Digital Systems 6.0 Computers Architecture 6.0



Communications 6.0 Computer Networks 6.0Algorithms and Data Structures 6.0 Virtual Execution Systems 6.0Computer Systems Programming 6.0 Operating Systems 6.0Information Systems I 6.0 Software Laboratory 6.0Option A 6.0 Opção B 6.0



Information Systems II 6.0 Project and Seminary 18.0Concurrent Programming 6.0 Option 12.0Internet Programming 6.0Option C 12.0

OPTIONAL COURSE UNITS


Logics and Computation 6.0 Compilers 6.0 Embedded Systems II 6.0

Computer Graphics 6.0Artificial Intelligence 6.0 Programming for Mobile

Devices6.0

Functional Programming 6.0Modelling and Design Patterns

6.0 Digital Signal and Image Processing

6.0

Computer Security 6.0Multimedia Systems 6.0 Computer Systems Pro-

gramming6.0

Internet Networks 6.0Distributed Systems 6.0 Economy and Project Man-

agement6.0

Embedded Systems I 6.0 Advanced Networks 6.0 Management Systems 6.0



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COMPUTER SCIENCE AND COMPUTER ENGINEERING - MASTER STUDY PLAN 1st YEAR 1st SEMESTER 2nd SEMESTER


Software Engineering 6.0 Distributed Systems Infra-structures 6.0Option - choose 4 CU Option - Choose 4 CU

Complementary Topics on Information Systems 6.0 Advanced Networks 6.0Machine Learning 6.0 Decision Support Information Systems 6.0Multimedia Networks and Services 6.0 Artificial Intelligence 6.0Economy and Project Management 6.0 Embedded Systems II 6.0Real Time Signal Processing 6.0 Advanced Computer Architecture 6.0Embedded Systems I 6.0 Computer Network Security 6.0Internet Networks 6.0 Programming for Mobile Devices 6.0Data Coding and Compression 6.0 Advanced Operating Systems 6.0Complementary Topics on Artificial Intelligence 6.0 Knowledge Representation and Processing 6.0Compilars 6.0 Decision Support Information Systems 6.0Distributed Systems 6.0

2nd YEAR

CURRICULAR UNITS ECTSOption

Information System Architectures 6.0Dissertation or project 42.0

Option Networks Design 6.0Systems Integration 6.0



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COMMUNICATION NETwORkS AND MULTIMEDIA ENGINEERING - GRADUATION STUDY PLAN 1st YEAR 1st SEMESTER 2nd SEMESTER


Linear Algebra and Analytic Geometry 6.0 Probabilities and Statistics 5.5Mathematical Analysis I 7.0 Mathematical Analysis II 7.0Introduction to Information Technology 5.5 Digital Signal Processing 6.0Programming 6.0 Object Oriented Programming 6.0Physics I 5.5 Physics II 5.5



Digital Communication Systems 6.0 Computer Networks 6.0Numerical Methods and Optimization 6.0 Modelling and Simulation 6.0Control of Dynamic Systems 6.0 Multimedia Data Coding 6.0Complementary Topics on Programming 6.0 Fundamentals of Artificial Intelligence 6.0Architectures and Computational Infrastructures

6.0 Operating Systems 6.0



Internet Networks 6.0 Multimedia Networks and Services 6.0Computer Graphics and Virtual Worlds 6.0 Multimedia Authoring 6.0Machine Learning 6.0 Image and Video Processing 6.0Databases 6.0 Option: Advanced Networks 6.0Distributed Computational Systems 6.0 Option: Software Engineering 6.0

Option: Information Retrieval 6.0

Option: Enterprises Organization andManagement

6.0



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COMMUNICATION NETwORkS AND MULTIMEDIA ENGINEERING - MASTER STUDY PLAN 1st YEAR 1st SEMESTER 2nd SEMESTER


Content Distribution Networks 6.0 Computer Networks Security 6.0Machine Learning and Data Mining 6.0 Interactive Multimedia Applications 6.0Multimedia Computational Infrastructures 6.0 Computer Vision 6.0Option: Advanced Networks Technology 6.0 Option: Speech Processing 6.0Option: Complements of Distributed Systems 6.0 Option: Information Retrieval 6.0Option: Software Engineering 6.0 Option: Mobile Robotics 6.0Option: Digital Broadcasting 6.0 Option: Computer Networks Project 6.0Option: Audio Systems 6.0


CURRICULAR UNITS ECTS CURRICULAR UNITS ECTSProject or Dissertation 12.0 Project or Dissertation 30.0Geographical and Multimedia Information 6.0Option: Network Design 6.0Option: Autonomous and Adaptive Systems 6.0Option: Economics and Project Management 6.0



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Normal duration of the 1st cycle: 180 ECTS and a normal length of 3 years of students’ work.The cycle of studies works in daytime (D) and after-working hours shift (N) with the same plan of study.Working students enrolled in daytime can attend the after-working hours shift.

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ChEMICAL AND BIOLOGICAL ENGINEERING - GRADUATION STUDY PLAN 1st YEAR 1st YEAR 1st SEMESTER 2nd SEMESTER


Calculus I 6.5 Calculus II 6.5

Algebra and Analytical Geometry 6.0 Fundamentals of Mechanics 5.5

Chemistry I 5.5 Chemistry II 4.5

Introduction to Engineering 4.0 Organic Chemistry 6.0

Chemical Analysis 4.0 Statistical Data Analysis 4.0

Integrated Laboratory 1 4.0 Integrated Laboratory 2 3.5

ChEMICAL ENGINEERING BRANCh BIOLOGICAL ENGINEERING BRANCh ENVIRONMENTAL ENGINEERING BRANCh

2nd YEAR - 3rd SEMESTER


Calculus III 5.5 Calculus III 5.5 Calculus III 5.5

Electromagnetism and Optics 5.5 Electromagnetism and Optics 5.5 Electromagnetism and Optics 5.5

Thermodynamics 5.5 Thermodynamics 5.5 Thermodynamics 5.5

Organic Chemistry II 5.5 Organic Chemistry II 5.5 Pollution 5.5

Fundamentals of Chemical Processes 5.0 Fundamentals of Chemical Processes 5.0 Fundamentals of Chemical Processes 5.0

Integrated Laboratory 3 3.0 Integrated Laboratory 3 3.0 Integrated Laboratory 3C 3.0

2nd YEAR - 4th SEMESTER


Numerical Calculus 5.0 Numerical Calculus 5.0 Numerical Calculus 5.0

Chemical Engineering Thermodynamics 4.5 Physical Chemistry 4.5 Ecology 5.5

Transport Phenomena I 5.0 Transport Phenomena I 5.0 Transport Phenomena I 4.0

Physical Chemistry 4.5 Biology 6.5 Biology 6.5

Methods of Analysis 6.5 Methods of Analysis 4.5 Environmental Methods of Analysis 4.5

Integrated Laboratory 4A 4.5 Integrated Laboratory 4B 4.5 Integrated Laboratory 4C 4.5

3rd YEAR - 5th SEMESTER


Transport Phenomena II 4.0 Transport Phenomena II 4.0 Transport Phenomena II 4.0

Solid Fluid Operations 5.0 Biochemistry 4.5 Solid Fluid Operations 4.5

Process Control and Instrumentation 5.0 Process Control and Instrumentation 5.0 Hydrology 6.0

Economics and Management 5.5 Economics and Management 5.0 Economics and Management 6.0

Environmental Technologies and Safety 6.0 Microbiology 6.0 Microbiology B 5.0

Integrated Laboratory 5A 4.5 Integrated Laboratory 5B 5.5 Integrated Laboratory 5C 4.5

3rd YEAR - 2nd SEMESTER


Control Methods and Quality Management 5.0 Control Methods and Quality Management 6.0 Integrated Waste Management 4.5

Chemical Reaction Engineering 7.0 Fermenters’ Technology 5.5 Chemical and Biological Reactors 7.0

Separation Processes 5.5 Separation Processes 4.5 Wastewater Treatment Processes 6.0

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ChEMICAL AND BIOLOGICAL ENGINEERING - MASTER STUDY PLAN 1st YEAR 1st SEMESTER 2nd SEMESTER


Applied Mathematics for Engineers 4.5 Process Optimization 6.0Industrial Chemistry 6.0 Process Integration 5.5Advanced Separation Processes 5.0 Systems Modelling 5.5Catalysis and Heterogeneous Chemical Reactors 6.5 Chemical Engineering Laboratory 2 3.5Chemical Engineering Laboratory 1 3.5 Process and Product Design 5.0Option: Monitoring and Environmental Control 4.5 Option: Processing and Preservation of Foods 4.5Option: Experimental Design 4.5 Option: Information Management and Decision

Support Systems4.5

Option: Corrosion and Materials Protection 4.5 Option: Polymer Science and Technology 4.5


CURRICULAR UNITS ECTS CURRICULAR UNITS ECTSOrganization and Management 5.0 Dissertation, stage or project 30.0Advanced Control Systems 4.5Option: Strategic Management and Marketing 4.5Option: Natural and Technology Risk Management 4.5Option: Petroleum Refining and Petrochemicals Processing

4.5

Dissertation, stage or project 16.0

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MEChANICAL ENGINEERING - GRADUATION STUDY PLAN 1st YEAR 1st SEMESTER 2nd SEMESTER


Applied Linear Algebra 6.0 Vector Analysis and Differential Equations 7.0Mathematical Analysis 7.0 Physics II 5.5Materials Science 6.0 Applied Mechanics 5.5Physics I 4.0 Object Oriented Programming 6.0Introduction to Programming 4.0 Mechanical Drafting I 4.0Option: Technical English 3.0 Electrical Technology 4.0Option: Computer Aided Drawing 3.0 Applied Chemistry 4.0



Numerical Methods 4.5 Engineering Applied Statistics 5.5Thermodynamics 5.5 Applied Thermodynamics 5.5Electrical Machines Fundamentals 4.0 Mechanics of Materials II 5.5Mechanical Drafting II 5.0 Fluid Mechanics 5.5Mechanical Technology I 5.5 Electronics and Instrumentation 4.0Mechanics of Materials I 5.5 Occupational Safety and Heath 4.0



Mechanical Technology II 5.0 Mechanical Design 6.0Air Conditioning Basics 5.5 Maintenance Management 5.0Heat Transfer 5.5 Quality Management 5.0Reciprocating Engines 5.0 Fluid Networks 5.0Elements of Machine Design 4.5 Automation of Industrial Processes 4.0Seminar I - Introduction to MechanicalDesign

0.5 Seminar II - Ethics and Professional Deontology

1.0

Option: Computer Aided Design andManufacturing

4.0 Option: Air Conditioning EquipmentTechnologies

4.0

Option: Aerodynamics 4.0 Option: Composite Materials 4.0Option: Non-Destructive Tests 4.0 Option: Thermal Equipments 4.0Option: Organization, Management andEntrepreneurship

4.0 Option: Structural Integrity 4.0

Option: Cold Production 4.0 Option: Operation Management 4.0Option: Fluid Power Systems 4.0 Option: Welding Technology 4.0



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MEChANICAL ENGINEERING - MASTER STUDY PLAN

Profile of Manufacturing, Design and Maintenance Profile of Energy, Refrigeration and HVAC 1st year, 1st semester 1st year, 1st semester


Optimization Applied To Engineering 6.5 Optimization Applied to Engineering 6.5

Sensors And Actuators 5.5 Sensors and Actuators 5.5

Solid Mechanics 6.5 Turbo-Machines 6.5

Welding And Joining Processes 6.5 Refrigeration 6.5

Option: Environment and Sustainable 5.0 Option: Environment and Sustainable Development 5.0

Option: Development 5.0 Option: Logistics 5.0

Option: Electrical Power Aplications 5.0 Option: Computational Fluid Mechanics 5.0

Option: Noise And Vibrations 5.0 Option: Noise and Vibrations 5.0

1st year, 2nd semester 1st year, 2nd semester CURRICULAR UNITS ECTS CURRICULAR UNITS ECTS

Control of Automatic Systemes 6.5 Automatic Control Systems 6.5

Total Productive Maintenance And Lean Management

6.5Electromechanical Systems

6.5

Fracture Mechanics 7.0 Energy Production and Management 7.0

Option: Finite Element Method 5.0 Option: Renewable Energy Applications 5.0

Option: Programmable Logic Controllers 5.0 Option: Programmable Logic Controllers 5.0

Option: Reliability 5.0 Option: Ventilation 5.0

Option: Aircraft Maintenance 5.0 Option: Cooling Plants 5.0

Option: Technical Installations Maintenance 5.0 Option: Technical Installations Maintenance 5.0

Option: Automotive Technic And Management 5.0 Option: Hydraulic Machines 5.0

Option: Automotive Technic and Management 5.0

2nd year, 1st semester 2nd year, 1st semester CURRICULAR UNITS ECTS CURRICULAR UNITS ECTS

Condition Monitoring 6.0 Condition Monitoring 6.0

Tribology 6.0 Special Technical Installations 6.0

Dissertation, Project or Professional Stage 13.0 Dissertation, Project or Professional Stage 13.0

Option: Project Evaluation and Management 5.0 Option: Project Evaluation and Management 5.0

Option: Marketing 5.0 Option: Marketing 5.0

Option: Industrial Robotics 5.0 Option: Computational Fluid Mechanics 5.0

Option: Computer Aided Design of Mechanical Systems 5.0 Option: Buildings Energy Management 5.0

2nd year, 2nd semester 2nd year, 2nd semesterCURRICULAR UNITS ECTS CURRICULAR UNITS ECTS

Dissertation, Project or Professional Stage 30.0 Dissertation, Project or Professional Stage 30.0



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MAINTENANCE ENGINEERING - MASTER STUDY PLAN 1st YEAR 1st SEMESTER 2nd SEMESTER


Optimization Applied To Engineering 6.5 Automatic Control Systems 6.5Information Systems for Maintenance 6.0 Fracture Mechanics 7.0Mechanics of Solids 6.5 Reliability and Maintainability 6.5Corrosion and Surface Treatments 6.0 Noise and Vibrations 5.0Option: Mechanics of Materials 5.0 Option: Electrical Pow er Aplications 5.0Option: Power Electronics 5.0 Option: Energy Audits 5.0Option: Integrated Quality and Standards 5.0 Option: Advanced Topics of Maintenance 5.0


CURRICULAR UNITS ECTS CURRICULAR UNITS ECTSTotal Productive Maintenance and LeanManagement

6.5 Dissertation / Project / Professional Stage 30.0

Tribology 6.0Inspection and Maintenance 5.5Dissertation / Project / Professional Stage 12.0

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ABOUTLISBON

Legend has it that Lisboa was founded by Ulysses. The name comes from “Olissipo”, which has its origins in the Phoenician words “Allis Ubbo”, meaning “enchanting port”. Most likely it was founded by the Phoenicians and styled by the Moores which shows in the strong Arabic influences. It was, after all, ruled by the Moors for 450 years. In the 12th century the Christians re conquered the city but it was not until the mid 13th century that Lisboa became the country’s capital.With the beginning of the Portuguese Age of Discoveries, Lisboa enriched as a spice and jewellery trade centre.The breakthrough for Portuguese expansion came in 1498 when Vasco da Gama discovered the sea route to India. This was indeed the beginning of a golden age, characterised by the Manueline architectural style named after King Manuel I, with its typical decorative use of maritime motifs. Over the centuries Lisboa naturally grew and changed. When the city centre was almost completely destroyed by the earthquake of 1755, it was rebuilt by Marquise de Pombal, who thus created the Baixa Pombalina, a commercial area that still retains much of its original lay out. Lisboa is a historic capital, a potpourri of unusual character and charm, where 800 years of cultural influences mingle with modern trends and life styles creating spectacular contrasts.

The Lisbon region is the perfect destination for an intense and well-rounded trip. Diversity is the region’s principal hallmark. It has extensive beaches ideal for sunbathing or water sports, luxurious and protected landscapes, fields used to breed horses and bulls, monuments classified as World Heritage sites by UNESCO, and picturesque rural landscapes. The World Heritage site of Sintra, is one of Portugal’s most luxurious and romantic towns - that has served as a great source of inspiration for poets and writers. Estoril/Cascais - a privileged zone for lovers of the sea, golf and charm.Further north, in addition to Fátima - a world-famous pilgrimage site - the region has three key monuments that have been classified as World Heritage sites by UNESCO: the Monastery of Alcobaça, the Monastery of Batalha and the Convent of Christ, the former home of the Knights Templar.Other key sites in the region, include the mediaeval town of Óbidos and Santarém, which in addition to its fine architectural heritage, is the centre of horse and bull-breeding in Portugal.Travelling south we reach the River Sado and discover the beauty of its riverbanks. Its unique estuary, bordered by the beaches of Tróia, Arrábida mountains and Setúbal, is one of the most beautiful in Portugal. It’s still possible to see dolphins swimming in the waters, but the estuary’s greatest riches lie on its banks, above all in terms of natural beauty.

Lisbon is a cosmopolitan capital, with a vast cultural offer and regular events throughout the year. The city is also proud to maintain its traditions - including fado and Lisbon’s popular festivities.But what truly makes the city unique is its history - spanning back thousands of years and immortalised through its monuments, ranging from Roman Lisbon, Moorish Lisbon and the echoes of Imperial Lisbon. Whether in the Castelo neighbourhood - where the city began - or the monumental zone of Belém, which houses the city’s greatest icons – the Monastery of Jerónimos and the Tower of Belém - we suggest you follow our cultural itineraries in order to take a trip through Lisbon’s rich history. The journey includes Lisbon’s museums – such as the National Museum of Ancient Art and the Berardo Museum - an important contemporary art museum –together with other museums that are unique at the world level – the Coach Museum, Azulejo Tile Museum and Fado Museum.

Lisbon is famous for its unique light, atmosphere and climate – enabling wonderful trips to be made throughout various parts of the city – follow our itineraries, on foot or by tram. Enjoy a bit of shopping in Lisbon’s wide variety of shops. You can buy anything in Lisbon - ranging from traditional shops to large shopping centres, and from Portuguese brands to international brands. There’s no need to hurry, time in Lisbon should be savoured with calm, in a park or belvedere, an esplanade or traditional café, where you can soak up the general atmosphere, in the midst of great company and plentiful sunshine. The city is transformed at night, and zones such as the Bairro Alto, Santos, Docas and 24 de Julho, spring to life with a wide array of all restaurants, bars and discotheques where you can party until dawn. Afterwards, you’ll need to relax again on a tranquil esplanade or belvedere.

Due to the city’s proximity to the sea, the local gastronomy includes delicious fish and shellfish dishes, celebrated in the annual “Lisbon Fish Flavours” festival. There are 1001 ways to prepare cod – all of them irresistible. In Lisbon, you’ll also find the finest Mediterranean cuisine - including bread, olive oil, cheese, sausages and a wide variety of snacks. In the Autumn you’ll be surprised by the enchanting aroma of roasted chestnuts sold on the streets.

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wE ARE ThINkING IN

ThE FUTURE

wE ARE ThINkING IN

ThE FUTURE This prospectus provides details about ISEL graduate and postgraduate courses for international students. Every effort has been made to ensure the information contained in this publication is accurate and current at the date of printing. ISEL accepts no responsability for any error or omission. Any information contained in this prospectus is subject to change from time to time.ISEL reserves the right to alter, change or discontinue programs, courses ans curricular units without notice.It is responsability of the student to check and confirm all general and specific program information prior to lodging an application and enrolment.For the most up-to-date information, please refer to the ISEL website. Visit www.isel.pt.

www.isel.pt

For more information

Instituto Superior de Engenhariade Lisboa

Rua Conselheiro Emídio Navarro, nº 1 – 1959-007 LISBOAPhone: +351 21 831 70 00

Email: [email protected]

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