Esta página em português Ajuda Autenticar-se

Você está em: Start > Cursos/CE > CIVD > Informação para Candidatos

Cursos

Undergraduate in Civil Engineering

Dados Gerais

Código Oficial:	9089
Sigla:	CIVD

Diplomas

Undergraduate in Civil Engineering (180 Créditos ECTS)

Unidades Curriculares

Tronco Comum

Linear Algebra

CVD001 - ECTS

Mathematical Analysis I

CVD002 - ECTS

Technical Drawing

CVD003 - ECTS

With the "Technical Drawing" the student should acquire a basic training in the field of technical drawing and develop a flexibility in understanding and implementation of designs, necessary for its future path. Another objective is to learn assisted computer drawing.

Mechanics A

CVD004 - ECTS

Chemistry A

CVD005 - ECTS

Civil Engineering Seminars

CVD006 - ECTS

This is an integrated course unit and preparation for the course and aims to provide a vision of what is the activity of a civil engineer and develop methodological skills essential to academic and professional performance. As general objectives, the familiarization of students with the activities that engineers perform and the various aspects and specificities of the acts of Civil Engineering. After completion of the unit course the students should be able to understand and formulate arguments and problems that civil engineers face in various aspects of its activity. The students should be also able to solve the problems, find and describe the most appropriate procedures for resolution, to make reports, to present the cases and draw conclusions.

Analysis of Statically Determined Structures

CVD007 - ECTS

Mathematical Analysis II

CVD008 - ECTS

Cartography

CVD009 - ECTS

The student should be able to read, interpret and take measurements on topographical plans, to interpret the landforms, interpolate spot heights, determine slopes, profiling, calculating areas and volumes. The student must have notions of Geodesy and Cartography: natural coordinates, geodetic coordinates, methods of coordinate transformation, , national cartographic infrastructure, systems of national map projection. The student should know and use the topographic equipment (optical level, theodolite, GNSS equipment), and about the main methods of topographic positioning (leveling and coordinate transportation) should know and prepare a short topographic surveying. The student to know some notions of Photogrammetry, Remote Sensing and Geographic Information Systems.

Engineering Geology

CVD010 - ECTS

Informatics and Programming

CVD012 - ECTS

Probabilities and Statistics

CVD011 - ECTS

General Hydraulics

CVD013 - ECTS

Students will discover the basic principles of Fluid Mechanics, and will comprehend its different applications in Hydraulics, most specifically in what civil engineering is concerned. With this discipline, students will be able to solve current hydraulic problems, namely in hydrostatics and circuits under pressure, to identify more complex problems that will require a specialized support, and to enroll a technical description of the problem with such a specialist. This discipline is complemented with Hydraulics II.

Students should develop their competences in work planning and team work. It is fundamental that they work on their reporting skills, mainly in writing, and that they improve their responsibility and commitment as far as deadlines are concerned. This curricular unit is a basic science for a civil engineer, so students must assure

Construction Materials A

CVD014 - ECTS

Soil Mechanics

CVD015 - ECTS

Construction Processes I

CVD016 - ECTS

Strength of Materials I

CVD017 - ECTS

Building Physics

CVD018 - ECTS

Applied Hydraulics

CVD019 - ECTS The aim of the curricular unit is to introduce students to the urban water cycle and its infra-structures, in its quantity and quality aspects, including basic knowledge of water treatment. In this discipline, the student will complement the competences acquired in Hydraulics I and II and learn about procedures to solve real problems. Students will be able to perform engineering design of water supply and sewer systems and its interference with the water cycle. Students should develop their competences in work planning and team work. Work planning has a special emphasis in this curricular unit, as milestones are established all through the term. They should be able to research for contents on their own, in this area. They must understand all the possibilities there are for a civil engineer to intervene and when they should interact with other specialists. Students must assure their individual knowledge in the area.

Territorial Planning and Management

CVD020 - ECTS

Construction Processes II

CVD021 - ECTS

Strength of Materials II

CVD022 - ECTS

It is intended that the students acquire basic skills and knowledge in the field of Mechanics of Materials: (i) evaluate stresses, strains and displacements in linear prismatic frame elements under biaxial bending and shear;(ii) evaluate the central core and shear centre of cross-sections;(iii) apply material yield criteria to threedimensional problems with compound forces; (iv) evaluate critical axial force of isolated columns and columns in a framework; (v) evaluate bearing load of columns according to EC3.

Structural Concrete

CVD023 - ECTS

Transport Infrastructure

CVD027 - ECTS

Technical Building Services Installations

CVD026 - ECTS

Modeling and Structural Analysis

CVD024 - ECTS

Planning and Management of Projects I

CVD025 - ECTS

Structural Design

CVD028 - ECTS

Entrepreneurship

CVD032 - ECTS Understand the concept of entrepreneurship
Relate entrepreneurship with innovation
Understand the importance of entrepreneurship
Discuss n the concept of corporate entrepreneurship
Aplly the management tools to analyse environoment, strategy, marketing and financial plan
Develop a business model

Steel and Composite Structures

CVD029 - ECTS

Professional English

CVD033 - ECTS

Planning and Management of Projects II

CVD030 - ECTS

Construction Health and Safety

CVD031 - ECTS

Recomendar Página Voltar ao Topo