The programme Civil Engineering covers three academic years. An academic year is divided into four quarters with a schedule of ten weeks. Holidays and teaching weeks are marked in the academic calendar of the UT. The study burden for a quarter is 15 European Credits (EC). 

The curriculum of the Civil Engineering bachelor’s programme consists of 180 EC. A year (60 EC) consists of four thematic modules (15 EC each). For each module, you will receive a module grade, consisting of interconnected components. For each part of a module you will receive a test grade, which is made up of partial grades. The webpage Rules and Procedures contains more information on the Students’ Charter, the Binding Recommendation (BSA), the entry requirements for the minor, and the entry requirements for module 11 and 12.

The first year of the programme offers an introduction into Civil Engineering and covers the three core themes: building, water and traffic. The second year of the programme consists of modules with integrated topics. The third year of the programme consists of the minor (elective space) and the graduation semester.

MODULE 1

MODULE 2

MODULE 3

MODULE 4

INTRODUCTION TO CIVIL ENGINEERING

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WATER MANAGEMENT

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TRAFFIC & TRANSPORT

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DESIGN OF CONSTRUCTIONS

Introduction to Mathematics + Calculus 1A

Calculus 1B

Linear Algebra

Calculus 2

Fundamentals of Civil Engineering

Fluid Mechanics

Traffic and Transport Theory

Professional Skills

Construction Materials

Water

Traffic and Transport Project

Mechanics 2

Matlab 1 

Policy Processes 


Design of Constructions Project

Structural Mechanics 1 

Project Blue Nile



Civil Engineering Design Project

Practical




MODULE 5

MODULE 6

MODULE 7

MODULE 8





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SAFETY AND RISKS IN DELTAS

SUSTAINABLE CIVIL ENGINEERING

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AREA DEVELOPMENT

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MODELLING & ANALYSIS OF STOCHASTIC PROCESSES

Soil Mechanics

Design, Engineering and Materials 

Theory, Policy and Practice

Traffic Flow Dynamics and Simulation

Fluid Mechanics

Engineering for Sustainable Development

Spatial Economic Development

Project Micro Simulation of Traffic Flow

Watermanagement


Policy and Law

Simulation and Heuristics

Vector Calculus


Practical GIS

Project Simulation and Heuristics

Project Water Safety


Project Area Development

Multidisciplinary Project


 




MODULE 9

MODULE 10

/MODULE 11

/MODULE 12

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MINOR

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MINOR

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PREPARATION BSC-THESIS CE

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BSC-THESIS

Minor

Minor

Production of Knowledge

BSc-Thesis



BSc-thesis Proposal and Evaluation

More information on BSc-thesis, click here


Codes per module 2018-2019

Module 1: 201700150      Module 5: 201700181

Module 2: 201800152      Module 6: 201800169

Module 3: 201700152      Module 7: 201700283

Module 4: 201700153      Module 8: 201400147

Module11: 201500311    Module 12: 201500312 

Links