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INFORMATION MASTER’S PROGRAMMES CEM AND CME (FOR BSC STUDENTS CIVIL ENGINEERING)
CIVIL ENGINEERING AND MANAGEMENT
CONSTRUCTION MANAGEMENT AND ENGINEERING
SANDER SIEBELINK, PROGRAMME COORDINATOR
NOVEMBER 2016
WHAT IS CIVIL ENGINEERING?
Coastal Protection
Water management
Land reclamation
Large buildings
Bridges
Construction management
Infrastructure
Mobility
2 MSC PROGRAMMES IN CIVIL ENGINEERING AT UT
Objective
Civil Engineering at the University of Twente operates at the interfaces of
Civil Engineering, Public Administration and Management Science
The MSc-programmes aim to teach students qualitative and quantitative
knowledge on the life cycle of civil engineering systems and objects, with a
particular focus on the initial phase, the phase of the conceptual or functional
design, and the operation and maintenance phase – all in a societal and
environmental context.
Civil Engineering and Management
Construction Management and Engineering ( )
2 MSC PROGRAMMES IN CIVIL ENGINEERING AT UT
Objective
Civil Engineering at the University of Twente operates at the interfaces of
Civil Engineering, Public Administration and Management Science
The MSc-programmes aim to teach students qualitative and quantitative
knowledge on the life cycle of civil engineering systems and objects, with a
particular focus on the initial phase, the phase of the conceptual or functional
design, and the operation and maintenance phase – all in a societal and
environmental context.
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Civil Engineering and Management
Construction Management and Engineering ( )
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CIVIL ENGINEERING AND MANAGEMENT
Broad technical engineering Master’s programme
Unique combination of engineering and management
4 specializations / 10 profiles
tailor made programme
Renowned research
Highly appreciated by the
professional field
Cooperation with TU Delft and TU Eindhoven
Comparable to the Construction specialization within CEM
Specializations per location
Possibility to take courses at TU Delft and TU Eindhoven
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CONSTRUCTION MANAGEMENT AND ENGINEERING
PROGRAMME STRUCTURE
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Two years, full time
English
Deficiency programme (for HBO or non-CiT students)
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PROGRAMME STRUCTURE CEM AND CME
SPECIALIZATIONS AND PROFILES OVERVIEW
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earlier) then ‘Header and Footer’
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SPECIALIZATIONS AND PROFILES
Construction
Management
Engineering
Transport
Engineering
Management
Water
Engineering
Management
Integrated Civil
Engineering
Systems
CME - Delft
CME -
Eindhoven
UT - CEM
4TU - CME
Construction Management and Engineering
- Profile: Markets and Organizations in Construction
- Profile: Design Management in Construction
Transport Engineering and Management
- Profile: Transport planning and modelling
- Profile: Smart Transport Systems
Water Engineering and Management
- Profile: Integrated Water Management
- Profile: River and Coastal Engineering
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CIVIL ENGINEERING AND MANAGEMENT (CEM) 3 SPECIALIZATIONS ON A SPECIFIC DISCIPLINE
Transport Engineering and Management - Profile: Transport planning and modelling
- Profile: Smart Transport Systems
Integrated Civil Engineering Systems
- Profile: Sustainability
- Profile: Modelling and Forecasting
- Profile: Civil Engineering Structures
- Profile: Smart Cities
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CIVIL ENGINEERING AND MANAGEMENT (CEM) ONE SPECIALISATION ON A SPECIFIC THEME
First choose a specialization, then choose a profile
A profile consists of:
Profile Courses (minimum 30 EC)
Profile Electives
Free Electives (maximum of 15 EC)
MSc-thesis on a topic within your profile:
preparation MSc-thesis (7,5 EC) + MSc-thesis project (30 EC)
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SPECIALIZATIONS AND PROFILES
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earlier) then ‘Header and Footer’
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TRACK-COORDINATORS
Water Engineering
and Management
Denie Augustijn
Construction
Management and
Engineering
Hans Boes
Transport
Engineering and
Management
Eric van Berkum
Integrated Civil
Engineering
Systems
Jord Warmink
SPECIALIZATIONS AND PROFILES DETAILS
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earlier) then ‘Header and Footer’
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CONSTRUCTION MANAGEMENT AND ENGINEERING Design Management / Markets and Organisations in Construction
Profile Courses:
Research Methodology and Academic Skills
Legal and Governance Aspects
Planning and Process Management
Project Management
Collaborative Design and Engineering
CONSTRUCTION MANAGEMENT AND ENGINEERING
Design Management in construction
Design methods
Design tools
Design solutions
Examples of Profile Electives
Building Information Modelling and 5D-planning
Industrialization and Innovation in Construction
Sustainable Building
Product Life Cycle (IDE)
Scenario Based Product Design (IDE)
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CONSTRUCTION MANAGEMENT AND ENGINEERING
Design Management in construction
CONSTRUCTION MANAGEMENT AND ENGINEERING
Markets and organization in construction
Procurement + supply chain
Markets & organisations
Infrastructure management
Figure 3.2 Consortium participants related to the Special Purpose Company (based on
Yescombe, 2002; Asenova et al, 2003; HM Treasury 2003)
Project
Company
Concession
agreement Client: public
actor
Construction
contractor
Company
Facilities
management
operator
Investors
Lenders
Advisors Users of public
services
Construction
contract
Operation & maintenance
contract
Equity finance
Project finance
debt
Examples of Profile Electives
Procurement Strategies and Tendering
Supply Chain Management and ICT
Markets and Organisations in Construction
Industrialization and Innovation in Construction
Cost Management and Engineering (IEM)
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CONSTRUCTION MANAGEMENT AND ENGINEERING
Markets and Organisations in construction
CONSTRUCTION MANAGEMENT AND ENGINEERING
Which profile to choose?
Design Management
if interested in:
How the design process takes
place from beginning to end
How you can manage the
design process
Use of tools and methods
Markets and organizations
if interested in:
How organisations deal with one
another
How to manage relationships
in/between organisations
Broader organisational / strategic
issues for entire sector
Profile Courses:
Planning and Process Management
Transport Modelling
Land Use and Transport Interaction
Sustainable Transport
Transport Research Project
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TRANSPORT ENGINEERING AND MANAGEMENT
Transport planning and modelling
Examples of Profile Electives:
Mathematical Optimization in Transport
Infrastructure Management
Data Science (EWI)
Methods of Sustainability Assessment (PA)
Simulation (IEM)
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TRANSPORT ENGINEERING AND MANAGEMENT
Transport planning and modelling
Mathematical Optimization in Transport
Profile Courses:
Mathematical Optimization in Transport
Traffic Operations
Traffic Management
Intelligent Transport Systems
Transport Research Project
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TRANSPORT ENGINEERING AND MANAGEMENT
Smart Transport Systems
Examples of Profile Electives:
Technology and Sustainable Development (SET)
Electric Vehicle System Design (IDE)
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TRANSPORT ENGINEERING AND MANAGEMENT
Smart Transport Systems
Public Transport in Urban Areas
Sustainable Transport
TRANSPORT ENGINEERING AND MANAGEMENT
Which profile to choose?
Transport planning and modelling
if interested in:
Area development
(urban) planning
Transport networks
Public transport
Smart transport systems
if interested in:
Traffic flows
Smart vehicles
Behavioural issues
Profile Courses:
Hydrology
Design Project Water
Integrated Water Management
Tools for Water Policy Analysis
Water Footprint Assessment
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WATER ENGINEERING AND MANAGEMENT
Integrated water management
Examples of Profile Electives:
Water Systems
Data Analysis in Water Engineering & Management
Planning and Process Management
Infrastructure Management
Policy Analysis (PA)
Economic Methods of Sustainability
Assessment (PA)
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WATER ENGINEERING AND MANAGEMENT
Integrated water management
Profile Courses:
Mathematical physics of water systems
Water systems
Hydrology
River dynamics
Marine dynamics
Morphology
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WATER ENGINEERING AND MANAGEMENT
River and Coastal Engineering
Examples of Profile Electives:
Hydraulic Engineering
Fluid Mechanics (ME)
Transport Phenomena (ME)
Turbulence (AP)
Theory of Partial Differential Equations (AM)
Applied Finite Elements for PDE (AM)
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WATER ENGINEERING AND MANAGEMENT
River and Coastal Engineering
WATER ENGINEERING AND MANAGEMENT
Which profile to choose?
Integrated water management
if interested in:
Managing water problems
Use of tools and methods in
water policy
Governance
River and coastal engineering
if interested in:
Physical aspects of water systems
Modelling water systems and the
impact of measures
Profile Courses:
Sustainable Building
Hydraulic Engineering
GeoRisk Management
Research Methodology and Academic Skills
or Morphology
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INTEGRATED CIVIL ENGINEERING SYSTEMS
Civil Engineering Structures
Examples of Profile Electives:
Design Project Water
Collaborative Design and Engineering
Linear Solid Mechanics (ME)
Nonlinear Solid Mechanics (ME)
Failure Mechanisms and Life Prediction (ME)
Intro Finite Elements (ME)
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INTEGRATED CIVIL ENGINEERING SYSTEMS
Civil Engineering Structures
Profile Courses:
Transport Modelling
Tools for Water Policy Analysis
or Design Project Water
Mathematical Physics of Water Systems
or Mathematical Optimization in Transport
Transport Research Project
or Morphology
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INTEGRATED CIVIL ENGINEERING SYSTEMS
Modelling and Forecasting
Examples of Profile Electives:
Building Information Modelling and 5D planning
Statistics and Probability (IEM)
Simulation (IEM)
Discrete Optimization (AM)
Optimization Modelling (AM)
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INTEGRATED CIVIL ENGINEERING SYSTEMS
Modelling and Forecasting
Profile Courses:
Sustainable Building
Water Footprint Assessment
Sustainable Transport
Research Methodology and Academic Skills
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INTEGRATED CIVIL ENGINEERING SYSTEMS
Sustainability
Examples of Profile Electives:
Product Life Cycle (IDE)
Economic Methods of Sustainability Assessment (PA)
Technology and Sustainable Development (SET)
Wind Energy (SET)
Energy and Economy (SET)
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INTEGRATED CIVIL ENGINEERING SYSTEMS
Sustainability
Profile Courses:
Planning and Process Management
Land Use and Transport Interactions
Integrated Water Management
Research Methodology and Academic Skills
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INTEGRATED CIVIL ENGINEERING SYSTEMS
Smart Cities
Examples of Profile Electives:
Sustainable Building
Intelligent Transport Systems
Electric Vehicle Systems Design (IDE)
Virtual Reality (IDE)
Solar Energy (SET)
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INTEGRATED CIVIL ENGINEERING SYSTEMS
Smart Cities
Intelligent Transport Systems
Sustainability
Sustainable material
use in houses
Smart cities
The introduction of interactive modelling
by 3Di in flood resilient urban spatial planning
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INTEGRATED CIVIL ENGINEERING SYSTEMS Examples of MSc-thesis projects
Civil Engineering structures
Risk of piping under
realistic conditions
Modelling and Forecasting
Variables useful for modeling
bicycle mode choice with a
discrete choice model
TO INDUSTRY OR… ALUMNI AND LABOUR MARKET
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Labour Market and Alumni
UT GRADUATES FROM CIVIL ENGINEERING
AFGESTUDEERDEN UIT TWENTE
Voorlichtingsdagen Civiele Techniek
Involved in national
and international
projects
Graduated just a
few years ago
“I do not only have a
solid engineering
basis [...], but my
management
knowledge is also
very valuable […]”
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OR… BROADEN YOUR KNOWLEDGE
WHY CHOOSE FOR THE UT?
FOR YEARS BEST VALUED MSC-PROGRAMMES IN CE
“NVAO experts are positive about the quality of the educational programme”
“In Twente, students are satisfied about all aspects of the programme“
WHY CIVIL ENGINEERING AT THE UT
Challenging Education
100% finds a job within 3
months after graduation!
Only true small-scale programme
Highly valued combination of
Engineering ánd Management
REGISTRATION AND CONTACT INFORMATION
If you choose for CEM/CME at the UT:
1. Follow the "unchanged" re-enrolment procedure in Studielink
(so re-enroll for bachelor CiT)
2. Around completion of your BSc, you will be asked by BOZ to
announce your master programme choice
3. After completion of the BSc, CSA will change your registration from
bachelor to master
And: don’t forget to enroll for the Blackboard Organization CEM/CME
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ENROLL FOR CEM/CME
MORE INFORMATION
Websites of the programmes
(study programme details, rules and regulations, etc.):
www.utwente.nl/cem (MSc CEM)
www.utwente.nl/cme (MSc CME)
Next internal information session: March 2017
(if the profiles remain unchanged, the information will be about the
same)
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CONTACT
Sander Siebelink
Programme Coordinator
+31-53-489 6448
Judith Roos
Student Advisor
+31-53-489 2341
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CONTACT – FOR SPECIALIZATION OR PROFILE RELATED QUESTIONS
Water Engineering
and Management
Denie Augustijn
Construction
Management and
Engineering
Hans Boes
Transport
Engineering and
Management
Eric van Berkum
Integrated Civil
Engineering
Systems
Jord Warmink
TIME FOR QUESTIONS
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THANK YOU FOR YOUR ATTENTION
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