Program Overview

Introduction to Civil Engineering and Management

The Civil Engineering and Management (CEM) program offers 4 core specialisations within the university. These specialisations include Construction Management and Engineering (CME), Traffic Engineering and Management (TEM), Water Engineering and Management (WEM), and Integrated Civil Engineering Systems (ICES).

Program Specialisations

The CEM program has 3 specialisations focused on specific disciplines: Construction, Transport, and Water. Additionally, there is 1 specialisation focused on a specific theme: Integrated Civil Engineering Systems. In total, the CEM program offers 10 profiles to choose from.

Construction Management and Engineering Profiles

• Markets and Organisations in Construction: This profile is suitable for those interested in how organisations interact with each other and manage relationships.
• Digital Technologies in Construction: This profile is ideal for those interested in the design process, managing the design process, and utilising the latest tools and methods in construction, such as BIM.

Transport Engineering and Management Profiles

• Integrated Urban Transport: This profile is suitable for those interested in area development, urban planning, policy processes, transport networks, and public transport.
• Transport and Logistics: This profile is ideal for those interested in a mathematical approach to traffic flows, logistics, and optimisation, combining Civil and Industrial Engineering.

Water Engineering and Management Profiles

• Integrated Water Management: This profile is suitable for those interested in managing water problems, using tools and methods in water policy, and governance.
• River and Coastal Engineering: This profile is ideal for those interested in the physical aspects of water systems, modelling water systems, and the impact of measures.

Integrated Civil Engineering Systems Profiles

Choose a profile if you are interested in:

• Civil Engineering Structures
• Modelling and forecasting
• Sustainability
• Smart cities