Civil Engineering modules

Browse Civil Engineering to find descriptions, what you will learn, how you will be taught, and how you will be assessed.

Level 1

  • Module

    Engineering Materials module (CE12005)

    Learn about the fundamentals of material science most closely related to civil engineering, and then take a look at the most common materials used.

    • Module code: CE12005
    • Credits: 10
    • Level: 1
    • Semester: Semester 1
    • School: School of Science and Engineering
    • Discipline: Civil Engineering
  • Module

    Introduction to Structural Analysis module (CE12006)

    Learn how to analyse civil engineering structures and develop an appreciation of how structures remain in equilibrium, i.e. why buildings do not fall down.

    • Module code: CE12006
    • Credits: 20
    • Level: 1
    • Semester: Semester 2
    • School: School of Science and Engineering
    • Discipline: Civil Engineering
  • Module

    Engineering Project II module (EG12007)

    Engineers design and create products, systems and develop processes, enhance your practical and communication skills during this practical design module.

    • Module code: EG12007
    • Credits: 20
    • Level: 1
    • Semester: Semester 2
    • School: School of Science and Engineering
    • Discipline: Civil Engineering

Level 2

  • Module

    Surveying module (CE22007)

    Learn the skills needed to conduct surveying through lectures on theory, practical sessions, and a one week surveying camp on the isle of Great Cumbrae.

    • Module code: CE22007
    • Credits: 10
    • Level: 2
    • Semester: Semester 2
    • School: School of Science and Engineering
    • Discipline: Civil Engineering
  • Module

    Civil Engineering Project II module (CE22008)

    Learn how to interpret structural drawings and devise a plan for how a structure should be built.

    • Module code: CE22008
    • Credits: 20
    • Level: 2
    • Semester: Semester 2
    • School: School of Science and Engineering
    • Discipline: Civil Engineering
  • Module

    Fluid Mechanics I module (DI21007)

    • Module code: DI21007
    • Credits: 10
    • Level: 2
    • Semester: Semester 1
    • School: School of Science and Engineering
    • Discipline: Civil Engineering
  • Module

    Geomechanics module (EG22005)

    Explore the fundamentals of working with soil and rock, which are the basics of foundation engineering.

    • Module code: EG22005
    • Credits: 20
    • Level: 2
    • Semester: Semester 2
    • School: School of Science and Engineering
    • Discipline: Civil Engineering

Level 3

Level 4

  • Module

    Individual Research Project module (CE40001)

    Work one-on-one with a supervisor on a topic that most interests you, and develop a range of transferable skills while you go.

    • Module code: CE40001
    • Credits: 30
    • Level: 4
    • Semester: Both Semester 1 and 2
    • School: School of Science and Engineering
    • Discipline: Civil Engineering
  • Module

    Geotechnical Design module (CE40002)

    Equips you with more advanced skills in geotechnical design, building on what you have already learnt in CE32002 (Soil Mechanics).

    • Module code: CE40002
    • Credits: 20
    • Level: 4
    • Semester: Both Semester 1 and 2
    • School: School of Science and Engineering
    • Discipline: Civil Engineering
  • Module

    Water Resources and Treatment module (CE40003)

    Examine the physical, chemical, and biological aspects of how water resources can be managed.

    • Module code: CE40003
    • Credits: 20
    • Level: 4
    • Semester: Both Semester 1 and 2
    • School: School of Science and Engineering
    • Discipline: Civil Engineering
  • Module

    Construction Management I module (CE40004)

    Learn about the basic techniques used to manage the construction process and gain a strong foundation of the topic.

    • Module code: CE40004
    • Credits: 20
    • Level: 4
    • Semester: Both Semester 1 and 2
    • School: School of Science and Engineering
    • Discipline: Civil Engineering
  • Module

    Structural Design module (CE40005)

    Gain an advanced understanding of structural behaviour beyond the elastic limit as well as the design of prestressed concrete.

    • Module code: CE40005
    • Credits: 20
    • Level: 4
    • Semester: Both Semester 1 and 2
    • School: School of Science and Engineering
    • Discipline: Civil Engineering
  • Module

    Conceptual Design Project module (CE40017)

    Learn about the basic procedures and techniques used in conceptual design.

    • Module code: CE40017
    • Credits: 10
    • Level: 4
    • Semester: Both Semester 1 and 2
    • School: School of Science and Engineering
    • Discipline: Civil Engineering
  • Module

    Geotechnical Design module (DI41002)

    • Module code: DI41002
    • Credits: 15
    • Level: 4
    • Semester: Semester 1
    • School: School of Science and Engineering
    • Discipline: Civil Engineering
  • Module

    Structural Design module (DI41003)

    • Module code: DI41003
    • Credits: 15
    • Level: 4
    • Semester: Semester 1
    • School: School of Science and Engineering
    • Discipline: Civil Engineering

Level 5

  • Module

    Multi-Disciplinary Project module (CE50001)

    Explore a civil engineering design problem in depth with team members and take part in cross-disciplinary activities that simulate real-life projects.

    • Module code: CE50001
    • Credits: 50
    • Level: 5
    • Semester: Both Semester 1 and 2
    • School: School of Science and Engineering
    • Discipline: Civil Engineering
  • Module

    Design Internship in Industry module (CE50035)

    Gain experience in planning, organising and carrying out a design project. Your project will be at the interface between civil engineering and architecture

    • Module code: CE50035
    • Credits: 40
    • Level: 5
    • School: School of Science and Engineering
    • Discipline: Civil Engineering
  • Module

    Design for Durability module (CE51030)

    Study the various forms of deterioration that can occur in concrete structures. You will learn how to select materials to minimise these effects

    • Module code: CE51030
    • Credits: 10
    • Level: 5
    • School: School of Science and Engineering
    • Discipline: Civil Engineering
  • Module

    Soil Dynamics module (CE51036)

    Study the behaviour of soils under dynamic loading. This will involve the application of rapid or cyclical loads

    • Module code: CE51036
    • Credits: 10
    • Level: 5
    • Semester: Semester 1
    • School: School of Science and Engineering
    • Discipline: Civil Engineering
  • Module

    Project Management Teams module (CE51037)

    Explore team management. This will include how we work in teams, how to lead a team, and how to make a successful project team

    • Module code: CE51037
    • Credits: 10
    • Level: 5
    • Semester: Semester 1
    • School: School of Science and Engineering
    • Discipline: Civil Engineering
  • Module

    Structural Dynamics and Earthquake Engineering module (CE51038)

    Study the field of earthquake geotechnical engineering. Learn about the development of dynamic models for engineering structures and their foundations

    • Module code: CE51038
    • Credits: 10
    • Level: 5
    • Semester: Semester 1
    • School: School of Science and Engineering
    • Discipline: Civil Engineering
  • Module

    Concrete Assessment & Repair module (CE51043)

    Learn how to undertake and supervise projects involving concrete structures. This will cover their inspection, assessment, strengthening, and repair

    • Module code: CE51043
    • Credits: 10
    • Level: 5
    • Semester: Semester 2
    • School: School of Science and Engineering
    • Discipline: Civil Engineering
  • Module

    Health and Safety and Environmental Management module (CE52002)

    Learn about the Health and Safety legislation required in the construction sector and how different management systems are used to protect the environment.

    • Module code: CE52002
    • Credits: 10
    • Level: 5
    • Semester: Semester 2
    • School: School of Science and Engineering
    • Discipline: Civil Engineering
  • Module

    Conceptual Design module (CE52029)

    Study the basic procedures and techniques used in conceptual design. There will be an emphasis on systematic approaches and synthetic thinking

    • Module code: CE52029
    • Credits: 10
    • Level: 5
    • Semester: Semester 1
    • School: School of Science and Engineering
    • Discipline: Civil Engineering
  • Module

    Finite Element Modelling module (CE52031)

    Gain understanding and practice in one of the most powerful and widely-used methods for structural design - finite element analysis

    • Module code: CE52031
    • Credits: 10
    • Level: 5
    • Semester: Semester 2
    • School: School of Science and Engineering
    • Discipline: Civil Engineering
  • Module

    Life Cycle Analysis & Environmental Impact Assessment module (CE52033)

    Examine two techniques for measuring environmental impact. These are Environmental Impact Assessment (EIA) and Life-Cycle Assessment (LCA)

    • Module code: CE52033
    • Credits: 10
    • Level: 5
    • Semester: Semester 2
    • School: School of Science and Engineering
    • Discipline: Civil Engineering
  • Module

    Professional Development module (CE52035)

    Develop a lifelong learning habit and establish the practice of documenting learning activities in preparation for your professional development as an engineer.

    • Module code: CE52035
    • Credits: 10
    • Level: 5
    • Semester: Semester 1
    • School: School of Science and Engineering
    • Discipline: Civil Engineering
  • Module

    Project Management Systems module (CE52036)

    Explore the systems that are used in project management to ensure their success. You will learn about potential risks and how to monitor the cost of a project

    • Module code: CE52036
    • Credits: 10
    • Level: 5
    • Semester: Semester 2
    • School: School of Science and Engineering
    • Discipline: Civil Engineering
  • Module

    Use of Sustainable Materials in Construction module (CE52037)

    Study how the manufacture and use of construction materials can impact the environment. Learn how to reduce or maximise the positive and negative impacts

    • Module code: CE52037
    • Credits: 10
    • Level: 5
    • Semester: Semester 1, Semester 2
    • School: School of Science and Engineering
    • Discipline: Civil Engineering
  • Module

    MSc Civil Engineering Research Project module (CE53001)

    Undertake a substantial, individual programme of research, which addresses a specific engineering problem.

    • Module code: CE53001
    • Credits: 60
    • Level: 5
    • Semester: Runs during the summer
    • School: School of Science and Engineering
    • Discipline: Civil Engineering