Study patterns: Civil Engineering and Construction Management MSc (online)

On this page you will find the study patterns for our MSc Civil Engineering and Construction Management online programme.

These study patterns highlight the modules that you will need study over the next 12 months. Please note that all students are required to re-enrol at the start of every academic year in September and so within your enrolment you can only choose modules for the current academic year.  

The scheduled modules for the remainder of your programme (outlined below) are based on the current plan, however, the order of these may be subject to change. Should any changes be made, we will communicate this to you as soon as possible.   

Please note that any optional modules are subject to viable group sizes. Should you choose a module that is deemed to be non-viable, you will be notified of the alternative available options.   

If you have any queries, please contact the Enrolment team on +44 (0)1332 594000 (option 4) or email UDOLenrolment@derby.ac.uk.

Pace of your study
For students completing the programme at the standard rate of study, the required minimum number of study time is 20 hours per week. 

If you opt to undertake the accelerated study plan whereby you will study two modules in one trimester, we recommend 40 hours of study per week.

Should you decide to study on the accelerated rate you must ensure that you have the capacity to fully engage with your studies and achieve the best grades and final award. You will need to balance approximately 40 hours of study per week alongside your professional and personal life and commitments.

It may be useful to consider studying one module at the standard rate of study before deciding whether to then increase to the accelerated rate of study.

MSc Civil Engineering and Construction Management - standard rate with September start

Study PatternAutumnSpringSummer
Year 1

Flood Risk Engineering Management
(7BU502)
20 credits

Research Methods, Application and Evaluation (Taught PG)
(7TE510)
10 credits

Environmental Risk and Responsibility
(7TE513)
10 credits

Continuing Professional Development and Strategic Management
(7ME524)
20 credits
Year 2 Option A Module*
20 credits
Option B Module**
20 credits
Including residential
Option C Module***
20 credits
Year 3 Independent Scholarship (Technology)
(7ME525)
60 credits
Independent Scholarship (Technology)
(7ME525)
60 credits continued
Independent Scholarship (Technology)
(7ME525)
60 credits continued

*Option A Modules: BIM and Integrated Project Collaboration (7AZ505); Transport and Infrastructure Engineering and Sustainable Design (7BU506)
**Option B Modules: Sustainable Construction Methods and Materials (7BU505); Geomatic Monitoring and Asset Engineering (7BU507) - includes residential
***Option C Modules: Project Planning Value Engineering and Risk Management (7BU504); Advanced Geotechnical Engineering (7BU508) - Pre-requisite: Geomatic Monitoring and Asset Engineering (7BU507)

MSc Civil Engineering and Construction Management - accelerated rate with September start

Study PatternAutumnSpringSummer
Year 1

Flood Risk Engineering Management
(7BU502)
20 credits

Option A Module*
20 credits

Research Methods, Application and Evaluation (Taught PG)
(7TE510)
10 credits

Environmental Risk and Responsibility
(7TE513)
10 credits

Option B Module**
20 credits
Including residential

Continuing Professional Development and Strategic Management
(7ME524)
20 credits

Option C Module***
20 credits
Year 2 Independent Scholarship (Technology)
(7ME525)
60 credits
Independent Scholarship (Technology)
(7ME525)
60 credits continued
Independent Scholarship (Technology)
(7ME525)
60 credits continued

*Option A Modules: BIM and Integrated Project Collaboration (7AZ505); Transport and Infrastructure Engineering and Sustainable Design (7BU506)
**Option B Modules: Sustainable Construction Methods and Materials (7BU505); Geomatic Monitoring and Asset Engineering (7BU507) - includes residential
***Option C Modules: Project Planning Value Engineering and Risk Management (7BU504); Advanced Geotechnical Engineering (7BU508) - Pre-requisite: Geomatic Monitoring and Asset Engineering (7BU507)