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Course content

This is a unique course relevant for those who aspire to competently manage and co-ordinate physical assets to optimum effect. Combining theory with best practice, it is designed for Engineers and management personnel working in an engineering operations environment. The course delivers specialised professional development, designed to meet the real-world needs of industry.

The implementation of asset management practices within an organisation enables tangible benefits such as lower operating costs, longer asset life, improved asset performance, greater reliability, higher safety standards, enhanced environmental support and better informed investment strategies. Throughout the course you will learn how to make a significantly positive impact on organisations, through effective asset integrity management approaches.

The flexible online delivery means that this career-enhancing course is well-suited to those already in employment.

What you will study

STAGE 1

In Stage 1 you will study; Problem Solving, Determination of Maintenance and Inspection, Requirements for Asset Integrity Management, Delivery of Maintenance and Inspection for Asset Integrity Management.

STAGE 2

In Stage 2 you will study; Health, Safety, Environment and Risk Assessment, Asset Life Cycle Analysis and Corrosion Management.

STAGE 3

In Stage 3 you will study; Engineering Project Management and Integrity and Reliability Management.

STAGE 4

This is the final stage where you will focus on the Individual Engineering Research Investigation. Successful completion will award the MSc Asset Integrity Management.

Teaching and assessment

Our distance learning courses are delivered online through CampusMoodle, the University's virtual learning environment. Each module comprises up to 52 hours of lectures and tutorials. This information is based on the assumption ODL students can complete one 15 credit module (or equivalent) per semester. Typically modules will be taken in the order in which they appear in the schedule above. There is an element of flexibility to the order in which modules are taken and any change must be agreed with the School prior to commencement of the module. Students must normally complete all taught modules before progressing to the MSc Project.

ACTIVITY SUMMARY

  • Lectures – 23 hours per semester
  • Project supervision – 600 hours, made up of contact hours and non-contact hours over the MSc stage.
  • Independent study – 127 hours per semester

INDEPENDENT STUDY

Significant additional private study is expected during each module. You’ll work autonomously and take responsibility for your own learning and professional and academic development. The suggested hours-of-study-per-week and other information is detailed in each Module Descriptor.

STAFF DELIVERING ON COURSE

We’ve been delivering industry-relevant courses for the energy industry for many years, and our teaching staff members bring a wealth of expertise and experience to the curriculum. They are research-active and work on live industry projects. This includes input to patented technology and the design of products and systems to positively impact society and improve the lives of communities in developing countries.

Lecturers are involved in an ongoing development project with a Scottish business in relation to innovative solar powered systems funded by the Scottish Institute for Remanufacture. We’re also in collaboration with Scottish companies working on the development of solar energy systems for new applications. This has created great potential for students to work on industrial projects.

ASSESSMENT

 Stage 1

  • 3 written exams, typically for 2-2.5 hours
  • 3 written assessments including essay

Stage 2

  • 3 written exams, typically for 2-2.5 hours
  • 3 written assessments including essay

Stage 3

  • 1 written exam, typically for 2-2.5 hours
  • 2 written assessments including essay
  • 1 group critique

Stage 4

  • 1 dissertation
  • 1 oral assessment

Job prospects 

Graduates of this course can progress to management and operational roles within an engineering operations environment. Skills in efficient management of assets are increasingly in demand in the oil and gas and processing industries as many assets approach and exceed the lifespan they were originally designed for.

Please visit the website to find out how to apply.


Visit the Asset Integrity Management (MSc) page on the Robert Gordon University website for more details!

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