Learning unit summary:
The installation of supply and disposal lines is predominantly carried out using the open-cut method, which involves trench excavation, pipe laying with shoring for support, and subsequent backfilling. However, the numerous disadvantages of this method, coupled with increasing environmental awareness, highlight the growing need for trenchless technologies in pipeline and utility network construction.
The “Utility Tunnelling” module is divided into seven lessons, each covering a specific topic. To enhance your understanding, each lesson includes links to supplementary literature. While this additional material is optional and not included in the exam, it serves as a resource for deeper exploration.
The module culminates in a final examination that encompasses all the content covered throughout the course.
To complete the course successfully and efficiently within four weeks, we suggest the following schedule, which distributes the lessons evenly across the period:
- Week 1: Introduction, Fundamentals and Geotechnical Investigations, Pipe Jacking (Part 1)
- Week 2: Pipe Jacking (Part 2), Microtunnelling
- Week 3: Jacking Pipes, Jacking Steering
- Week 4: Starting and Target Shafts, Final Exam
LEARNING OUTCOMES
Upon completing the e-learning module "Utility Tunnelling," you will have a solid understanding of the fundamentals of various trenchless construction methods, including pipe jacking and microtunnelling. You will learn how to apply these methods within the context of their technical components and process variations. Additionally, you will explore the range of pipe materials available for use, as well as the standard specifications for pipes and pipe joints—critical knowledge for effective implementation.
You will also gain insight into the geological, hydrogeological, and geotechnical principles essential for applying trenchless construction methods and conducting ground assessments tailored to specific project needs. Finally, the module will introduce you to the planning and construction of access shafts, emphasizing how to adapt these methods to suit varying site conditions.
700 € plus VAT / 2012