Theory Courses - FTTP(H) Design

Accurate survey data is the foundation of every successful FTTH design, and this course develops the practical skills to deliver it. From desktop analysis of Ordnance Survey data and aerial imagery to systematic walkout surveys, GIS fundamentals in QGIS and ArcGIS, route optimisation, wayleave planning, and regulatory constraint mapping, ten modules build a complete survey and route planning competency. Learners produce real survey documents, GIS layers, and route analyses using industry-standard approaches.

This advanced ODN design course takes learners from take-up modelling and splitting strategy all the way through to GIS-based design delivery and cost estimation. Twelve modules cover feeder and distribution network design, drop capacity planning, power budget verification, business service requirements, future-proofing for NG-PON2 and XGS-PON, compliance with Openreach PIA and BDUK standards, and design workflow in GIS. Working through real design exercises, learners produce professional-grade ODN designs ready for build team handover.

Civil infrastructure typically represents 60–70% of an FTTP build cost, making this course essential knowledge for anyone involved in design, delivery, or cost management of fibre networks. Ten modules cover duct types and specification, chamber and joint box design, trench design and HSE requirements, horizontal directional drilling, overhead plant design, highway authority compliance (NRSWA, Section 50), wayleave negotiation under the Electronic Communications Code, and environmental and planning constraints. Practical exercises develop the skills for real-world civil design and regulatory compliance.