All training and courses
>
Use of Recycled Materials in Sustainable Road Construction - Online

Use of Recycled Materials in Sustainable Road Construction - Online

Foundation
Introduction
Online
4-5 hours
4
CPD Hours
Enrol now
This course is in partnership with
Learning methods
Case studies
AR/VR Component
Expert Led
Learn at your own pace
Access this course for 60 days
Assessments
Online Quiz
Practical Learning - No Assessment
Practical Assessment
Outcome
Certificate of Foundational Knowledge
Certificate of Completion
Certificate of Attendance
4
CPD Hours
Meet our course experts.
Dr James Grenfell
Principal Engineer
Dr Javad Yaghoubi
Principal Engineer
Dr Didier Bodin
Principal Engineer

Enrol now!

Don't wait, enrol in this online course today!

Enrol now

Course Description

Turn recovered materials into reliable road-building resources.

Road construction consumes vast quantities of raw materials – but it also offers major opportunities to reuse valuable resources, reduce waste and support a more circular economy.

This self-paced online course gives you the technical foundation to assess and introduce recycled materials with greater confidence.

Explore materials already reshaping road construction, including reclaimed asphalt pavement, crumb rubber, recycled glass, crushed concrete, brick, plastics, slags, fly ash and other industrial by-products. Examine how they can be used in asphalt, Basecourse, Subbase, stabilised materials and concrete.

The course moves beyond environmental claims to address the questions that determine whether a recycled material will work: Does it meet performance requirements? Is it safe to handle? What are its lifecycle impacts? Can it be sourced and processed economically? How should it be tested, specified and monitored?

Draw on field trials, laboratory testing and real project examples – including NTRO investigations into recycled crushed glass, crumb-rubber asphalt and high-friction surface treatments. See how evidence is used to refine material blends, manage risk and progress promising products from trials into specifications and business-as-usual practice.

You will also follow a practical implementation pathway covering feasibility studies, performance testing, WHS and environmental assessment, Life Cycle Assessment, specification development, field trials and long-term monitoring.

Enrol now and learn how to move recycled road materials from good intentions to proven, practical application.

Course structure

  • Sustainability and the circular economy – understand why recycled materials matter and what makes their use genuinely sustainable.
  • Recycled road materials – explore established and emerging materials and their potential applications.
  • Engineering applications – examine how recycled materials perform in asphalt, granular, stabilised and concrete applications.
  • Evidence from practice – investigate field trials, laboratory testing and project case studies.
  • Implementation pathways – move from feasibility assessment and trial design to specification development and wider adoption.
  • Risk and performance management – address WHS, environmental impacts, lifecycle performance and ongoing monitoring.
  • Knowledge check and conclusion – confirm your understanding and consolidate the implementation process.

Learning outcomes

By the end of this course, participants will be able to:

  • Explain how recycled road materials support sustainability, resource efficiency and the transition from a linear to a circular economy.
  • Identify common and emerging recycled materials and match them with suitable asphalt, Basecourse, Subbase, stabilised-material and concrete applications.
  • Compare the engineering performance, sustainability benefits, limitations and risks of different recycled materials.
  • Apply lifecycle thinking, performance assessment and cost analysis when evaluating material options.
  • Plan feasibility studies and field trials that address technical, environmental, WHS and monitoring requirements.
  • Explain how research, trials, stakeholder engagement and specifications can move recycled materials into routine road-construction practice.

Topics Covered

  • Sustainability in transport infrastructure
  • Linear and circular economic models
  • Waste prevention and resource recovery
  • Whole-of-life thinking
  • Australian waste streams
  • Environmental, social and economic sustainability
  • Greenhouse-gas emissions
  • Life Cycle Assessment
  • Life-Cycle Cost Analysis
  • Reclaimed asphalt pavement
  • Crumb rubber from end-of-life tyres
  • Recycled plastics
  • Recycled crushed glass
  • Crushed concrete and demolition materials
  • Recycled brick and tile
  • Steel and blast-furnace slags
  • Fly ash and coal-combustion products
  • Recycled materials in asphalt
  • Basecourse and Subbase applications
  • Stabilised recycled materials
  • Recycled materials in concrete
  • Material processing and contamination
  • Performance testing
  • Feasibility studies
  • Field-trial planning and delivery
  • WHS and environmental assessment
  • Long-term performance monitoring
  • Procurement and industry adoption
  • Specification development
  • NTRO laboratory and field case studies

This course is for:

  • Pavement and materials engineers
  • Road designers
  • Sustainability professionals
  • Asset managers
  • Local-government and road-agency practitioners
  • Contractors
  • Material suppliers
  • Laboratory personnel
  • Specification writers
  • Project managers
  • Consultants involved in road construction or maintenance

Course price

Course price
$
399
%
$
00
Course pricing designed to support your learning journey!