Skip to main content

Secondary nav 2022

  • Equipment
  • Software
  • Training

Main navigation 2022

  • About
    • About HR Wallingford
    • Our leadership
    • Our people
    • Our impact
      • Annual report & financial statements
      • Gender pay
      • Social impact
      • Sustainability
    • Our story
    • News
    • Insight articles
    • Policies
  • Projects
  • Expertise
    • Coastal & marine sustainability
      • Coastal hazards & resilience
      • Coastal morphology & sediment dynamics
      • Dredging and sediment management
      • Marine & coastal environment
      • Ports, harbours and shipping
      • Subsea engineering
      • Waterfronts, marinas and resorts
    • Energy transition
      • Fixed offshore wind
      • Floating offshore wind
      • Liquified gas & transition fuels
      • Nuclear
      • Wave, tidal, solar & hydropower
    • Water & climate resilience
      • Dams & reservoirs
      • Freshwater environment
      • Integrated flood management
      • Surface water systems
      • Water management for climate resilient development
      • Water supply & drought resilience
  • Facilities
    • Explore our facilities
    • Ship simulation
      • Australia Ship Simulation Centre
      • UK Ship Simulation Centre
    • Physical modelling
      • Fast Flow Facility
      • Tsunami simulator
      • Volumetric flow flume
      • Wave basins
      • Wave flumes
      • Erosion rate measurement
      • Water rescue training
  • Careers
    • Careers overview
    • Working at HR Wallingford
    • Job opportunities
  • Contact
  • About
    • About HR Wallingford
    • Our leadership
    • Our people
    • Our impact
      • Annual report & financial statements
      • Gender pay
      • Social impact
      • Sustainability
    • Our story
    • News
    • Insight articles
    • Policies
  • Projects
  • Expertise
    • Coastal & marine sustainability
      • Coastal hazards & resilience
      • Coastal morphology & sediment dynamics
      • Dredging and sediment management
      • Marine & coastal environment
      • Ports, harbours and shipping
      • Subsea engineering
      • Waterfronts, marinas and resorts
    • Energy transition
      • Fixed offshore wind
      • Floating offshore wind
      • Liquified gas & transition fuels
      • Nuclear
      • Wave, tidal, solar & hydropower
    • Water & climate resilience
      • Dams & reservoirs
      • Freshwater environment
      • Integrated flood management
      • Surface water systems
      • Water management for climate resilient development
      • Water supply & drought resilience
  • Facilities
    • Explore our facilities
    • Ship simulation
      • Australia Ship Simulation Centre
      • UK Ship Simulation Centre
    • Physical modelling
      • Fast Flow Facility
      • Tsunami simulator
      • Volumetric flow flume
      • Wave basins
      • Wave flumes
      • Erosion rate measurement
      • Water rescue training
  • Careers
    • Careers overview
    • Working at HR Wallingford
    • Job opportunities
  • Contact
  1. Home >
  2. Training >
  3. Dredging management

Dredging management

Share
Dredging management

An overview of the environmental aspects of dredging, the latest technology and equipment that apply to dredging and the management of dredged material.

Duration
Two days at Wallingford, UK
Type
Training course
Select variants
No course dates are currently available
Register interest

Dredging is often a key part of coastal infrastructure projects. It is central to the delivery of construction aggregates to the UK and in maintaining the navigability of our waterways, estuaries, ports and harbours. The global dredging market is worth approximately £8 billion per annum. Dredging is a highly specialist discipline and not one which is typically covered in UK Civil Engineering (or similar) degree courses. The cost of undertaking dredging works is often high - it can be tens of thousands of pounds per day - and the activities commonly have considerable risks associated with them. These may relate to factors such as weather delays, unknown seabed conditions (and therefore the ability to dredge), and unexploded ordnance.

This course is designed to provide an introduction to the subject of dredging and will assist those who are responsible for commissioning and managing dredging contractors and those who regulate dredging. The course will enable attendees to manage and regulate dredging projects and contractors more effectively and efficiently.

This is a classroom course and will be delivered in our offices at Howbery Park, Oxfordshire. 

This course is aimed at those who are responsible for commissioning and managing dredging contracts and those who regulate dredging.

Course content
  • Introduction to dredging and currently used terminology.
  • Description of the different types of dredging equipment.
  • Design of dredging works (capital-maintenance, marine-riverine).
  • Modelling of dredging operations.
  • Dredging optimisation.  
  • Environmental aspects to consider during dredging.
  • Licensing, consents and key stakeholders identification.
  • Environmental monitoring of the dredging operations.
  • Dredging contract types.
  • Project implementation and management.
  • Avoidance of common disputes.
Who should attend

Project owners, those managing contractors, regulators, port and harbour authorities, coastal engineers, conservation agencies.

Learning outcomes

At the end of the course participants will understand:

  • the key industry terms and most common dredger types available on the market, including how they operate and their working limits;
  • how to plan, manage and monitor dredging with a view to reducing costs and risks in your own projects;
  • how dredging is undertaken, including detailed explanations of the different stages/components of a dredging project;
  • how dredging can impact the environment and how this can be addressed through planning, management, mitigation and monitoring of the project or activity;
  • what the standard types of dredging contracts are, the key principles to consider when preparing a contract and how to minimise the risk of claims.
Course structure - classroom

This two-day classroom course is delivered at our offices in Wallingford, Oxfordshire.

The course content is spread over two days and includes a tour of our physical modelling facilities.

The course fee per delegate is £725.00 (excl VAT). Discounts are available for multiple bookings.

Course structure - online

The course has been designed by our industry experts and will deliver 16 hours of live lectures and exercises. Spread over four days, the course content comprises of 12 hours of lectures and four exercises.

The course lectures will be delivered live using MS Teams.

The course programme and links to the lectures are issued on registration and payment of the course fee.

Great insight, well structured and great delivery.

Covered a good variety of topics and locations. It was nice it wasn’t just UK based.

Covered a broad range of relevant and useful topics with passionate and expert speakers.

FAQs

More information about travel and accommodation, booking and confirmation and more.

Read more

Course login

Access joining instructions, course materials and course certificates inyour secure course area.

Login

Get in touch

Sarah Moxon

Events & Publications Coordinator
Contact

Related courses

Coastal processes and management
Coastal processes and management

We are global leaders and independent experts in how to live and work sustainably with water

Social media

  • BlueSky
  • LinkedIn
  • YouTube

Expertise

  • Coastal & marine
  • Energy transition
  • Water & climate
  • Software solutions
  • Equipment & technology

Company

  • About
  • Careers
  • News
  • Insights
  • Sustainability

Legal

  • Privacy & data protection
  • Policies
  • Modern slavery statement
  • Terms & conditions
  • Sitemap
© 2026 HR Wallingford