Dike engineering course

Learning targets

In the coming years, water authorities, in collaboration with engineering firms and contractors, face significant challenges in the reinforcement of dikes. (Upcoming) technical managers, project leaders, advisors, flood defense specialists, and geotechnical engineers need in-depth, current, and practical knowledge and expertise in dike construction, design, and reinforcement to meet these challenges effectively.

World Water Academy’s Dike Engineering Course covers the techniques, knowledge, and insights needed to further develop technical expertise in this field. The course is structured into interconnected modules focusing on different aspects of dike engineering.

The following topics will be covered:

• structure, strength, and loading of dikes
• types and classifications of dikes and their linings along coasts and rivers
• engineering works and structural (sheet piling) screens
• soil mechanics and the role of groundwater flow
• soil properties and testing
• failure and collapse mechanisms
• general (design) calculations and modeling tools
• innovative dike construction techniques
• safety philosophy and design tools
• life Cycle Costing (LCC)
• techniques for multiple functions and integration opportunities
• reference design, role of data and information New dike reinforcement techniques
• project-overarching explorations
• relevant laws and regulations
• technical quality assurance and contract forms
• phasing of dike reinforcement projects
• control and assessment of the execution design
• collaboration with market parties
• the IPM model (Integrated Project Management)
• expert client roles
• modeling
• safety, costs, and key performance indicators
• asset management of dikes

This comprehensive training program is designed to equip participants with the advanced skills and knowledge necessary for managing and executing dike reinforcement projects effectively, ensuring safety and sustainability in flood defense systems.

After completing this training, you will:

• knowledge and insight – Have a comprehensive understanding of all technical aspects related to dike engineering.
• application skills – Be skilled in applying this knowledge across various projects, including design, construction, and reinforcement of dikes.

Program

Module 1: Dike Construction

This module covers all technical aspects of flood defenses and provides a broad foundation for subsequent modules.

• introduction to dikes in the Netherlands: overview of dike types and their functions
• coastal flood defenses: specific considerations and design aspects for coastal areas
• soil properties and testing: understanding soil mechanics and conducting soil investigations
• fundamentals of soil mechanics and failure mechanisms: basic concepts and their application in dike design
• dike linings and design profiles: designing with stone linings and other materials
• designing for height and wave overtopping: ensuring dikes can handle wave action and overflow
• piping: addressing issues related to internal erosion
• data collection, utilization, and monitoring: techniques for gathering and using data, and ongoing monitoring practices
• macro stability: assessing large-scale stability of dikes
• interpreting model calculations and working with tools (D-Stability): using modeling tools for design and assessment
• alternative data in relation to dike reinforcement: exploring different data sources for improving dike strength
• micro stability and foreland stability: understanding small-scale and adjacent area stability
• materials for dike construction and utilizing various clay classes: selection and use of materials.
• practical dike reinforcement techniques: applying techniques and innovations in dike reinforcement.

Module 2: Dike Design 2.0

This module addresses all aspects related to dike design, including new techniques, integration opportunities, and recent knowledge from the Dutch HWBP (High Water Protection Program).

• risk approach and safety standards: understanding risk management and safety criteria
• changes in safety standards, assessment and design tools (BOI): adapting to new regulations and tools
• scope definition for dike reinforcement projects: determining the extent and requirements of reinforcement efforts
• from solution directions to preferred alternatives: developing and selecting optimal solutions
• integrated dike design in exploration and planning phases: comprehensive approach to design during initial stages
• design principles & planning development phase: establishing design criteria and detailed planning
• practical application of innovation: implementing new techniques and approaches
• designing along constructions: creating designs for additional structures along dikes

Module 3: Dike Reinforcement in Practice (9 Sessions)

This module focuses on the practical aspects of dike reinforcement, including contract forms, collaboration, and execution.

• tendering and contract forms: understanding different procurement and contract types
• collaboration with market parties: working effectively with contractors and suppliers
• preparation and execution of dike reinforcement: steps for implementing reinforcement projects
• technical supervision and inspection plans: overseeing construction and ensuring compliance with plans
• transfer to management and maintenance: ensuring smooth handover to maintenance teams
• execution aspects of regional dikes: specific considerations for regional dike projects
• excursion on execution aspects of regional dikes: site visit to observe practical aspects

Module 4: Integration & Craftsmanship (6 Sessions)

This module emphasizes integration, professional roles, and practical skills.

• observation excursion: site visits to observe real-world applications
• working with IPM roles: understanding and utilizing the Integrated Project Management model
• serious game: dike dilemmas under pressure: engaging in simulations to address real-world challenges
• key performance indicators: using performance metrics to assess and guide projects
• safety: ensuring safety in all aspects of dike engineering
• expert client roles: developing skills for effective client engagement and project management

Target group

This training is designed for aspiring and newly appointed technical managers, project leaders, advisors, flood defense specialists, and geotechnical engineers who wish to deepen their knowledge in the construction of flood defenses.