Oxford Training Centre is pleased to present the Concrete: Design, Inspection, Repair and Maintenance Training Course, offered under our specialised Power Systems & Maintenance Training Courses category. This one-week professional development programme is meticulously designed to enhance participants’ knowledge and skills in all aspects of design, repair and maintenance concrete structures. The course focuses on the latest industry standards and practical approaches for assessing, repairing, and preserving concrete infrastructure. Concrete remains a fundamental material in modern construction and civil engineering, and ensuring its integrity is essential for safety, durability, and sustainability.
Course Objective and Target Group
The course aims to equip engineers, maintenance supervisors, quality inspectors, and construction professionals with the expertise to evaluate concrete conditions, apply appropriate repair solutions, and design effective maintenance programmes. Participants will gain a clear understanding of how to uphold concrete quality throughout a structure’s lifecycle. The target group includes:
Civil and structural engineers
Site and project managers
Maintenance and facility engineers
Quality control and inspection personnel
Contractors and consultants working with concrete infrastructure
Upon completing the course, attendees will confidently inspect concrete structures, understand the principles of structural repair, and implement maintenance plans that comply with relevant concrete standards.
Course Content
1. Introduction to Concrete Design Principles
This module covers the fundamentals of concrete design including material composition, mix design, and factors influencing durability. Emphasis is placed on design methods compliant with internationally recognised codes such as BS EN 206 and Eurocode 2. Participants will learn how to optimise concrete for different environmental conditions and structural requirements, ensuring long-term performance.
Key topics include:
Concrete material properties and behaviour
Mix design optimisation for durability and strength
Load considerations and stress distribution
Compliance with concrete standards and regulations
2. Concrete Inspection and Condition Assessment
Effective inspection is the cornerstone of maintaining concrete structures. This section introduces various visual and instrumental inspection techniques, focusing on identifying defects early to prevent structural failures. Techniques include:
Visual inspection protocols and defect recognition
Non-destructive testing (NDT) tools: rebound hammer tests, ultrasonic pulse velocity, carbonation depth measurement, and chloride ion penetration tests
Documenting and interpreting inspection results to inform repair decisions
3. Causes of Concrete Deterioration and Failure
Understanding the root causes of concrete damage allows for better repair and maintenance planning. This module explains physical, chemical, and mechanical deterioration mechanisms, such as:
Reinforcement corrosion due to chloride ingress and carbonation
Freeze-thaw damage in cold climates
Alkali-silica reaction and sulphate attack
Load-induced cracking and fatigue damage
This knowledge underpins the choice of appropriate repair materials and methods.
4. Structural Repair Techniques and Materials
This critical module covers structural repair strategies for restoring concrete integrity. Participants will explore the selection and application of repair materials suitable for various defects, including:
Crack injection with epoxy and polyurethane resins
Surface repairs with polymer-modified mortars and overlays
Cathodic protection and corrosion inhibitors to protect reinforcement
Fibre-reinforced polymer (FRP) wrapping for strengthening
Training includes preparation of concrete surfaces, application techniques, and quality assurance measures to ensure durable repairs.
5. Maintenance of Concrete Structures
Proactive maintenance extends the service life of concrete assets. This module highlights the importance of routine inspections and preventative maintenance measures, such as:
Scheduled cleaning and sealing to prevent moisture ingress
Monitoring environmental exposures and adjusting maintenance accordingly
Implementing maintenance management systems for tracking repairs and inspections
Case studies demonstrating successful maintenance programmes
6. Case Studies and Practical Exercises
Real-world case studies illustrate common challenges and effective solutions in design, repair and maintenance concrete. Practical sessions will involve:
Damage assessment exercises using inspection data
Developing repair designs for simulated structural defects
Selecting materials and repair techniques for specific scenarios
These interactive exercises enhance understanding and application of theoretical concepts.
7. Health, Safety and Environmental Considerations
Safe working practices and environmental responsibility are vital during concrete repair and maintenance. This final module covers:
Safe handling and disposal of repair materials
Site safety protocols during repair works
Minimising environmental impact through sustainable repair methods
Compliance with health and safety regulations
Why Choose Oxford Training Centre?
At Oxford Training Centre, we combine expert instruction with practical, hands-on learning to ensure participants master the complexities of concrete design, repair and maintenance. Our courses are regularly updated to reflect the latest codes, technologies, and industry best practices. By attending this course, you will gain the confidence and skills to manage concrete assets effectively, reduce repair costs, and increase structural safety and longevity.
Our comprehensive curriculum, experienced trainers, and practical focus make this course ideal for professionals dedicated to advancing their careers in infrastructure maintenance and construction engineering.
This course provides a thorough grounding in the principles and practices essential for maintaining concrete structures in optimal condition. Participants will leave with the ability to conduct detailed inspections, design effective repairs, and implement maintenance plans in accordance with internationally recognised concrete standards and regulations. Join Oxford Training Centre to enhance your expertise in this critical engineering discipline.