Corrosion and Cathodic Protection Learning
Sustainable Tools for Responsible People
Corrosion and Cathodic Protection Learning
We provide specialist services for investigating, identifying and managing corrosion-related deterioration of critical metallic and reinforced concrete infrastructure.
With 29 years of experience in the corrosion management industry, developing and promoting innovative corrosion management solutions which improve sustainability and offer lasting economic and environmental benefits.
My role within the industry has been and continues to be based on the research, development, implementation, technical advancement, knowledge sharing and teaching of corrosion prevention and corrosion control technology.
Understand the critical techniques to halt and prevent corrosion of steel reinforcement embedded in concrete, ensuring longevity and structural integrity.
Our courses are suitable for all levels of experience.
Structured to help you understand corrosion and cathodic protection for steel in concrete structures.
Provides a foundation for developing skills required for cathodic protection design.
Explains the corrosion-related deterioration process of steel in concrete, and repair options.
Explains the basics of corrosion and cathodic protection of steel in concrete.
Explains the difference between corrosion mitigation and corrosion control.
How cathodic protection works and how it is measured to prove effective corrosion control.
Introduces concrete repair and cathodic protection standards.
Identifies the requirements and restrictions of the BS EN ISO 12696 Cathodic Protection of Steel in Concrete Standard.
Example case studies of impressed current and galvanic anode cathodic protection projects.
Members have access to the On-Demand Video Lessons and Quiz for 1 year from the date of registration, and complete access to downloadable slides (PDF) and the module overview (PDF) for offline reference.
Explains the corrosion-related deterioration of steel in concrete, and repair options, focuses on cathodic protection of steel in concrete, and includes example case studies of impressed current and galvanic anode cathodic protection projects.
£495
Foundation skills for cathodic protection design, corrosion-related deterioration of steel in concrete, the basics of corrosion and cathodic protection, introduces concrete repair and cathodic protection standards requirements and restrictions.
£864
Master concrete pre-design investigations for cathodic protection design in reinforced structures. Learn assessment stages and deterioration causes using BS EN 1504 / ISO 12696 standards in this online course.
£95
Master Cathodic Protection Design for Steel in Concrete Structures per BS EN ISO 12696. Learn concepts and requirements for detailed CP design, anode systems, monitoring sensors, and installation procedures for reinforced concrete corrosion control.
£95
Master Cathodic Protection Design for Steel in Concrete. Learn corrosion cells, ionic current flow, Evans diagrams, and BS EN ISO 12696 protection criteria. Cover reference electrodes, instant-off potential, and asset life extension.
£95
Master cathodic protection for steel in concrete. Learn galvanic and impressed current (ICCP) energy methods, anode selection, and BS EN ISO 12696 standards to design systems that halt infrastructure corrosion.
£95
Master galvanic & impressed current cathodic protection (ICCP). Learn to measure corrosion potential, current flow, and environmental impacts using lab demonstrations and Evans diagrams.
£155
Master cathodic protection design for steel in concrete. Learn electrolyte parameters, electrical continuity, and anode isolation to eliminate stray current corrosion in ICCP and galvanic networks. Accelerate your asset integrity career.
£95
Master cathodic protection design for environmental exposures. Evaluate atmospheric, tidal, and buried concrete assets to select anodes, map wiring, and audit BS EN ISO 12696 compliance for ICCP and galvanic networks.
£95
Master cathodic protection design for concrete structures. Learn to identify carbonation and chloride-induced corrosion, analyse energy requirements, and apply BS EN ISO 12696 standards for design current densities in active or passive steel.
£95
Master cathodic protection design for concrete structures in Module D8. Learn to combat incipient anodes, assess galvanic vs. impressed current systems, and meet BS EN ISO 12696 compliance standards for optimised corrosion control and design life.
£95
Master cathode design current density for steel in concrete. Learn BS EN ISO 12696 standards, chloride contamination impacts, and how to design ICCP vs galvanic anode systems to prevent infrastructure corrosion.
£95
Our courses are fully online, offering you the flexibility to learn at your own pace, anytime, anywhere.
Certification of Completion Plus CPD
Really expanded my understanding of corrosion and how cathodic protection is used to protect structures. I would definitely recommend the course to anybody w...
Read MoreReally expanded my understanding of corrosion and how cathodic protection is used to protect structures. I would definitely recommend the course to anybody within the industry looking to educate themselves in the application and capabilities of cathodic protection.
Read LessVery well presented with sound technical explanation, easy to follow and the quiz at the end has summarized the main points of this module. Strongly recommen...
Read MoreVery well presented with sound technical explanation, easy to follow and the quiz at the end has summarized the main points of this module. Strongly recommend this course for engineers and students.
Read LessI m not a cathodic protection specialist but the course was designed in a way to educate the non-CP Professional people and also to easily understand why we ...
Read MoreI m not a cathodic protection specialist but the course was designed in a way to educate the non-CP Professional people and also to easily understand why we need to provide CP in the affected structure to secure the corroded reinforcements. It is a very useful foundation course for all those not from CP Field.
Read LessGreat course to understand the basic principles of how corrosion works and the methods you can use to control it !
Great course to understand the basic principles of how corrosion works and the methods you can use to control it !
Read LessThe course introduction provided a well-organized and accessible summary of cathodic protection principles, clearly outlining its core purpose and practical ...
Read MoreThe course introduction provided a well-organized and accessible summary of cathodic protection principles, clearly outlining its core purpose and practical role in corrosion mitigation. By referencing key international standards, it effectively reinforced the technical validity of the material and emphasized the subject's relevance. Furthermore, the introduction clearly defined the course scope and communicated well-structured learning objectives, helping participants understand the expected outcomes and the practical application of the content. This strong start established a solid foundation for the more in-depth topics covered in later modules. The quiz questions were challenging, particularly if one did not refer back to the notes or presentation materials. However, the answers were thoughtfully embedded within the handouts, encouraging participants to engage with the course documents. Importantly, the course allowed learners to revisit and retry any questions answered incorrectly on the first attempt, promoting reinforcement of key concepts and supporting a more effective learning experience. I consider this course a valuable asset to the corrosion engineering community working with concrete structures. I would highly recommend it to all engineers involved in the design, implementation, or assessment of cathodic protection systems for reinforced concrete.
Read LessThese courses aren’t just about learning a skill—it's about preparing for the future. Implementing cathodic protection in both rehabilitation projects and new constructions allows us to expand our society's infrastructure responsibly, ensuring that what we build today stands strong for generations to come.
As engineers, owners and operators of sustainable structures we have a responsibility to ensure the best use of our current natural resources, using less material and ensuring that the materials used now will last as long as possible and can be completely recycled and reused in the future.
Corrosion management can be used as an effective tool to support sustainable and low-carbon development now and in the future.
Don't miss this opportunity to learn about corrosion and cathodic protection for steel in concrete. Enrol now and be part of the solution to a worldwide infrastructure challenge!
Enrol today and be at the forefront of sustainable infrastructure design. Your journey towards creating a lasting legacy in our changing world begins here.