Course Events

This course provides technical professionals with a solid understanding of corrosion and industrial protective coatings. It covers corrosion mechanisms, coating chemistry, surface preparation, application, inspection, defect analysis, safety, and sustainability, enabling participants to prevent failures and make informed decisions in coating projects.

A professional course focused on corrosion mechanisms, electrochemical principles, corrosive environments, and corrosion control strategies in refining operations. Topics include materials selection, monitoring techniques, testing, and protection methods.

Practical, fundamental and comprehensive training in corrosion and protection. Core materials-science and chemistry content reinforced with group hands-on exercises.

An advanced training course for integrity engineers covering Level 3 fitness-for-service assessments using Abaqus. Participants learn to model corrosion, wall thinning, and hydrogen damage scenarios, perform nonlinear analysis, and produce defensible API 579 Level 3 reports for pressure equipment and pipelines.

This course prepares participants for international coating inspector certification under ISO 17024. It covers corrosion prevention, surface treatment, ISO standards, paints and coatings, inspection procedures, and practical exercises to build strong inspection competence.

Fundamentals of coating inspection methods; standards and specifications; interaction of coatings and materials; and sound design principles for corrosion protection.

An entry-level course introducing surface-coatings formulation through lectures and hands-on lab sessions. Topics include raw-material selection, formulation principles, structure–property relationships, testing, troubleshooting, and regulatory considerations.

Comprehensive training in corrosion management and asset integrity using finite element analysis. Covers design, analysis, and reporting of failure modes including collapse, buckling, fatigue, and local failure, with code-based compliance and workshops on FEA modeling and reporting for regulatory and client review.

A foundational training course preparing participants to become cathodic protection technicians for buried and immersed metal structures. The program focuses on measurements, data collection, corrosion principles, and CP system fundamentals.

This course updates currently accredited Hot Dip Galvanizing Inspectors on the new AS/NZS 4680:2025 requirements and related best practices for assessing galvanized steel. It ensures inspectors maintain certification and remain aligned with the latest Australian, New Zealand, and international standards for inspecting galvanized steel articles.

This course prepares technicians to work on cathodic protection (CP) systems for buried and immersed metal structures, such as pipelines and tanks. It covers the fundamentals of electrical engineering, corrosion, and CP, and develops practical skills in field measurements, key CP measurement techniques, and inspection and supervision of CP systems. Participants also learn about protective coatings applied to buried pipes and how they interact with CP to ensure the long-term integrity of metallic assets.

Certification training in corrosion basics, paint characteristics, application, inspection, failure analysis, and documentation to ensure durable protection of industrial assets.

This course introduces the fundamentals of corrosion as a complex, costly degradation process that affects safety and asset reliability. Participants learn how corrosion undermines infrastructure performance and why proactive corrosion management is essential to protect, optimize, and extend the service life of critical industrial assets.

This advanced certification course provides in-depth training in coating inspection for steel and non-steel substrates. It covers specialized coatings, linings, inspection tools, and documentation of destructive and non-destructive inspections under senior supervision, supporting professional advancement in coating inspection.

Fundamentals of Corrosion for Engineers.

Prepares senior technicians to manage cathodic protection for buried and immersed steel structures. Covers electrical engineering, corrosion mechanisms, galvanic anode design, standards, and data interpretation for field operations and supervision.

An accredited certification program providing a comprehensive introduction to coating application and inspection. Topics include surface preparation, coating materials, inspection methods, testing, and documentation.

This program offers an intensive introduction to coating application and inspection, focusing on both technical principles and practical applications for structural steel projects. It is an accredited certification for coating inspection, mainly designed for trainees but also valuable for professionals in related fields. The course covers topics such as coating materials, inspection procedures, surface preparation, testing methods, and documentation.

Industrial anti-corrosion treatments as cost-effective alternatives to high-alloy metals. Mechanisms and practice for bluing, phosphating, anodizing, galvanizing, and zinc plating.

This course introduces corrosion and cathodic protection fundamentals and then trains participants in key CP survey techniques and AC/DC interference surveys to assess coating condition and protection effectiveness for pipelines and buried assets. It targets engineers, technicians, operators, surveyors, and managers who need a practical understanding of corrosion prevention.

An advanced online course for professionals in oil and gas focusing on integrity and reliability of static equipment. Includes inspection planning, deterioration monitoring, fitness-for-service and risk analysis, and corrosion prevention aligned with international standards.

This course explains how corrosion threatens pipelines, tanks, treatment plants, and networks, and then builds fundamentals in electricity, chemistry, electrochemistry, cathodic protection, coatings, integrity surveys, inspection, and maintenance. Aimed at engineers, technicians, municipalities, and asset managers, it focuses on practical protection of critical water infrastructure.

This course provides a comprehensive understanding of geothermal drilling technology and engineering principles, ensuring that participants can design, plan, and execute geothermal wells efficiently and safely. It explains drilling technology, equipment, well planning, metallurgy for high-temperature corrosive brines, well control and safety, and geothermal-specific challenges such as lost circulation and thermal stability, showing how oil and gas best practices can be adapted for geothermal projects.

This course provides gas industry professionals with foundational knowledge in pressure control, pipeline design, and asset management. Through classroom instruction and hands-on training, participants learn about safety standards, corrosion protection, system integrity, maintenance philosophies, and operational best practices, with an emphasis on regulatory compliance and safe management of gas transmission systems and equipment.