Course Events

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.

This advanced course equips professionals with comprehensive expertise in corrosion theory, impressed current system design, installation, commissioning, and performance evaluation. It also introduces cathodic protection applications in marine, concrete, and internal surface environments, preparing candidates for specialist-level certification.

Alloys of iron, copper and aluminum.

This course covers boiler operational care, damage mechanisms, and maintenance planning, providing essential strategies for industrial safety and integrity management. Participants will also review regulatory compliance requirements under Resolution 1857/2024 of Colombia's Ministry of Labor.

This course covers surface engineering fundamentals—thermal and thermochemical treatments, CVD/PVD coatings, laser cladding, thermal spray, electrochemical deposition, and ion implantation—focusing on wear, fatigue, and corrosion. Includes lab demonstrations. Designed for engineers and R&D professionals in the automotive, aerospace, energy, and related industrial sectors.

This course prepares candidates for FROSIO certification in coating inspection, covering surface preparation, application control, thickness and adhesion measurement, documentation, and defect recognition for industrial, offshore, and shipbuilding projects.

Comprehensive course on pipeline defect assessment, combining theory and hands-on training. It covers corrosion, dents, cracks, weld defects, and repairs, and introduces fracture mechanics and hydrogen effects. Participants gain industry-standard skills to confidently evaluate defects and ensure pipeline integrity in real-world applications.

Compliant with BS EN ISO 15257, this course prepares technicians for certified competency in marine and offshore environments. Participants master CP general principles and measurement techniques, gaining essential skills to inspect and monitor ships, offshore platforms, coastal pipelines, and harbor facilities under supervision.

This practical course trains participants to conduct and evaluate standardized corrosion and coating tests in salt-spray environments in accordance with key ISO standards. Through theory and hands-on exercises, attendees learn brine preparation, chamber operation, cross-cut and adhesion testing, and systematic assessment of blistering, rusting, cracking, flaking, and delamination, including joint interpretation of problematic samples.

The course builds essential expertise in coatings, corrosion prevention, standards, materials interaction, and corrosion-protective design, combining theory with practical study. Successful candidates earn the FROSIO surface treatment inspector certificate, with the level aligned to their experience.

This comprehensive course covers the ISO 12944 standard for corrosion protection of steel structures with protective paint systems. Participants master sample preparation, test procedures, cyclic aging protocols, and systematic evaluation of coating performance. Emphasizing offshore and high-severity environments, the training includes hands-on practice in proper cutting techniques, progress monitoring, and collaborative assessment of challenging samples in real-world applications.

This special event offers five concurrent two-day tracks—Basic Corrosion Control, Underground and Advanced Underground CP, High-Performance Coatings, and Rectifier Training, that combine core theory with hands-on field instruction, troubleshooting, and demonstrations for professionals at all experience levels in corrosion prevention and infrastructure protection.

This extended course covers the full spectrum of Oil & Gas asset integrity: from hydrocarbon extraction fundamentals and materials science to corrosion mechanisms (electrochemical and MIC), damage and failure analysis, risk-based inspection (RBI), NDT techniques, cathodic protection, well integrity (WIMS), and plant integrity management. Grounded in API, ASME, ISO, and Norwegian Petroleum Industry (Norsok) standards, it builds practical, standards-based competence across 14 modules for O&G professionals.

The course program is designed to develop skills essential for ensuring the integrity and reliability of static equipment in the oil and gas sector, emphasizing preventive and predictive maintenance throughout the equipment's lifecycle. Participants learn to plan and perform inspections, monitor deterioration, conduct fitness-for-service and risk analyses, and make prioritized decisions for safe, compliant operations. A key focus is on mastering advanced corrosion prevention and control techniques, grounded on international standards and industry best practices.

This summer school offers a comprehensive overview of nuclear corrosion, spanning fundamental electrochemistry, light water reactors, waste disposal, and advanced systems. Renowned experts cover environmentally assisted cracking, hands-on experiments, aging management, case studies, and characterization, with content tailored for professionals from nuclear authorities, industry, research organizations, and universities.

This AWWA-ASDWA course teaches how to select, analyze, and apply corrosion-control treatment data to minimize lead and copper release and to determine when reevaluation is warranted.

This foundational course covers the eight major forms of corrosion that affect all metals and industries, teaching participants to identify risks, understand the driving forces, and apply practical control techniques. Twelve lessons cover aqueous corrosion principles, material selection, protective coatings, cathodic protection, and failure diagnosis. Ideal for engineers, managers, designers, technicians, and chemical or petroleum industry specialists seeking practical, applicable corrosion management knowledge.

This is the first part of a three-part AWWA and ASDWA program that guides water utility professionals from corrosion chemistry to regulatory action for lead reduction. It covers electrochemical processes, water-quality impacts, and Pourbaix diagrams, equipping participants with the theoretical foundation and practical treatment strategies to minimize metal release and optimize system safety.

This course introduces essential corrosion prevention principles for non-specialists, covering design considerations, material selection, and protective methods, including coatings, inhibitors, and cathodic protection. With clear illustrations and assessments, it builds a practical foundation for staff across technical, commercial, and management roles in any industry exposed to corrosion.

This course teaches essential corrosion testing and monitoring techniques, covering laboratory and field methods, electrochemical procedures, specimen preparation, and failure diagnosis. Narrated animations, demonstration videos, and interactive quizzes reinforce learning. It is ideal for design engineers, operators, technicians, process engineers, QA managers, and anyone seeking practical skills to evaluate materials and control corrosion effectively.

This self-paced AWWA/ASDWA eLearning program guides water utilities through the chemistry of corrosion, its evaluation, and the implementation of corrosion-control treatments to support lead reduction and regulatory compliance. Participants learn to evaluate, select, implement, monitor, and optimize these treatments using practical methods, tools, field studies, and performance criteria.

This comprehensive course provides practical knowledge of stainless steels, covering metallurgy, properties, processing, and corrosion resistance across all major families, including duplex. Participants learn to select alloys, solve corrosion and fabrication problems, and optimize welding and high-temperature performance, making it ideal for designers, engineers, fabricators, and maintenance professionals.

This course provides foundational knowledge for identifying, preventing, and predicting electrochemical corrosion in metals and alloys. Through detailed illustrations, narrated explanations of mechanisms, and real-world industrial case studies, participants learn to identify uniform, galvanic, pitting, and high-temperature degradation, and to optimize material performance across diverse service conditions.