Cathodic Protection Technologist (CP3) Preparation Course

5-Day Intensive Outline for KSA, GCC & Africa

Introduction

This 5-day CP3 preparation course is designed for engineers and corrosion professionals preparing for the AMPP Cathodic Protection Technologist (CP3) certification. The CP3 program builds on foundational cathodic protection knowledge and focuses on advanced field data interpretation, troubleshooting, and design calculations for both galvanic and impressed current systems. AMPP describes CP certifications as an industry-standard pathway for testing, evaluating, and designing cathodic protection systems used in offshore structures, oil and gas pipelines, storage tanks, ships, and related assets. 

This course is highly relevant for KSA, GCC, and Africa, where cathodic protection skills are important for pipeline integrity, storage terminals, marine assets, utilities, and heavy industry. Training demand is visible in Saudi Arabia, Dubai, and Africa-based corrosion training ecosystems. 

Target Audience

This course is intended for cathodic protection consultants, CP technicians, maintenance and inspection personnel, corrosion engineers, and experienced field practitioners who want to advance toward technologist-level competence. It is especially suitable for professionals working in oil and gas, petrochemicals, pipelines, tanks, marine structures, and infrastructure asset integrity. AMPP lists CP consultants, CP maintenance and inspection personnel, CP technicians, and corrosion engineers among the intended audience. 

Course Objectives

By the end of the program, participants should be able to interpret CP survey data, troubleshoot galvanic and ICCP systems, perform design calculations, assess interference and stray current issues, select corrective actions, and approach the CP3 exam with greater confidence. Typical preparation content also includes standards awareness, documentation, and practical problem-solving. 

Learning Methods

The course combines instructor-led lectures, worked calculations, case-based troubleshooting, standards review, equipment-focused discussion, practical exercises, and mock exam practice. AMPP and training providers emphasize both theory and practical application, including equipment use, testing methods, and hands-on learning. 

5-Day Course Outline

Day 1: CP3 Fundamentals Refresh and Advanced Electrochemistry

Review corrosion theory, polarization, depolarization, Faraday’s Law, electrochemical series, DC electrical laws, rectifier circuits, unit conversions, and scientific notation. Reinforce the CP2-to-CP3 transition by focusing on the theory required to understand advanced diagnosis and design. 

Day 2: CP Testing, Measurement Accuracy, and Data Interpretation

Cover structure-to-electrolyte potentials, instant-off readings, close interval surveys, isolation testing, casing tests, soil resistivity, coating assessment, and common measurement errors such as voltage drop, contact resistance, and reference electrode issues. Learners practice interpreting CP data and identifying false readings. 

Day 3: CP System Design Calculations

Focus on galvanic anode and impressed current system design, current demand, current density, resistivity, anode selection, ground bed concepts, current distribution, voltage gradients, and simplified design calculations for pipelines, tanks, offshore structures, and concrete-related applications. 

Day 4: Interference, Troubleshooting, and Standards

Study DC, AC, and induced interference; identify sources; evaluate mitigation options such as bonding, decouplers, and gradient control; then move into root cause analysis, remediation planning, and review of key standards and compliance expectations. This day should include practical troubleshooting drills and failure case studies. 

Day 5: Exam Preparation, Case Studies, and Mock Assessment

Consolidate learning through case-based scenarios, graphical data interpretation, formula review, standards-based decision making, documentation practice, and a final mock exam. End with targeted feedback on weak areas, exam strategy, and readiness planning for the theory and case-based assessments. AMPP provides theory and case-based exam preparation guidance for CP3 candidates. 

Learning Outcomes

After completing this course, participants should be able to analyze CP performance data, detect and correct testing errors, troubleshoot complex cathodic protection problems, support the design of galvanic and ICCP systems, and apply standards-based judgment in field and exam situations. They should also be better prepared to support corrosion control programs across pipelines, tanks, offshore assets, and infrastructure. 

Regional Positioning for KSA, GCC & Africa

For SEO and market fit, position this course around sectors with strong asset integrity needs: oil and gas pipelines, tank farms, marine terminals, utilities, desalination, ports, and infrastructure. Saudi providers highlight national delivery in Riyadh, Jeddah, Dammam, and Al Khobar, while Dubai and African training ecosystems show continuing relevance for CP upskilling. 

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