Course - Designing for Corrosion Control

The Designing for Corrosion Control Course reviews the principles of corrosion and corrosion control and provides a systematic method for applying the technology of corrosion prevention to the design process. It offers an overview of the steps involved in materials selection common to many industries. It also covers the economic considerations of including corrosion control in system design and the financial principles used in evaluating alternative materials and designs. NACE is recognized as an Authorized Provider of Continuing Education Units by the International Association for Continuing Education and Training (IACET). In order for a learner to “Successfully Complete” a NACE course and thereby receive a Certificate of Completion and CEUs, the following criteria must be met:
•Attend the entire course
•Successfully pass each learning assessment for the course with a score of 70% or higher
Learning assessments may include: a cumulative average quiz score, a practical exam, and/or a written exam.
For learners who do not meet the two criteria above, a retake of the course and the related learning assessments will be required, in order to receive a Certificate of Completion with CEUs and “Successfully Complete” the NACE course.
Disclaimer: This Certificate of Completion denotes successful completion of the NACE course, and should not be interpreted as the award of a NACE Institute Certification.

At the conclusion of the course you will be asked to complete a course evaluation.

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Anyone who has a technical corrosion background but is new to design including: civil engineers, mechanical engineers, design and process engineers, consultants, contractors, and architects.
No prior training is required. However, for those with a limited corrosion background, the NACE Basic Corrosion Course is recommended prior to taking this course.
  • Corrosion Control and its importance in the Design Process
  • Matching Materials Performance to Service Environments
  • Materials Selection (Process, Methodologies and Factors Influencing Materials Selection)
  • Effects of Corrosion and Design on Materials
  • Optimization of Design
  • Economic Considerations and Analysis
Schedule Summary
 Start TimeEnd Time
Day 18:00 AM5:00 PM
Day 28:00 AM5:00 PM
Day 38:00 AM5:00 PM
Day 48:00 AM5:00 PM
Day 58:00 AM2:00 PM