Structural Integrity Management is one of the primary branches of engineering that ensures the dependability of a structure or structural component, thereby defining its primary function under normal conditions. Even if conditions exceed those specified in the original design, it must be guaranteed that a structure or structural component is safe.

The Structural Integrity Management System (SIMS) is an ongoing process designed to demonstrate the fitness-for-purpose of structures and offshore structures from installation to decommissioning. It is an embedded framework for planning, maintaining, and restoring platform inspections.

In accordance with ISO 19900, ISO 19902, ISO 19904, and API RP 2 SIM standards, AIBM’s Structural Integrity Management (SIM) training course identifies and lays out a thorough explanation of the fundamentals of Structural Integrity Management (SIM). Important roles and responsibilities of key stakeholders, as well as the significance of effective communication between them, will be emphasized in detail throughout the SIMS training course.

Certification Program Objectives: 

• Recognize and articulate the significance and utility of the Structural Integrity Management System.
• Apply and demonstrate the essential components of a successful SIM system.
• Utilize ISO 19900, ISO 19902, ISO 2004, and API RP 2 SIM standards to precisely define SIMS.
• Recognize the safety, environmental, and commercial risks associated with the operation of structures in order to implement effective techniques for risk reduction.
• Maintain the integrity of structures throughout their entire life cycle.
• Identify and implement the data, evaluation, strategy, and program phases of the SIMS process.
• Identify and evaluate the roles and responsibilities of stakeholders, as well as their mode of communication
• Demonstrate a thorough comprehension of the SIMS’s scope, implementation, and outcome dependability.

Certification Eligibility Criteria:

To apply for certification from The American Institute of Business and Management (AIBM) and its allied institutions, candidates must meet at least one of the following criteria:

• A Bachelor’s degree from a recognized institution

And/or

• 2 to 5 years of relevant work experience in the related professional field.

Note: Applicants who do not hold a Bachelor’s degree but possess exceptional professional experience and hold significant positions within their organizations in a relevant field may also be considered for certification on a case-by-case basis, subject to the approval of the AIBM evaluation committee.

Certifying Examination:

• To be certified as CSIMP, student should take up a 1.5 hours exam at the designated examination centers.
• The qualifying exam would consist of 50 multiple choice questions, testing core certification modules.
• Professionals with relevant experience and other qualifying criteria may be exempted from the examination.

Certification Modules:

• Module 1: Fundamentals of Structural Integrity Management
• Module 2: Structural Inspection Techniques and Methods
• Module 3: Risk Assessment and Failure Analysis
• Module 4: Maintenance Strategies for Structural Integrity
• Module 5: Advanced Structural Health Monitoring
• Module 6: Regulatory Compliance and Standards in Structural Integrity Management

* The modules of the certification are constantly updated and are subject to change.

Who Should Do This Certification:

This certification is tailored for individuals seeking to excel in structural integrity management, ensuring the safety and reliability of critical infrastructure. Whether you’re already working in the field, aiming for career advancement, or transitioning into structural integrity management, the Certified Structural Integrity Management Professional (CSIMP) certification equips you with essential knowledge and expertise.

• Engineering Professionals: Engineers working in various industries such as oil and gas, petrochemicals, aerospace, civil engineering, and more will find the CSIMP certification invaluable. It provides specialized training in structural integrity management techniques, enabling engineers to optimize asset performance and mitigate risks effectively.
• Asset Managers: Professionals responsible for managing infrastructure assets, including pipelines, bridges, offshore platforms, and industrial facilities, can benefit from the CSIMP certification. It offers insights into developing robust integrity management programs to ensure the long-term reliability and safety of assets.
• Inspection and Maintenance Technicians: Individuals involved in inspection, testing, and maintenance activities for structural assets will find the CSIMP certification beneficial. It enhances their understanding of structural integrity concepts and best practices, enabling them to perform their roles more effectively and contribute to asset reliability.
• Safety and Compliance Officers: Professionals tasked with ensuring regulatory compliance and adherence to safety standards in industries with critical infrastructure can enhance their skills with the CSIMP certification. It provides comprehensive training in risk assessment, failure analysis, and compliance management, enabling them to uphold safety protocols effectively.
• Consultants and Analysts: Structural integrity consultants, analysts, and advisors seeking to expand their expertise and credibility can pursue the CSIMP certification. It validates their proficiency in structural integrity management principles and equips them with advanced techniques to provide valuable insights to clients.
• Graduates and Career Changers: Individuals aspiring to enter the field of structural integrity management or seeking a career change can benefit from the CSIMP certification. It offers a solid foundation in structural engineering principles, risk management strategies, and industry best practices, facilitating entry into this specialized field.

Whether you’re a seasoned professional or a newcomer to the field, the CSIMP certification empowers you with the knowledge and skills needed to excel in structural integrity management, ensuring the reliability, safety, and longevity of critical infrastructure assets.