In today’s rapidly evolving urban landscape, the need for thorough and accurate evaluation of existing buildings is more critical than ever. The built environment is aging, and with increased occupancy loads, environmental stressors, and usage changes, the structural health of buildings must be rigorously assessed to prevent failures and optimize asset performance. The Structural Condition Assessment for Existing Buildings training by Pideya Learning Academy is a comprehensive program designed to provide professionals with deep insight into contemporary diagnostic techniques, structural evaluation frameworks, and material behavior analysis.
As per the 2022 Infrastructure Report Card by the American Society of Civil Engineers (ASCE), over 42% of U.S. bridges and a large portion of public infrastructure are more than 50 years old, many approaching the end of their intended design life. Additionally, the global building stock is aging, particularly in the Middle East and parts of Asia, where decades of rapid construction have led to a backlog of maintenance and rehabilitation projects. In regions like the Gulf Cooperation Council (GCC), industry analysts estimate that over 35% of buildings constructed before 1990 have never undergone a formal structural condition assessment, exposing stakeholders to significant operational and legal risks. These statistics underscore the urgency for trained professionals who can conduct precise evaluations using standardized, effective methodologies.
This advanced training by Pideya Learning Academy is tailored to address these gaps. It equips participants with the knowledge to analyze, diagnose, and document the condition of existing structural systems made from concrete, steel, masonry, and timber. Learners will explore various diagnostic tools and testing technologies, including visual inspections, destructive methods like core sampling, and non-destructive techniques such as ultrasonic pulse velocity testing, rebound hammer methods, corrosion analysis, and radiographic imaging. One of the key advantages of this program is its emphasis on selecting the most appropriate method based on building type, usage, and environmental conditions.
Key highlights of this training include:
Understanding key structural deterioration mechanisms and their early indicators
In-depth coverage of both destructive and non-destructive testing aligned with international standards
Guidance on creating inspection checklists and condition survey frameworks
Real-world case studies showcasing diagnostic success stories and failure investigations
Detailed overview of current and emerging diagnostic equipment and interpretation techniques
Emphasis on integrating test data into repair, rehabilitation, or asset management strategies
Insights into aligning assessment procedures with ISO, ACI, and ASTM codes
Participants will also gain practical knowledge in organizing and conducting condition surveys that support building lifecycle planning, risk mitigation, and regulatory compliance. Through a balance of technical depth and strategic thinking, the program fosters competence in assessing deterioration patterns, load path disruptions, environmental degradation, and structural fatigue. It also explores how test findings can inform critical decisions related to safety upgrades, adaptive reuse, and sustainability goals.
The course further integrates discussion-based learning and scenario-driven analysis, enabling professionals to interpret results with greater precision and confidence. Participants will leave the training with a robust understanding of how to structure a diagnostic study from initiation to reporting, including data handling, stakeholder communication, and compliance alignment. By the end of this course, learners will be well-prepared to lead or contribute to structural evaluation efforts for commercial, industrial, and institutional buildings.
With this focused and forward-looking training from Pideya Learning Academy, professionals across the construction, engineering, and infrastructure sectors will be empowered to protect assets, extend building lifespans, and uphold safety standards in line with global best practices.

Key Takeaways:

• Understanding key structural deterioration mechanisms and their early indicators
• In-depth coverage of both destructive and non-destructive testing aligned with international standards
• Guidance on creating inspection checklists and condition survey frameworks
• Real-world case studies showcasing diagnostic success stories and failure investigations
• Detailed overview of current and emerging diagnostic equipment and interpretation techniques
• Emphasis on integrating test data into repair, rehabilitation, or asset management strategies
• Insights into aligning assessment procedures with ISO, ACI, and ASTM codes

• Understanding key structural deterioration mechanisms and their early indicators
• In-depth coverage of both destructive and non-destructive testing aligned with international standards
• Guidance on creating inspection checklists and condition survey frameworks
• Real-world case studies showcasing diagnostic success stories and failure investigations
• Detailed overview of current and emerging diagnostic equipment and interpretation techniques
• Emphasis on integrating test data into repair, rehabilitation, or asset management strategies
• Insights into aligning assessment procedures with ISO, ACI, and ASTM codes