Each consulting engineering firm employs a professional engineer with extensive experience to predict most problems and provide appropriate solutions in risk management. As a result, many issues are identified before they occur. However, it is still possible to encounter unpredictable events due to new conditions. This situation can be hard and requires much time to investigate and identify the critical factors for optimal design. I experienced this issue, and the stakeholders decided to implement a quick solution even though it was expensive for the safety of people who work. Today, finding the best solution quickly by analyzing data in real-time is easy. API codes of structural software, BIM, AI, and this professional engineer.

When encountering unexpected structural issues on-site, my first step is to assess the situation thoroughly to understand the extent of the problem. I then communicate with all relevant stakeholders, including the client, contractors, and design team, to ensure transparency regarding the issue and any potential delays. Collaboratively, I work with my team to explore and evaluate potential solutions, prioritizing the most effective and cost-efficient options. By maintaining clear communication, promoting teamwork, and acting quickly to implement a resolution, I can effectively navigate challenges and minimize their impact on the overall project timeline and quality.

Firstly, and most importantly, address the health and safety risk of the situation. 1. Does this issue result in immediate hazards or risks of injury to the operator, nearby personnel, etc. If so, stop work immediately 2. Assess the issue in accordance with the design/specification/regulations. Can this be resolved swiftly on site by restarting/amending the works or will the issue prove to compromise the design/cause further issues at a later date. 3. Work holistically and cooperatively between the client, designer and contractors to produce a solution that resolves and later mitigates said issue from happening, record the instance through the appropriate channels and avoid further issues later in the project through LFE.

from my opinion Immediate Assessment: Conduct a thorough site inspection to evaluate the severity and potential risks, ensuring the safety of workers and the site. Collaborate with Experts: Consult with structural engineers, designers, or consultants to analyze the issue and recommend viable solutions. Temporary Measures: Implement shoring, bracing, or other temporary supports to stabilize the structure and prevent further damage. Reevaluate Plans: Review original designs, materials, and construction methods to identify deviations or oversights. Transparent Communication: Inform stakeholders, including clients and supervisors, and propose revised timelines and costs if necessary. irAmir

1) If fundamental of Structural behaviour is clear, most problems can be solved on site immediately. 2) Detailing must be simple & elaborate. 3) Changes is part of the job, needs immediate attention. 4) In most places, you don’t get codes, References… So go by simple fundamentals of design.

There must be a proper communication channel from site level to higher authority that almost all issues are solved before it happens. Responsibilities must be shared and updated frequently, each level of construction a site meeting with all consults like architect , structural engineers, and MEP, this will help to short out the issues from the site itself.

Structural problems that come up on the site necessitate a swift evaluation towards determining the source and level of risk, with safety being the priority. Such findings and possible consequences should also be communicated to stakeholders such as the clients and the project team. Work with the technical team in considering design change, materials, or even construction techniques. Record all resolutions and take necessary actions within safety and quality frameworks. To meet such challenges, active and thorough problem solving, communication and collaboration are important.

Conduct an immediate on-site evaluation of the issue with your team and specialists, such as structural engineers. Understand its scope and implications. Review the original design and any relevant calculations to determine if adjustments are possible or necessary within the project's scope. If the issue requires complex structural changes, consult with experts and subcontractors. Ensure the client and relevant stakeholders are informed about the nature of the problem, its implications, and proposed resolutions.

I will check the inspection testing plan method of statement Technical specs Tolerances base on employers requirements standards minimum acceptable..for the rectification restoration etc just like in bridge retrofitting

By taking my time to understand the environment By seeking to detect and analyze the profiles and expectations of other stakeholders Finally, by bringing my collaborative and complementary contribution