Design and Planning of a Pre-Engineered Building (PEB) for an Industrial Facility

Apply structural engineering principles and software tools to design an efficient, cost-effective Pre-Engineered Building suitable for an industrial application.

Demonstrate competency in interpreting client requirements, site conditions, and relevant building codes (such as IS codes or AISC standards) to develop optimized PEB solutions.

Analyze load factors including dead loads, live loads, wind loads, and seismic forces to ensure structural integrity and safety.

Develop detailed structural drawings and BOM (Bill of Materials) reflecting accurate dimensions, component specifications, and material grades.

Incorporate sustainability and constructability considerations for ease of fabrication, transportation, and onsite assembly.

Communicate effectively through comprehensive design documentation and oral presentation to a simulated client or engineering team.

Exhibit professional judgment in balancing cost constraints, functionality, durability, and aesthetic appeal within the design process.

Collaborate in a simulated multidisciplinary environment, integrating architectural and MEP considerations with structural design.

Review the hypothetical client’s brief for an industrial warehouse including size, usage, and location-specific data.

Conduct a site analysis focusing on geological, climatic, and environmental conditions affecting PEB design.

Calculate required structural load bearing capacities, including dead, live, wind, and seismic loads, using relevant standards.

Use CAD and structural analysis software (such as AutoCAD, Tekla Structures, or STAAD.Pro) to create a preliminary PEB layout and structural framework.

Select appropriate materials and profiles for primary and secondary structural members considering strength, weight, and cost.

Prepare detailed fabrication drawings and a comprehensive bill of materials with specifications for each component.

Develop an assembly and erection sequence plan highlighting logistical challenges and mitigation strategies.

Prepare a project report summarizing design decisions, calculations, compliance with codes, and cost estimates.

Present the final design and findings in a formal presentation, responding to queries and justifying design choices from both technical and business perspectives.

Reflect on design trade-offs and suggest improvements or alternatives based on feedback received.