DESIGN REVIEW AND VALIDATION CHECKLIST

Created by ChecklistGuro (https://checklistguro.com)

--- GENERAL INFORMATION & SCOPE ---
[ ] Project Name
[ ] Design Revision Number
[ ] Date of Design Submission
[ ] Total Project Area (sq ft/m2)
[ ] Brief Project Description
[ ] Design Phase (Schematic Design, Design Development, Construction Documents, Other)
[ ] Attached Design Documents (PDFs, CAD files)

--- REGULATORY COMPLIANCE & PERMITS ---
[ ] Applicable Building Code Version (IBC 2018, IBC 2021, Local Code (Specify Below))
[ ] Specify Local Code (if applicable)
[ ] Required Permits (Building Permit, Electrical Permit, Plumbing Permit, Mechanical Permit, Grading Permit, Environmental Permits (e.g., stormwater), Other (Specify))
[ ] Other Permits Required (if applicable)
[ ] Permit Application Forms
[ ] Permit Application Submission Date
[ ] Permit Number(s)
[ ] Zoning Compliance (Compliant, Non-Compliant (Requires Variance))
[ ] Variance Details (if applicable)

--- STRUCTURAL INTEGRITY & STABILITY ---
[ ] Live Load Capacity (psf)
[ ] Dead Load Capacity (psf)
[ ] Wind Load Calculation Factor
[ ] Summary of Structural Calculations
[ ] Structural Analysis Reports (e.g., ETABS, SAP2000)
[ ] Soil Type Considered in Design? (Clay, Sand, Gravel, Silt, Rock, Other)
[ ] Seismic Zone? (A, B, C, D, E, F)
[ ] Description of any deviations from standard design practices, and justification.

--- GEOTECHNICAL CONSIDERATIONS ---
[ ] Summary of Geotechnical Report Findings
[ ] Design Soil Bearing Capacity (psf)
[ ] Design Soil Unit Weight (pcf)
[ ] Foundation Type (as per Geotechnical Report) (Shallow Foundations (e.g., Spread Footings), Deep Foundations (e.g., Piles, Caissons), Mat Foundation, Other (Specify))
[ ] Geotechnical Report (Complete)
[ ] Groundwater Table Location (as per Geotechnical Report) (Above Ground, At Ground, Below Ground, Not Encountered)
[ ] Notes/Assumptions Made Regarding Geotechnical Data

--- ARCHITECTURAL DESIGN & AESTHETICS ---
[ ] Overall Design Concept Description
[ ] Compliance with Architectural Style Guidelines? (Fully Compliant, Partially Compliant - Requires Modification, Not Compliant - Requires Significant Revision)
[ ] Exterior Renderings/Visualizations
[ ] Facade Material Palette Consistency Score (1-10)
[ ] Description of Interior Layout and Functionality
[ ] Adherence to Accessibility Standards (ADA)? (Yes, No, Requires Further Review)
[ ] Notes on Material Selection and Justification

--- MEP (MECHANICAL, ELECTRICAL, PLUMBING) SYSTEMS ---
[ ] HVAC System Capacity (BTU/hr)
[ ] Electrical Panel Size (Amps)
[ ] Plumbing Material Type (Domestic Water) (Copper, PEX, CPVC, Other)
[ ] Description of Emergency Power System
[ ] MEP Shop Drawings - HVAC
[ ] Energy Efficiency Features (MEP) (High-Efficiency Pumps, Variable Frequency Drives (VFDs), LED Lighting, Smart Controls, Solar Panels)
[ ] Coordination Issues Identified & Resolution Plan

--- SUSTAINABILITY & ENERGY EFFICIENCY ---
[ ] Target U-Value for Building Envelope (W/m²·K)
[ ] Estimated EUI (Energy Use Intensity) (kWh/m²/year)
[ ] Sustainable Materials Used (e.g., Recycled Content, Locally Sourced) (Recycled Content, Locally Sourced, Rapidly Renewable Resources, Certified Wood (e.g., FSC), Other (Specify in LONG_TEXT))
[ ] Describe any Passive Design Strategies (e.g., Orientation, Shading)
[ ] HVAC System Type (Select one) (VRF, Chilled Beams, Packaged Rooftop Units, Other (Specify in LONG_TEXT))
[ ] Energy Modeling Report (if available)
[ ] Water Conservation Measures (Select all that apply) (Low-flow fixtures, Rainwater harvesting, Greywater recycling, Drought-tolerant landscaping)
[ ] Describe any LEED or other Sustainability Certifications being targeted

--- CONSTRUCTABILITY & SEQUENCING ---
[ ] Describe any potential constructability challenges anticipated with this design.
[ ] Which of the following construction methods are deemed most appropriate for this design? (Select all that apply) (Cast-in-place Concrete, Precast Concrete, Steel Frame, Timber Frame, Modular Construction, Other (Specify in LONG_TEXT))
[ ] Estimated number of construction crews required for peak activity.
[ ] Target start date for critical construction activities.
[ ] Describe any sequencing dependencies that need to be carefully managed during construction.
[ ] What is the anticipated level of complexity regarding material delivery and staging? (Low, Medium, High)
[ ] Upload any 3D models or BIM files used for constructability review.

--- COST ESTIMATION & VALUE ENGINEERING ---
[ ] Estimated Material Cost Deviation (%)
[ ] Estimated Labor Cost Deviation (%)
[ ] Estimated Total Project Cost Deviation (%)
[ ] Value Engineering Ideas Considered (and rationale)
[ ] Recommended Value Engineering Change? (Yes, No, Needs Further Investigation)
[ ] Supporting Documentation (e.g., revised cost estimates, vendor quotes)
[ ] Explanation of any significant cost discrepancies.
[ ] Cost Estimate Source? (Internal Estimation, Subcontractor Quote, Vendor Quote, Software Estimate)

--- RISK ASSESSMENT & MITIGATION ---
[ ] Identify Potential Risks
[ ] Risk Severity (1-10)
[ ] Risk Probability (1-10)
[ ] Describe Proposed Mitigation Strategies
[ ] Risk Category (e.g., Design, Geotechnical, Regulatory) (Design, Geotechnical, Regulatory, Material Supply, Labor Availability, Environmental, Other)
[ ] Potential Impact Areas (Schedule, Budget, Quality, Safety, Environmental)
[ ] Date of Risk Identification
[ ] Contingency Plans (if mitigation fails)

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