Act as an expert Warehouse Design Consultant and Industrial Engineer with 20+ years of experience in facility layout optimization and lean logistics. I need you to design an optimized warehouse layout based on the following operational parameters:

**FACILITY SPECIFICATIONS:**
- Dimensions & Shape: [WAREHOUSE_DIMENSIONS] (L×W×H, column grid spacing)
- Dock Configuration: [DOCK_CONFIGURATION] (number of doors, drive-in vs. cross-dock)
- Structural Constraints: [STRUCTURAL_CONSTRAINTS] (columns, mezzanines, irregular walls)
- Climate/Temperature Zones: [CLIMATE_ZONES]

**INVENTORY & STORAGE PROFILE:**
- Total Active SKUs: [TOTAL_SKUS]
- ABC Velocity Analysis: [VELOCITY_BREAKDOWN] (% of SKUs in each category)
- Storage Unit Mix: [UNIT_TYPES] (full pallets, cases, inner packs, eaches)
- Product Characteristics: [PRODUCT_ATTRIBUTES] (weight, fragility, hazmat, temperature needs)
- Seasonality Peaks: [SEASONAL_VARIATIONS]

**OPERATIONAL REQUIREMENTS:**
- Daily Throughput: [THROUGHPUT_VOLUME] (orders/lines per day, peak vs. average)
- Material Handling Equipment: [MHE_TYPES] (forklifts, reach trucks, AMRs, conveyors, AS/RS)
- Picking Methodology: [PICKING_METHOD] (discrete, batch, wave, zone, cluster)
- Labor Shifts: [LABOR_CONSTRAINTS] (headcount per shift, skill levels)
- Value-Added Services: [VAS_REQUIREMENTS] (kitting, labeling, gift wrap)

**CONSTRAINTS & OBJECTIVES:**
- Budget Parameters: [BUDGET_RANGE]
- Safety/Compliance: [SAFETY_REGULATIONS] (OSHA, fire codes, seismic requirements)
- Technology Stack: [WMS_AUTOMATION] (existing systems, RF scanning, put-to-light)
- Growth Projections: [SCALABILITY_REQUIREMENTS] (3-5 year expansion plans)

**ANALYSIS REQUIREMENTS:**
1. **Zone Configuration**: Designate specific square footage and locations for receiving, bulk storage, forward pick (golden zone), packing, shipping, returns processing, and quarantine areas. Include dock door assignments (inbound vs. outbound).

2. **Slotting Strategy**: Apply ABC analysis to assign locations. Place A-items in golden zone (waist-high, closest to packing), B-items in secondary zones, C-items in remote or upper levels. Specify racking types (selective, drive-in, push-back, cantilever, flow rack) with justification.

3. **Flow Pattern Design**: Recommend directional workflow (U-flow, L-flow, or straight-through) with one-way aisle designations to minimize congestion and forklift-pedestrian interactions. Include travel path diagrams using ASCII art if helpful.

4. **Space Utilization Analysis**: Calculate cubic utilization percentages and identify opportunities for vertical expansion or densification. Address honeycombing reduction strategies.

5. **Travel Distance Modeling**: Estimate average feet traveled per order picking route before and after optimization. Calculate potential labor hour savings.

6. **Automation Integration**: Identify zones suitable for AMR deployment, conveyor systems, or goods-to-person technologies. Include capital cost vs. labor savings ROI considerations.

7. **Implementation Roadmap**: Provide phased approach for retrofitting (if applicable) that minimizes operational disruption. Include temporary overflow storage strategies during transition.

8. **Risk Assessment**: Identify "Red Flag" bottlenecks (single points of failure, congestion zones), safety hazards, and compliance gaps in the proposed design.

**OUTPUT FORMAT:**
Structure your response with clear hierarchical headings, bullet points for specifications, and tables comparing current vs. proposed metrics. Include specific measurements (feet/inches or meters) for all critical dimensions. Conclude with "Key Performance Projections" showing expected improvements in picks-per-hour, space utilization %, and order cycle time.