International · Steel Manufacturing · Ontario, Canada
300,000 Sq Ft Plant Expansion — Delivered at 20% Below Projected Workforce Increase
The Situation: A Canadian steel manufacturer undertook a major facility expansion — scaling from 180,000 sq ft to 300,000 sq ft. The project required complete machine placement planning, warehouse layout design, material flow engineering, and full process documentation for new production lines. Projected workforce requirement for the expanded operation was an increase of 100 personnel above the existing 150-person team.
The Problem: Unoptimized expansion layouts routinely result in oversized teams, inflated material travel distances, and workflow bottlenecks that become permanent once the floor is set. In a plant nearly doubling in size, these inefficiencies compound — and become expensive to correct after concrete is poured and machines are anchored.
What SNCIO Did: As Lead Engineer and Project Manager, Neel Shah designed the full floor layout with material flow optimization as the primary constraint — not just square footage allocation. Machine sequencing was mapped against production flow rather than convenience. Warehouse zoning was structured to minimize inbound-outbound travel distance. Process documentation was built to enable faster workforce onboarding with fewer senior supervisors required per line.
Plant Size: 180,000 → 300,000 sq ft
Workforce Added: 50 personnel (vs. 100 projected)
Annualized Labor Cost Saved: CAD $3.2M against expansion estimate
- Completed within a 3-month project timeline
- 22% reduction in average material travel distance vs. initial layout proposal
- Workforce onboarding time reduced by ~25% through structured process documentation
- Zero rework on layout post-implementation — floor set correctly the first time
Engagement Type: Full Project — Layout · Warehouse Design · Material Flow · Process Documentation