The situation
A telecommunications company's R&D lab had accumulated years of equipment, projects, and overhead without the operational infrastructure to manage them. The space had grown from a focused hardware development environment into something closer to a warehouse: gear placed without a system, cooling strained past its design capacity, and no inventory that accurately reflected what was actually in the building.
The engineers working inside the lab carried the real operational knowledge. What was written down, where anything was written down at all, was incomplete. The physical environment had quietly become a constraint on the work it was supposed to support.
What needed to change
The lab had no standardized procedures, misplaced equipment, and an insufficient cooling system that put hardware at risk and drove up energy costs. Outdated technologies and disorganized workflows slowed development cycles and inflated operational overhead.
Asset management was nonexistent. Over 500 pieces of equipment were untracked, underutilized, or improperly placed. Inadequate cooling created hot spots that threatened sensitive equipment and made energy consumption unpredictable.
How it was solved
Conducted a comprehensive assessment of the lab's layout, asset inventory, and energy utilization. Reorganized the physical space and equipment placement to optimize workflow, eliminate bottlenecks, and ensure every asset was properly accounted for and accessible.
Introduced standardized procedures across hardware development and QA teams to address the procedural inconsistency. Upgraded systems and software to current standards and built an equipment lifecycle process covering acquisition, use, and decommissioning, so the lab could maintain its capabilities without accruing technical debt.
Rather than replacing the cooling infrastructure, worked with HVAC vendors to repair and optimize the existing system. Redesigned airflow configurations, eliminated hot spots, and refined energy management practices, achieving significant cost savings without capital expenditure on new equipment.
What changed
The 42,000 sq ft space was reorganized, every asset catalogued and properly placed, and the cooling system repaired and optimized without new HVAC capital spend. Annual energy costs dropped by $50,000. Rack density improved by 18%, recovered through decommissioned and better-placed hardware.
The engineering team recovered 50 hours a month previously spent navigating a disorganized environment. A working lifecycle process gave the lab a framework to maintain its capabilities without accumulating the same overhead again.
