Biological Research Lab

This was a direct customer project at an active biological research laboratory in St. Petersburg. About 150 Cat6 drops including data, phone, and wireless access point locations. The catch: the customer's IT staff was entirely remote. Nobody making cabling decisions was physically on-site during the project.

That changes how you work. Normally, if there's a question about drop placement or pathway routing, you walk down the hall and ask someone. On this project, every decision required a phone call or email to the remote IT team. We sent photos of proposed AP placements, confirmed drop locations against their floor plans, and documented everything in real time so the people approving the work could see exactly what we were doing without being there.

WAP placement was coordinated to the customer's specific wireless coverage requirements. Remote IT provided placement specs, and TSS installed access points at those exact locations. Wireless coverage design isn't our scope — we install where the customer's engineer says to install — but we flagged locations that looked problematic from a construction standpoint so the IT team could adjust before we mounted anything.

Parts of this facility are clean room environments. Sensitive lab areas required specific PPE, controlled access procedures, and work methods that wouldn't compromise the research being conducted. TSS followed the facility's protocols for every restricted area. Two weeks from first cable pull to final turnover.

About 150 Cat6 drops serve this research lab — workstations, lab bench data connections, phone jacks, and wireless access points. The WAP locations were specified by the customer's remote IT team based on their wireless coverage modeling. TSS installed the complete structured cabling system including a full TDR buildout.

The system is straightforward by design. A research lab's cabling needs are driven by the density and placement of bench locations, instrument stations, and office areas. Unlike a hospital or medical office, there's no coax backbone or nurse call system. What matters here is reliable data connectivity at every work position and consistent wireless coverage across the facility.

Clean room areas required cables routed through approved pathways without compromising the room's controlled environment. Cable penetrations into sensitive spaces had to maintain the room's air handling and contamination control requirements.

Remote IT coordination defined this project's workflow. Before we pulled the first cable, TSS reviewed floor plans with the remote IT team by phone to confirm every drop location, pathway preference, and AP placement. We photographed site conditions and sent them to IT so they could make informed decisions without visiting.

During installation, we maintained a running communication log with the remote team. Any deviation from plan — a pathway blocked by existing infrastructure, a drop location that conflicted with lab equipment — got documented with photos and sent for approval before we made changes. That process added communication overhead, but it eliminated the rework that happens when field decisions are made without IT input.

The two-week timeline was tight but achievable because the scope was well-defined before we started. No mid-project scope changes, no waiting on decisions. The remote IT team was responsive and decisive, which kept the schedule on track. Clean room access added time to certain areas because of PPE requirements and restricted entry protocols, but we planned for that in the schedule.

All 150 Cat6 drops were tested to TIA channel specifications with a Fluke DSX tester. PDF test results were delivered to the remote IT team electronically along with cable schedules and TDR as-built documentation.

Because IT wasn't on-site to physically verify the installation, the documentation package was especially important. Every cable labeled, every patch panel port mapped, every test result linked to its physical location. The remote team needed to be able to manage this network from afar without ambiguity about what's connected where.

TSS sent a focused crew for this two-week project. All W2 employees, OSHA trained. The team completed the facility's biosafety orientation and clean room access training before entering any restricted areas. Required PPE for sensitive lab spaces was worn at all times in those zones.

Working in an active research lab requires the same awareness as working in an active hospital. You don't touch what you shouldn't touch, you don't go where you're not cleared, and you follow the facility's protocols exactly. Our crew treated the lab's requirements with the same seriousness as hospital infection control.

ANSI/TIA-568 on all copper installations. BICSI best practices for cable support, routing, and termination. NEC compliance throughout. The facility's clean room and biosafety protocols added requirements beyond standard commercial cabling — controlled access, specific PPE, and work methods that protected the research environment.

Cable penetrations into clean room spaces were sealed and verified to maintain the room's environmental controls. All work in sensitive areas was coordinated with lab staff to ensure research activities weren't disrupted by construction noise, vibration, or contamination risk.