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As temperatures rise and flowers bloom, it is also time for the blossoming of cranes, bulldozers, backhoes, compressors, excavators, plus an endless stream of trucks delivering tools, equipment, and supplies.
Yes, it is construction season in Canada!
With job sites in Canada entering their most demanding time of the year—driven by tight deadlines and favourable weather—a surge of rooftop and elevated work-area activity is inevitable.
For contractors, maintenance teams, and facility workers converging on job sites, this acceleration also amplifies the risk of construction fall hazards. Increased traffic, compressed schedules, and more frequent work at height create the conditions for serious fall incidents. Managing those risks effectively demands a proactive, engineered approach to work at height safety—and for projects involving educational facilities, the challenges are compounded.
Active construction environments can have multiple trades sharing rooftop and elevated work areas. Equipment gets repositioned. Schedules shift. In that environment, hazards intensify.
Unprotected edges are a serious threat at any active site. Workers moving across rooftops — particularly when focused on a task — face constant fall exposure at the perimeter.
Unsafe access routes create another layer of risk. Workers forced to navigate around mechanical equipment or traverse uneven surfaces without defined pathways are more likely to trip, lose balance, or drift too close to an unprotected edge.
Skylights and roof hatches are often underestimated in congested zones. A misstep into an open hatch or skylight or stepping directly onto a closed skylight that cannot support a worker’s weight can be catastrophic.
Obstructions on the rooftop, such as piping, ductwork, cables, conduits, and even debris, create constant trip and fall hazards.
Façade work using suspended platforms requires proper rigging and anchorage, which should not be done on an ad hoc basis.
When different contractor firms and construction crews share the same space, fall protection equipment and safety training can be inconsistent and unreliable. Engineered systems set in place will diminish risks and protect workers on crowded rooftops.
Unlike temporary or improvised measures, permanent rooftop safety systems support safer movement and improve job site efficiency by eliminating repeated setup time and guesswork. They provide a distinct advantage when schedules are tight and site traffic is high. Safety managers should consider both “passive” and “active” fall protection measures.
The most effective fall protection is to place a barrier between the worker and the hazard. These are “passive” rooftop access systems because they are already in place and collectively protect multiple workers simultaneously without special equipment or training. Passive fall protection is an ideal way to account for multiple trades on congested rooftops. Types of systems include:
When guardrails are not practical or not already in place, “active” fall arrest measures are needed. They deploy harnesses, lanyards, lifelines, connectors, and engineered roof anchor systems to provide effective travel restraint and fall arrest. They can include:
Schools, colleges, and university campuses introduce a distinct combination of pressures. Academic calendars create hard deadlines. Phased construction means work often occurs on or adjacent to occupied buildings. Since campus facilities will require ongoing maintenance for decades, the rooftop safety infrastructure installed during construction should also serve long-term needs.
To this end, work access platforms provide compliant, passive fall protection that will enhance worker safety and productivity for years to come. Featuring a modular design, they can be installed for permanent placement, such as HVAC unit maintenance, or be expanded, reconfigured, and moved if necessary.
They feature anti-slip, self-draining walkway steps and platform decks and aluminum or galvanized steel frames with integrated guardrails. Types of platforms include:
These permanent fall protection systems installed during initial construction or renovation protect contractor rooftop safety in the short term while supporting facility operations and regulatory compliance well into the future.
Educational facilities across Canada need safe, compliant access for staff, contractors and maintenance teams working at height. Kee Safety provides rooftop fall protection and safe access solutions for schools, colleges and universities, helping protect people near roof edges, skylights, ladders, access points and rooftop equipment.
