Electrical, mechanical or integrated MEP engineering, from early design decisions through permit, tender and construction support.
Architectural decisions set the building's use, circulation, ceilings, rooms and material expression. Electrical and mechanical systems must support those decisions without leaving critical loads, equipment space, access or approval requirements until the final submission.
ETEM works from the project brief and the available architectural information to define the required disciplines, design basis, interfaces and deliverables. The objective is a clearer engineering scope and fewer late-stage gaps.
Retain the discipline the project is missing, or bring electrical and mechanical requirements together through an integrated MEP scope.
Power distribution, service capacity, lighting, emergency systems, fire alarm, low-voltage systems and required electrical studies.
Heating and cooling, ventilation, equipment selection, air distribution, plumbing, drainage and controls intent.
Loads, equipment, rooms, ceilings, controls and construction milestones reviewed through one project workflow.
Services are selected for the project's current stage. A late-start assignment is scoped differently from early integrated design.
Occupancy, system options, major loads, utility context, equipment space and MEP implications reviewed before the plan hardens.
Calculations, layouts, schedules, risers, reflected-ceiling interfaces and discipline responsibilities advanced through milestones.
Tender documentation, specifications, addenda and bidder questions supported as required.
Submittals, RFIs, site reviews, field changes and closeout handled within the agreed professional scope.
The required calculations, drawings, schedules, specifications and coordination effort depend on the building, authority requirements and project stage.
Early alignment protects the architectural concept while keeping the permit and construction package technically workable.
Electrical rooms, mechanical rooms, shafts, risers and service access identified before space becomes fixed.
Lighting, diffusers, grilles, alarms, devices and access requirements reviewed against the architectural ceiling intent.
Mechanical equipment selections and operating requirements aligned with electrical capacity, feeders and points of connection.
Fire alarm, emergency power, mechanical shutdowns, dampers and other interdependent functions assigned and documented.
Municipal submission, ESA plan review, utility requirements and discipline-specific approvals identified around the project route.
Equipment access, shutdowns, occupied-building constraints, addenda and contractor questions managed against the design intent.
Organize the concept, permit, tender and construction milestones: rooms and shafts, ceilings, loads, life-safety interfaces and approvals.
Yes. The scope can be electrical only, mechanical and plumbing only, or integrated MEP, depending on the consultants already retained and the project deliverables.
Early engagement is most valuable while equipment space, shafts, ceiling zones, service capacity and utility requirements can still influence the plan. ETEM can also join at later stages when information and responsibilities are defined.
Send the project address, architectural plans, reflected ceiling plans or sections if available, building use, project stage, requested disciplines and target submission date.
Yes. The project-specific scope can include calculations, permit drawings, tender documents, review comments, addenda, contractor RFIs, site reviews and construction support.
Yes. Lighting, diffusers, grilles, alarms, devices and access needs can be reviewed against the architectural RCP at agreed milestones.
Yes. ETEM supports existing-building renovations, commercial and institutional fit-outs, system replacements, multi-residential work and new construction across Ontario.
