Electric Peak Engineering builds fully coordinated, parametric MEP models utilizing Autodesk Revit and Navisworks. We eliminate spatial trade clashes during pre-construction to guarantee seamless field installation and keep projects on schedule.
Full Discipline Parametric Design
Detailed 3D modeling of complex HVAC ductwork, piping networks, conduit racks, panelboards, and plumbing stacks linked into the architectural model.
Architectural & Structural Integration
Precision routing designed to preserve ceiling heights, clear spans, and timber or steel framing details without compromising system performance.
Drain, Waste & Vent (DWV) Slope & Invert Elevations
Modeling gravity-fed DWV slope angles and stack locations to guarantee proper flow prior to slab pours.
Equipment & Fixture Clearances
Linking manufacturer family data to align wall-hung fixtures, floor drains, and equipment footprints with architectural finishes.
Hard & Soft Clash Resolution
Identifying spatial collisions between MEP systems, structural joists, and architectural elements before materials hit the jobsite.
Maintenance & Code Clearances
Modeling required working spaces around electrical panels, air handlers, and valve banks to ensure long-term serviceability and code compliance.
Trade-Ready Coordination Sets
Producing clean, clash-checked 3D models and layout drawings that allow GCs and subcontractors to fabricate and install without field rework.
LOD 300 (Design & Permit Approval)
Fully accurate system sizing, spatial location, and performance specs for plan-check reviews and first-pass permit issuance.
LOD 350 (Trade Coordination & Fabrication)
Detailed connection points, pipe slopes, structural clearances, and support framing ready for trade coordination and shop drawing generation.
LOD 500 (As-Built & Facility Handover)
Laser-verified post-construction record models handed over to facility managers for operational life-cycle management.
Reality Capture Integration
Importing point-cloud data from 3D laser scans directly into Revit to map exact site conditions for retrofits, historic renovations, and complex additions.
As-Built Verification
Validating active jobsite installation progress against design models to capture accurate, real-world record sets prior to wall closeout.