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.