ARCHITECTURAL MASTER BUILDER SERIES & TECHNICAL BLUEPRINTS
Delivering high-definition, transparent case studies on BC Building Code 2024 compliance, Step Code 5 airtight envelopes, and high-performance mountain estates across West Vancouver, Whistler, and Squamish.
MASTER BUILDER PUBLICATION REELS
Long-form field case studies, BC Building Code 2024 compliance analyses, and open-book CCDC 5B architectural blueprints.
West Vancouver & Whistler Step Code 5: The $180K Cantilever Trap (40s Short)
Rapid field breakdown of Division B Part 4 seismic drift limits (0.025 hs), 4.2 kPa Whistler snow loads, and Schöck Isokorb structural thermal breaks.
West Vancouver Whistler BCBC 2024 Step Code 5: The $180K Cantilever Glass & Seismic Drift Blueprint
Engineering breakdown of BC Building Code 2024 Division B Part 4 seismic inter-storey drift limits (0.025 hs), Whistler 4.2 kPa ground snow loads, Schöck Isokorb structural thermal breaks, and concealed Eccentrically Braced Steel Frames.
Chronological Publication Stream
Why 4-Storey Multiplexes Fail Lateral Shear: Critical BC Building Code 2024 Window Trap ($114k)
Engineering analysis of BC Building Code 2024 Part 4 seismic lateral shear resistance, narrow wall aspect ratios, and Simpson Strong-Tie …
Sea to Sky Luxury Compounds: 2026 BC Building Code & Bedrock Engineering (5 Critical Rules)
Technical masterclass on 2026 BC Building Code compliance and bedrock foundation engineering for Sea-to-Sky luxury estates across Squamis…
Why Sloping Lots Break Vancouver Multiplexes: The BCBC 2024 Stepped Footing Trap
Field breakdown of the BC Building Code 2024 Section 9.15 stepped footing trap on sloping multiplex lots across Vancouver, North Vancouve…
Building Luxury Estates in West Vancouver & Whistler: Critical 2026 Builder Secrets
Comprehensive structural and geotechnical blueprint for building cliffside concrete estates in West Vancouver and high-altitude mountain …
Why 4-Storey Multiplexes Snap Holdowns: Proven BCBC 2024 Engineering (7 Rules)
Deep-dive structural engineering guide on continuous rod tiedown systems, wood shrinkage compensation, and overturning moment calculation…
Vancouver R1-1 Step Code 5: Proven 1.25 FSR Multiplex Blueprint (5 Rules)
Turnkey architectural and mechanical blueprint for maximizing 1.0 to 1.25 FSR multiplex density under Vancouver R1-1 and BC Energy Step C…

