Learn why concrete creep causes deflections to triple over time and how this affects high-rise construction schedules, form stripping, and long-term serviceability.
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A practical guide for Canadian structural engineers on the core differences between the Frame Stiffness Method and FEA, and how to choose the right tool.
Your model runs, but is it right? Learn to challenge assumptions about foundations, diaphragms, and load paths to build real confidence in your design.
A practical breakdown of the EGBC Professional Practice Guidelines for Retaining Wall Design. We're cutting through the dense document to give you the actionable checklist you need for design compliance, focusing on key thresholds, mandatory reviews, and your obligations as the Engineer of Record.
A practical walkthrough of the NBCC's Commentary on Wind Load and Effects, helping Canadian structural engineers navigate the three main procedures, key factors, and special design cases like solar panels and parapets.
A practical guide for Canadian structural engineers on the notable wind design changes in the NBC 2020, covering attached canopies, parapets, solar panels, and partial loading.
A deep dive into the history and engineering principles behind the NBCC snow load factors Cb, Cw, and Cs. Understand the story behind the numbers you use every day in Canadian structural design.
I’m Arun Kishore, a Professional Engineer based in Vancouver, BC. I specialize in structural engineering for LNG facilities, civic water infrastructure, and advanced buildings - with a passion for automating the tedious stuff so engineers can focus on what matters.
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