-
Shell-Element Analysis Is Now Available in Awatif
Create, mesh, and analyse slabs, walls, plates, and connections in real time—directly in your browser.
-
The Problem Was Right. The Business Model Was Wrong.
Six months into building Awatif, we changed the offer, reversed how we divided our time, and clarified what comes next.
-
Eurocode Design Reports Are Now Available in Awatif
Eurocode-based concrete, steel, and timber design components are now integrated with Awatif's structural analysis engine.
-
Nonlinear Analysis in Seconds, Not Hours
Awatif benchmarked its nonlinear buckling solver against Abaqus, matching displacement response while reducing solver iterations by up to 51,438.8×.
-
Three Months Building Awatif Full-Time: Build, Sell, Launch
What happened when we stopped preparing and started putting Awatif in front of structural engineers.
-
Prompt Modeling: The End of Parametric Scripting?
How AI-driven prompt modeling goes straight from intent to geometry — and why the scripting layer in between may not survive.
-
Why I Left My 9-to-5
Leaving a stable structural engineering job, the workflow frustration that led to programming, and the question that became Awatif.
-
Awatif: A New Data Structure for Structural Engineering
Discover how Awatif's three-level data structure enables seamless collaboration from design through analysis.
-
Building a 3D Geometry Modeling Tool for Awatif.co
Learn how we built a hybrid 3D modeling tool combining manual flexibility with parametric efficiency.
-
How Awatif is Redefining Parametric Modeling?
Mohamed Adil joins Mayur Mistry's podcast to discuss the journey behind Awatif and the product vision.
-
Can We Simulate Physics and Design Buildings in Real Time?
Highlights from Mohamed Adil's London conference talk on real-time physics, collaboration, and Awatif's roadmap.
-
A Bird's-Eye View of FEM Simulation
A simple, energy-based intuition for FEM: strain, energy minimization, shape functions, and practical discretization.
-
The Benefits of Parametric Modeling in Structural Engineering
How parametric modeling supports automation, design exploration, optimization, and sensitivity analysis.