OpenFOAM Fundamentals
Case structure, meshing and post-processing workflows.
LEARNING HUB · TWO CLEAR TRACKS
To make the website clear for both employers and PhD supervisors, the learning content is separated into two tracks: professional engineering learning in fire protection, and academic learning in CFD and numerical methods.
PROFESSIONAL ENGINEERING LEARNING
This section supports the professional side of the website: fire protection, water-based suppression, fire-resistant coatings, site inspection and practical design checks.
Sprinkler fundamentals, system types, hazard classification, positioning, piping layouts and hydraulic calculations.
Open course →Passive fire protection, mineral coating, intumescent paint, adhesion, mesh, thickness and field quality control.
Open course →A professional overview of daily ventilation, smoke clearance, smoke zoning, ducted exhaust, jet fans, shafts and coordination checks for car parks.
Open course →A professional overview of BS5839-1 concepts: fire alarm categories, system architecture, detector selection, detection zones, alarm zones, warning devices and design coordination.
Open course →This track is useful for engineering interviews, fire protection design discussions, site execution review and technical documentation.
ACADEMIC RESEARCH LEARNING
This section supports PhD applications and supervisor review; it shows CFD as numerical reasoning, validation, meshing and research reporting, not just software use.
A compact one-page course: governing equations, FVM, mesh, boundary conditions, turbulence, convergence and validation.
Open short course →The richer standalone version in a separate folder: modules, cheatsheets, documentation and a dedicated CFD learning experience.
Open CFD Starter Lab →A professional summary of blockMesh, snappyHexMesh, codeStream, codedFixedValue, initial conditions and high-level OpenFOAM programming.
Open training notes →Privacy-safe display of the Basic OpenFOAM certificate in the certificates section.
View certificate →This track is ideal for PhD supervisors, research emails and demonstrating your CFD foundation beyond Fluent/OpenFOAM software familiarity.
NAVIGATION IDEA
ENGINEERING LEARNING NOTES
These notes are clear professional overviews without confidential project calculations or raw training files.
Case structure, meshing and post-processing workflows.
Ventilation, smoke clearance and coordination checks.
Categories, detector selection and zoning logic.
Numerical methods and simulation workflow.