FULL CURRICULUM INDEX
T LEVEL · CIVIL ENGINEERING · FULL CORE CURRICULUM
Ten modules, one discipline: the industry that builds it, the law that governs it, the science that holds it up, the numbers that price it, and the digital tools that now run all of it. This is the practical core of Civil Engineering.
FIELD NOTE — 001
Σ F = 0 · Σ M = 0
Static equilibrium is the first assumption behind every stable structure in this curriculum.
CONSTRUCTION & THE BUILT ENVIRONMENT INDUSTRY
Every structure passes through a chain of clients, consultants, contractors and suppliers before a single brick is laid. Expand a card to see how each part of the sector fits together.
LAW & HEALTH AND SAFETY
Every duty holder on site — client, designer, principal contractor, worker — carries a defined legal responsibility. Getting this wrong doesn't just risk a project; it risks lives.
BUILDING TECHNOLOGY & SCIENCE
Every building is a stack of decisions — what carries the load underground, what carries it above, and how heat, air and moisture move through the fabric in between.
MEASUREMENT & QUANTIFICATION OF CONSTRUCTION WORKS
Before a cost appears on a quote, someone has taken the drawings apart, element by element, and counted exactly what's needed.
CONSTRUCTION MATHEMATICAL TECHNIQUES & DIGITAL TECHNOLOGY
Trigonometry hasn't changed in centuries. What has changed is that it now lives inside a 3D model that every consultant on the job can see at once.
DESIGN PROCESSES & PROCEDURES
The RIBA Plan of Work breaks a project into eight numbered stages, from the first idea to the building in use. Click a stage to see what actually happens in it.
PROJECT MANAGEMENT, COMMERCIAL BUSINESS & RELATIONSHIP MANAGEMENT
A project succeeds or fails as much on programme, procurement route and stakeholder trust as it does on engineering.
SUSTAINABILITY
Modern civil engineering designs for embodied carbon, circularity and a changing climate — not just for dead and live loads.
INFORMATION & DATA
Drawings, models, contracts and site records all have to move between dozens of organisations without getting lost, corrupted or leaked.
INTERACTIVE SITE ENGINEERING CALCS
Two working tools straight from a site engineer's notebook — a concrete take-off, and a first-principles deflection check.
TOOL 01 — TAKE-OFF
For a simple rectangular pour — slab, footing or foundation strip.
RESULT
15.00 m³
Base volume · no wastage applied
TOOL 02 — STRUCTURAL CHECK
Simply-supported steel beam, single point load at midspan.
Section: 254×146×37 UB · I = 5537 cm⁴ · E = 210 GPa
MAXIMUM DEFLECTION
0.00 mm
δ = PL³ / 48EI