STRUCTURA ACADEMIC · DRAFT CURRICULUM PLAN
Transportation Engineering
A transport pathway linking demand and planning with traffic operations, geometric design, pavements, public transport, safety and intelligent systems.
Designed forCivil and transport-engineering learners moving from system fundamentals to corridor and network design.
Plan, then publish. This research-backed structure is in draft review. Linked lessons retain their existing review status; unlinked modules are curriculum scopes, not published engineering instruction.
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Recommended prior knowledge
- Engineering mathematics
- Statistics fundamentals
- Surveying
- Basic mechanics
STACKED LEARNING PATHWAY
Explore the curriculum
Select a level or search across module topics and outcomes.
8 modules shown
01Stack 0 · Prior knowledgeTransport systems and planningUnderstand mobility, accessibility, land-use interaction and the evidence used in transport decisions.24 hoursPlan only
Core topics
- Transport modes and networks
- Demand and accessibility
- Appraisal and stakeholders
Learning outcomes
- Frame a transport problem
- Compare multimodal options
02Stack 1 · FoundationsTraffic flow and operationsAnalyse flow, speed, density, capacity, queues and intersection performance.32 hoursPlan only
Core topics
- Flow relationships
- Capacity and level of service
- Signals and intersections
Learning outcomes
- Analyse basic traffic operations
- Diagnose bottlenecks
03Stack 2 · Core analysisTravel demand and modellingBuild and interrogate demand models while keeping assumptions and uncertainty visible.30 hoursPlan only
Core topics
- Data collection
- Trip generation and distribution
- Mode and assignment models
Learning outcomes
- Develop a proportionate demand model
- Test scenarios and uncertainty
04Stack 2 · Core analysisGeometric road designDevelop safe horizontal, vertical and cross-sectional geometry linked to speed and context.34 hoursPlan only
Core topics
- Design controls
- Alignment and sight distance
- Junctions and cross sections
Learning outcomes
- Design a coordinated alignment
- Check safety-critical geometry
05Stack 3 · Applied designPavement materials and designSelect pavement types and design for loading, environment, drainage, construction and maintenance.32 hoursPlan only
Core topics
- Traffic loading
- Flexible and rigid pavements
- Materials, drainage and deterioration
Learning outcomes
- Develop a pavement solution
- Plan inspection and maintenance
06Stack 3 · Applied designPublic transport, rail and active mobilityCoordinate reliable, inclusive and low-carbon movement across public and active modes.28 hoursPlan only
Core topics
- Transit operations
- Rail fundamentals
- Walking, cycling and interchange
Learning outcomes
- Design for multimodal users
- Assess service and accessibility
07Stack 4 · Advanced practiceRoad safety and intelligent transportUse safe-system thinking, data and ITS while recognising privacy, bias and operational limits.28 hoursPlan only
Core topics
- Crash analysis and safe systems
- ITS and connected infrastructure
- Operations and incident management
Learning outcomes
- Complete a safety-led assessment
- Select appropriate digital interventions
08Stack 5 · IntegrationIntegrated corridor designDevelop a corridor strategy balancing movement, place, safety, environment, cost and delivery.42 hoursPlan only
Core topics
- Multimodal evidence base
- Concept and option appraisal
- Phasing, monitoring and communication
Learning outcomes
- Deliver an integrated corridor plan
- Defend trade-offs transparently
RESEARCH BASIS
Curriculum sources
Used to identify recurring themes and sequence the main modules. STRUCTURA’s pathway is a synthesis, not a reproduction of any institution’s programme.
NEXT STEP
Open learning library Move from plan to reviewed lessons
This area is now structured for lesson production. Each module remains plan-only until its teaching content passes review.