Civil & Structural Engineering

Civil Structural Analysis and Design

Required. Structural analysis and member design for a real structural element to a named engineering code (Eurocode 2/3, ACI 318, AS 3600, or equivalent): load derivation to the named code, bending moment and shear force diagrams, member design with required section properties, and deflection check. The design code used must be cited by name and edition. SkyCiv (free tier for beam analysis) or hand calculation. A structural engineer or civil engineering academic challenges your load derivation: presents a modified loading scenario and asks whether the member design remains adequate, requiring real-time code application.

Site and Geotechnical Assessment

Elective. Geotechnical assessment of a real site using publicly available borehole and soil data: soil profile characterisation, bearing capacity calculation to Eurocode 7 or equivalent, settlement estimation, and groundwater implications. BGS (British Geological Survey, free public data) or USGS National Geologic Map Database (free) acceptable as the accessible alternative to commissioned site investigation. A geotechnical engineer challenges the assessment: presents an alternative stratum interpretation and asks how it changes the bearing capacity and foundation recommendation.

Infrastructure Design Proposal

Elective. A design proposal for a real small-scale infrastructure element (footbridge, retaining wall, drainage culvert, bus shelter foundation): concept sketches with load path diagram, preliminary structural calculation, material specification with rationale, and order-of-magnitude cost estimate. All three Engineering Design Triad artifacts: drawing (design), calculation (analysis), and proposal document (documentation). A civil engineer challenges the proposal: identifies a load case you did not consider and asks what the structural implications are.

Sustainable Built Environment Assessment

Elective. Sustainability assessment of a real or proposed infrastructure project: embodied carbon calculation using the ICE Database (free) or Inventory of Carbon and Energy, whole-life cost comparison of two design alternatives, and analysis of climate resilience risks. OpenLCA (free, open-source) for lifecycle assessment. A sustainability engineer challenges the carbon calculation: asks what happens to the embodied carbon figure if the steel grade is changed or if recycled content is specified.

Civil Engineering Design Report

Elective. A complete civil engineering design report: project brief, site investigation summary (using publicly available geological data), structural analysis to code, design calculations, drawings (hand-drafted or CAD), sustainability assessment, construction methodology, and risk register. All three Engineering Design Triad artifacts at professional integration level. A senior civil engineer reviews the report and challenges the design decisions: presents a changed site condition or client requirement and asks how the design would change.

Cloud-based structural engineering software with a free tier for beam analysis, section properties, and load calculations to Eurocode and ACI. No software install. Use for the structural analysis step — beam bending moment and shear force diagrams, moment of inertia calculations, and deflection checks. The free tier produces calculation reports you can include as proof artifacts.

Free access to BGS borehole records, superficial deposits maps, and bedrock geology data for the UK. Use for the geotechnical assessment step — locate real borehole logs for a named site and characterise the soil profile. International alternative: USGS National Geologic Map Database (https://ngmdb.usgs.gov) provides US geological survey data free.

Free database of embodied carbon and energy factors for construction materials. Use for the sustainable design assessment step — look up embodied carbon coefficients for specified materials (steel, concrete, timber) and calculate total embodied carbon for the structural design.

The Eurocodes (EC1–EC9) are the reference structural design codes for the structural analysis step. The Joint Research Centre publishes free access summaries and design guides. Eurocode 2 (concrete), Eurocode 3 (steel), and Eurocode 7 (geotechnical) are the codes used in the foundational structural analysis and geotechnical steps of this path.