Civil Engineering Design Report
8 weeks · 0 milestones
Produce a complete civil engineering design report for a real civil engineering design problem, integrating site assessment, design alternatives, structural or hydraulic analysis, sustainability considerations, and a final design recommendation into a single coherent document. The report must include: a project brief with functional requirements and site constraints, at least 2 design alternatives with documented screening and selection criteria, the selected design with drawings, calculations, and key performance metrics, a construction phasing plan with the critical path identified, and a risk register covering both technical risks (geotechnical, structural, hydraulic) and programme risks. Preferred proof: a report for a real civil engineering project. Accessible alternative: a comprehensive report for a well-specified open design challenge or a publicly documented historical project (post-project analysis of a real built scheme with public drawings available). Proof artifacts: the design drawings (design artifact), the structural or hydraulic analysis (analysis artifact), and the complete report (documentation artifact). Verification: a civil engineer reviews the risk register — 'this geotechnical risk has a high consequence rating — what is your mitigation if the actual soil conditions are worse than your desk study assumed?' — requiring specific reasoning about your own risk analysis.
Milestone map
Milestone map
3 milestones
Select a civil engineering design scenario — a structural element (beam, column, or simple frame), a foundation design, a highway alignment, a drainage system, or a small retaining wall. Define the design basis: loading conditions (dead load, live load, and applicable standards — e.g. Eurocode, AASHTO, BS 8110), material specification (concrete grade, steel grade, soil parameters), and site constraints. Produce a design drawing showing the geometry, dimensions, and material specifications. The drawing must include enough information for another engineer to check the design. Free tools: draw.io, LibreOffice Draw, or FreeCAD (structural) are all acceptable.
Proof required
Submit: (1) a design basis statement (300–400 words) specifying the loading, standards, materials, and site constraints; (2) a design drawing with annotated dimensions, material grades, and a title block (project name, drawn by, date, scale); (3) a note confirming which design standard (Eurocode, AASHTO, BS 8110, or equivalent) governs the design.
What gets checked
- Loading conditions are specified with numerical values and load combinations — 'dead load 5 kN/m² + imposed load 3 kN/m²; ULS combination = 1.35G + 1.5Q per Eurocode 1' not 'standard loads'
- Design drawing includes dimensions with units, material grades, and is at a consistent scale — a sketch without scale or dimensions is not an engineering drawing
- Design standard is cited by document number or edition — 'Eurocode 2: EN 1992-1-1:2004' not 'Eurocode' or 'British Standards'