Civil Engineering Design Projects Course

Lesson 1 • Civil Engineering Project Lifecycle

Covers the phases from conception through decommissioning and their interdependencies. Provides the structural backbone for all subsequent project work.

Lesson 2 • Design Standards and Codes

Introduces regulatory frameworks, industry codes, and performance-based standards governing civil design. Connects compliance requirements to practical design decisions.

Lesson 3 • Design Problem Framing

Teaches structured methods for defining design problems, constraints, and success criteria. Directly enables students to translate client needs into actionable engineering objectives.

Lesson 1 • Site Investigation Methods

Covers field exploration techniques including borings, test pits, and in-situ testing. Establishes the data collection foundation for all geotechnical analysis.

Lesson 2 • Soil Classification and Properties

Teaches classification systems, index properties, and engineering behaviour of soils. Links laboratory results to design parameter selection.

Lesson 3 • Geotechnical Report Interpretation

Develops skills in reading and applying geotechnical reports to design decisions. Bridges raw subsurface data to foundation and earthwork recommendations.

Lesson 4 • Site Constraints and Risk Assessment

Evaluates geologic hazards, contamination risks, and site-specific limitations. Prepares students to incorporate risk findings into early design decisions.

Lesson 1 • Load Identification and Combinations

Covers dead, live, wind, seismic, and environmental loads and their combination rules. Establishes the load basis for all structural design calculations.

Lesson 2 • Member Design and Sizing

Applies limit-state and allowable-stress methods to size beams, columns, and connections. Produces dimensioned member designs ready for drawing production.

Lesson 3 • Structural Systems Overview

Introduces beam, frame, truss, and shell systems and their appropriate applications. Connects system selection to site conditions and project requirements.

Lesson 4 • Material Properties and Selection

Examines structural steel, reinforced concrete, timber, and composite material properties. Links material behaviour to design method and durability requirements.

Lesson 1 • Geometric Design Fundamentals

Covers design speed, sight distance, horizontal curves, and vertical curves. Establishes the geometric framework for safe and functional roadway layouts.

Lesson 2 • Pavement Design and Selection

Covers flexible and rigid pavement design methods, layer selection, and subgrade evaluation. Integrates geotechnical data to produce durable pavement structures.

Lesson 3 • Traffic Analysis and Capacity

Introduces traffic volume, level of service, and intersection capacity analysis. Links traffic demand to roadway design decisions and operational performance.

Lesson 4 • Roadway Drainage Design

Applies hydrology and hydraulics to design roadway drainage systems and culverts. Ensures roadway designs manage stormwater safely and comply with drainage standards.

Lesson 1 • Hydrologic Analysis Methods

Covers rainfall-runoff relationships, return periods, and peak flow estimation techniques. Provides the hydrologic inputs required for all drainage design calculations.

Lesson 2 • Storm Sewer and Pipe Network Design

Covers pipe sizing, inlet design, and network layout for urban drainage systems. Integrates roadway drainage from Chapter 4 into a complete conveyance network.

Lesson 3 • Open-Channel Hydraulics

Teaches uniform flow, Manning's equation, and channel cross-section design. Connects hydraulic theory to the sizing of channels, swales, and ditches.

Lesson 4 • Floodplain Management and Mapping

Examines floodplain delineation, regulatory floodway concepts, and flood risk mitigation. Prepares students to design projects that comply with floodplain management requirements.

Lesson 1 • Design Calculations and Report Packages

Covers calculation organisation, assumption documentation, and design report assembly. Produces a complete, reviewable record supporting all design decisions.

Lesson 2 • Drawing Standards and Conventions

Covers sheet organisation, line types, symbols, and title block requirements for civil drawings. Establishes the documentation standards applied throughout the design package.

Lesson 3 • Plan and Profile Sheet Production

Teaches the creation of plan views, profile views, and cross-sections for linear infrastructure. Connects geometric design data to construction-ready drawing formats.

Lesson 4 • Grading and Utility Plans

Covers grading plan development, spot elevations, and utility coordination drawings. Integrates site, drainage, and utility design into a single coordinated plan set.

Lesson 1 • Climate Resilience in Design

Addresses design adaptation for extreme heat, intensified storms, and sea-level rise scenarios. Prepares students to future-proof civil infrastructure against climate-driven risks.

Lesson 2 • Sustainability Rating and Metrics

Covers sustainability rating frameworks, carbon accounting, and performance benchmarking for infrastructure. Enables students to quantify and communicate sustainability outcomes.

Lesson 3 • Sustainable Materials and Construction

Examines recycled materials, low-carbon concrete, and sustainable procurement practices. Connects material choices to embodied carbon reduction and project sustainability goals.

Lesson 4 • Environmental Impact Assessment

Covers impact identification, significance evaluation, and mitigation planning for civil projects. Connects regulatory environmental review processes to design decision-making.

Lesson 1 • Project Scoping and Programming

Applies problem framing and stakeholder analysis to define a full project scope and programme. Translates client requirements into a structured design brief for the capstone project.

Lesson 2 • Construction Document Production

Assembles complete plan sets, specifications, and cost estimates for the capstone project. Applies drawing and documentation standards from Chapter 7 to a full deliverable set.

Lesson 3 • Design Review and Presentation

Conducts formal design review, responds to technical comments, and presents findings professionally. Develops the review and communication skills essential for professional practice.

Lesson 4 • Preliminary Design Development

Develops concept alternatives, evaluates options, and selects a preferred design approach. Integrates site, structural, and drainage analyses into a coherent preliminary design.