Irrigation & Water Infrastructure Track

Build irrigation systems with calculations, hydraulic logic, and clear drawings.

A project-based path for learners who need to size, analyse, and document irrigation and water infrastructure systems with confidence.

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Demand calculations that guide real sizing decisions

Hydraulic checks tied to practical network layouts

Drawings and BOQs that support project communication

Illustration of an irrigation pump, pipeline, and field layout

Track overview

Irrigation Systems Design is designed around practical project delivery.

This track is built for learners who want more than isolated formulas. It guides you through complete irrigation and water infrastructure workflows so design decisions, hydraulic checks, and final drawings all connect properly.

The learning path stays practical throughout. You work on demand calculations, pumping decisions, network sizing, and documentation steps that help you explain the design clearly and present it in a project-ready format.

What you cover

Gravity-fed and pumped irrigation system design
Crop water requirement calculations including ET0, ETc, and demand
Pump selection, system sizing, and hydraulic analysis
Pipe sizing, elevated water tanks, and reservoirs
Canals, drainage systems, and small weirs
AutoCAD 2D drawings, BOQs, and basic cost estimation
Excel and EPANET for hydraulic modelling

Typical outputs

AutoCAD 2D layout drawings for irrigation and water distribution systems
Water demand sheets and hydraulic design calculations
Pump, pipe, tank, and reservoir sizing notes linked to the design concept
BOQs and basic cost estimation support for the proposed works

Best fit

Who this track supports and how the workflow is delivered.

Ideal for

Students and graduates preparing for irrigation and water infrastructure work
Learners who need confidence in ET0, ETc, demand, and hydraulic sizing
Teams that want stronger links between calculations, modelling, and documentation

Tools and workflow

AutoCAD 2D Microsoft Excel EPANET

Project-based tasks are used to connect calculations, software work, and drawing production.
Learners receive practical guidance that keeps the work aligned with real project deliverables.
Support can be adapted for students, graduates, and teams that need structured technical growth.

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Hands-on structural modelling and drawing production for water-related facilities and practical engineering structures.

Structural modelling using ProtaStructure
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Student Support Track

Undergraduate Project & Research Support

Guided support for final-year students who want practical execution help, not theory-heavy supervision alone.

Final-year project topic refinement
Engineering design and analysis support

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Ready to start?

Ask about enrolment, support pacing, or one-on-one guidance.

GeoCADBIM can help you choose the right track and explain how the monthly support model fits your goals.

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