Mock Test Mitra™
Civil Engineering

Irrigation Engineering

GATE CE / ESE / SSC JE

Study Material

Chapter-wise study notes for Irrigation Engineering covering the complete ESE, GATE, and SSC JE syllabus.

Mock Test

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Key Topics

Crop Water Requirement Duty & Delta Canal Design Canal Lining Waterlogging & Drainage Cross Drainage Works Diversion Headworks Reservoir Routing Dam Types Spillways

Irrigation Engineering carries 3–6% weightage in GATE Civil and 8–12 questions in ESE Prelims Paper II. Canal design, cross-drainage works, and diversion headworks are the most frequently asked topics across GATE, ESE, and SSC JE.

About Irrigation Engineering Mock Tests

Irrigation Engineering mock tests will cover the complete ESE, GATE, and SSC JE syllabus on water resources utilisation, canal design, hydraulic structures, and drainage engineering.

What topics are covered in Irrigation Engineering for GATE and ESE?

Irrigation Engineering for GATE Civil and ESE covers: necessity and types of irrigation, duty and delta, canal design (Kennedy's and Lacey's theories, most economical section), distribution systems, hydraulic structures (weirs, barrages, sluices), dams (gravity dams — elementary profile, Bligh's and Lane's seepage theories, uplift pressure), waterlogging causes and remedies, drainage systems, water logging and salinity control, lift and canal irrigation, and command area development.

What is the weightage of Irrigation Engineering in GATE Civil?

Irrigation Engineering (part of Water Resources Engineering) carries approximately 4–8% weightage in GATE Civil Engineering, typically 4–8 marks out of 100. Canal design using Lacey's theory, weir design, and duty-delta relationships are the most commonly tested topics.

How many questions come from Irrigation Engineering in ESE Prelims?

In ESE Prelims Paper II (Civil Engineering), Irrigation Engineering typically accounts for 10–15 questions. ESE tests canal design (Kennedy's and Lacey's theories), hydraulic structures (weirs, barrages, head regulators), dam design, and waterlogging and drainage in greater depth than GATE.