The Soil Conservation AE syllabus is now officially available for Kerala PSC Assistant Engineer recruitment under the Soil Conservation Department. Candidates preparing for this exam should understand the complete syllabus before starting preparation.
Since the syllabus is extensive, a structured study plan can improve your preparation significantly.
Soil Conservation AE Exam 2026 – Key Highlights
Before checking the Soil Conservation AE syllabus, here are the important exam details:
• Post: Assistant Engineer
• Department: Soil Conservation Department
• Category Number: 696/2025
• Recruitment Type: Direct Recruitment
• Exam Date: 10/08/2026 (Monday)
• Confirmation Start Date: 23/05/2026
• Confirmation Last Date: 11/06/2026
• Exam Mode: Online / OMR
• Total Marks: 100
Additionally, candidates should complete confirmation before the deadline to avoid disqualification.
Mechanics of Solids & Structural Analysis (5 Marks)
The Soil Conservation AE syllabus begins with structural engineering basics.
• Concept of stress and strain
• Bending moment and shear force
• Stresses in beams
• Deflection of beams
• Theory of columns
• Truss analysis
• Displacement response using energy methods
• Principle of virtual work
• Statically indeterminate structures
• Strain energy methods
• Moving loads and influence lines
• Arches
• Slope Deflection Method
• Moment Distribution Method
• Clapeyron’s Theorem
• Kani’s method of analysis
Strong conceptual clarity is important in this section.
Fluid Mechanics & Water Resources Engineering (5 Marks)
This section in the Soil Conservation AE syllabus includes both theory and numericals.
Fluid Mechanics
• Fluid statics and pressure
• Buoyancy and floatation
• Fluid kinematics and dynamics
• Flow through orifices, notches, and pipes
• Boundary layer
• Drag and lift on immersed bodies
• Hydraulic machines
• Impulse and reaction turbines
• Centrifugal pumps
• Open channel flow
• Hydraulic jump
• Gradually varied flow
• Dimensional analysis and model testing
Water Resources Engineering
• Hydrologic cycle
• Precipitation, infiltration, evaporation
• Runoff computation
• Hydrograph, unit hydrograph, S-hydrograph
• Irrigation methods and crop water requirement
• Stream flow measurement
• River training works
• Reservoir sedimentation
• Groundwater and aquifers
• Yield estimation of wells
Regular practice improves accuracy here.
Surveying, Quantity Surveying & Valuation (5 Marks)
The Soil Conservation AE syllabus also covers surveying fundamentals.
• Basics of surveying
• Levelling and contouring
• Area and volume computation
• Theodolite survey
• Mass diagram
• Triangulation
• Theory of errors
• EDM and Total Station
• GPS, Remote Sensing and GIS
Quantity Surveying & Valuation
• Analysis of rates
• Schedule of rates
• Detailed specifications
• Types of estimates
• Bar bending schedules
• Methods of valuation
• Depreciation
• Rent fixation
This section becomes easy with continuous revision.
Building Materials, Construction Technology & Management (7 Marks)
This part of the Soil Conservation AE syllabus focuses on construction practices.
Materials
• Timber, mortar, iron and steel
• Structural steel
• Modern materials
• Concrete admixtures
• Properties and mix proportioning of concrete
Construction Technology
• Foundations
• Masonry, lintels and arches
• Floors and roofs
• Doors, windows and ventilators
• Finishing works
• Tall buildings
• Prefabricated construction
• Slip form construction
• Elevators, escalators and ramps
• Building failures and retrofitting
Construction Management
• Planning and scheduling
• Construction disputes
• Ethics in construction
• Construction safety
• Material management
• Quality management practices
Understanding practical applications helps a lot here.
Environmental Engineering (7 Marks)
The Soil Conservation AE syllabus includes water supply and wastewater engineering topics.
Water Supply
• Water demand and forecasting
• Water treatment methods
• Sedimentation tank and filters
• Membrane treatment techniques
• Disinfection methods
• Water distribution systems
• Hardy Cross method
Wastewater Engineering
• Wastewater characteristics
• Sewer design
• Sewer appurtenances
• Oxygen sag curve
• Treatment methods
• Activated sludge process
• Trickling filters
• Septic tanks and Imhoff tanks
• Sludge digestion and drying beds
Air Pollution
• Sources and effects
• Air pollution control
• Air quality legislations
This section is highly scoring with proper notes.
Design of Structures (7 Marks)
RCC Design
• Limit state method
• Analysis of RC beams
• Shear reinforcement
• Bond and development length
• One-way and two-way slabs
• Staircase design
• Columns and footings
• Retaining walls
• Circular slabs
• Water tank design
Prestressed Concrete
• Concept and methods
• Prestressing systems
• Losses of prestress
• Analysis of prestressed beams
Steel & Timber Structures
• Bolted and welded connections
• Compression and tension members
• Roof trusses and purlins
• Timber columns and composite beams
Practice numericals consistently for better speed.
Geotechnical Engineering (7 Marks)
• Soil classification
• Three-phase system
• Permeability of soils
• Effective stress principle
• Shear characteristics
• Consolidation and compaction
• Stability of slopes
• Boussinesq’s formula
• Lateral earth pressure theories
• Bearing capacity
• Settlement estimation
• Site investigation
• SPT and plate load test
• Foundation design
• Ground improvement techniques
Conceptual understanding is crucial in this section.
Transportation Engineering & Urban Planning (7 Marks)
Transportation Engineering
• Highway classification and alignment
• Geometric design
• Pavement materials and testing
• CBR method
• Traffic studies and control devices
• Airport planning and lighting
• Railway geometric design
• Tunnel ventilation and drainage
• Harbours and docks
Urban Planning
• Goals and objectives of planning
• Regional planning
• Theories of urbanization
• Urban forms and zoning
• Development of new towns
• Town development plans
• Town planning acts
Revision helps retain theoretical portions effectively.
Hydrology, Soil & Water Conservation Engineering (15 Marks)
This is one of the most important sections in the Soil Conservation AE syllabus.
• Hydrologic cycle
• Precipitation and infiltration
• Runoff and evaporation
• Rainfall analysis
• Watershed concepts
• Peak runoff prediction
• Hydrographs
Soil Erosion & Conservation
• Types of erosion
• Annual soil loss assessment
• Contour cultivation
• Strip cropping
• Terracing and afforestation
• Earthwork estimation
• Vegetation role in conservation
• Grassed waterways
Gully Control & Water Harvesting
• Drop spillway
• Drop inlet spillway
• Chute spillway
• Stream bank erosion
• Wind erosion control
• Water harvesting structures
This section carries high weightage. Therefore, prepare it thoroughly.
Irrigation & Drainage Engineering (20 Marks)
The Soil Conservation AE syllabus gives major importance to irrigation engineering.
Irrigation Engineering
• Land grading and layout
• Estimation of cut and fill
• Soil-water-plant relationship
• Irrigation scheduling
• Soil moisture measurement
• Irrigation methods
• Canal irrigation systems
• Canal alignment and capacity
• Irrigation efficiencies
• Sprinkler irrigation system
• Drip irrigation design
• Pump selection and design
Drainage Engineering
• Agricultural drainage
• Surface and subsurface drainage
• Drainage coefficients
• Drain spacing equations
• Hooghoudt’s and Ernst’s equations
• Pumps used in drainage
Because this section has 20 marks, prioritize it during preparation.
Farm Machinery & Power Engineering (10 Marks)
• IC engine classification
• Otto and diesel cycle
• Fuel supply and lubrication system
• Cooling and governing system
• Steering and hydraulic system
• Types of tractors
• Power transmission systems
• Tillage equipment
• Sowing and planting equipment
• Sprayers and dusters
• Harvesting and threshing machinery
• Earth moving equipment
• Cost analysis of machinery
Short notes can help revise this section quickly.
Agricultural Processing Engineering (5 Marks)
• Size reduction machinery
• Material handling equipment
• Separation equipment
• Heat transfer and heat exchangers
• Psychometric chart
• Drying principles and equipment
• Grain storage structures
• Food preservation
• Thermal processing
Even though this section is small, it can improve your total score.
📄 View Full Soil Conservation AE Syllabus PDF
Moreover, always refer to the official syllabus during preparation for accurate topic coverage.
Preparation Tips for Soil Conservation AE Exam
A smart strategy can simplify preparation.
• Firstly, focus on high-weight modules
• Then, revise formulas regularly
• Practice previous year questions daily
• Take mock tests consistently
• Improve weak areas step by step
Meanwhile, avoid studying randomly without a schedule.
💡 Final Thoughts
The Soil Conservation AE syllabus is broad but manageable with proper planning. Candidates who prepare systematically will have a strong advantage in the exam.
Stay consistent, revise regularly, and focus on smart preparation. 🚀
