UPSC Mains Optional
Civil Engineering Optional test series
26 tests (12 sectional + 14 full-length), each evaluated by experts within 2 hours, with model answers written around your own style.
₹9,999for all 26 tests
26tests
2 hoursevaluation
1500+question bank
330+target score
Choose your plan
Everything is delivered and submitted on WhatsApp. Evaluated reports and analytics appear on your dashboard.
Test series
Civil Engineering test series
12 sectional + 14 full-length tests
₹9,999
- Expert evaluation within 2 hours
- Model answers built on your writing style
- Your score vs UPSC weightage graphs
- 12 years of topic and subtopic analytics
- Personalise your test dates after joining
Daily practice
3 questions per day for 6 months
₹9,000
- Same-day evaluation and feedback
- Weak-area analysis
- Model solutions
- Delivered and submitted on WhatsApp
Topic-wise PYQs
Last 10 years, organised by topic
₹250
- Average yearly weightage per topic
- UPSC focus areas highlighted
- Quick reference for revision
PYQ solutions
2014-2024 model solutions, topic-wise
₹1,250
- Detailed, easy-to-follow solutions
- Learn how strong answers are structured
- Built to lift your score toward 330+
Test schedule
12 sectional tests followed by 14 full-length mocks.
| Test | Type | Topic | Date |
|---|---|---|---|
| 1 | Sectional – Paper I | Engineering Mechanics | 03-Oct |
| 2 | Sectional – Paper I | Strength of Materials | 04-Oct |
| 3 | Sectional – Paper I | Structural Analysis | 10-Oct |
| 4 | Sectional – Paper I | Matrix and Plastic Analysis | 11-Oct |
| 5 | Sectional – Paper I | Design of Steel Structures | 17-Oct |
| 6 | Sectional – Paper I | Design of Concrete and Masonry Structures | 18-Oct |
| 7 | Sectional – Paper II | Fluid Mechanics | 24-Oct |
| 8 | Sectional – Paper II | Open Channel Flow and Hydraulic Machines | 25-Oct |
| 9 | Sectional – Paper II | Hydrology and Water Resources | 31-Oct |
| 10 | Sectional – Paper II | Irrigation and Hydraulic Structures | 01-Nov |
| 11 | Sectional – Paper II | Environmental Engineering | 07-Nov |
| 12 | Sectional – Paper II | Geotechnical Engineering and Construction Management | 08-Nov |
| 13 | Full-Length Test | Paper I – Full Syllabus | 14-Nov |
| 14 | Full-Length Test | Paper II – Full Syllabus | 15-Nov |
| 15 | Full-Length Test | Paper I – Full Syllabus | 21-Nov |
| 16 | Full-Length Test | Paper II – Full Syllabus | 22-Nov |
| 17 | Full-Length Test | Paper I – Full Syllabus | 28-Nov |
| 18 | Full-Length Test | Paper II – Full Syllabus | 29-Nov |
| 19 | Full-Length Test | Paper I – Full Syllabus | 05-Dec |
| 20 | Full-Length Test | Paper II – Full Syllabus | 06-Dec |
| 21 | Full-Length Test | Paper I – Full Syllabus | 12-Dec |
| 22 | Full-Length Test | Paper II – Full Syllabus | 13-Dec |
| 23 | Full-Length Test | Paper I – Full Syllabus | 19-Dec |
| 24 | Full-Length Test | Paper II – Full Syllabus | 20-Dec |
| 25 | Full-Length Test | Paper I – Full Syllabus | 26-Dec |
| 26 | Full-Length Test | Paper II – Full Syllabus | 27-Dec |
Dates don't suit you? You can personalise your test schedule after joining.
Civil Engineering Optional syllabus
The UPSC syllabus this test series covers, topic by topic.
Civil Engineering - Paper I
- Engineering Mechanics
- Units and Dimensions with SI Units and vector algebra; Free body diagrams, types of force systems, and conditions of equilibrium; Principle of virtual work and equivalent force systems; Laws and applications of static friction; Kinematics and kinetics of particles and rigid bodies in Cartesian coordinates; Principles of momentum and energy, and collision of elastic bodies; Rotation of rigid bodies and associated motion equations
- Strength of Materials
- Simple stress and strain relationships, Hooke’s law, and elastic constants; Axial members, compound bars, and thermal stress development; Analysis of shear force and bending moment in beams; Theory of simple bending and shear stress distribution across sections; Deflection of beams using Macaulay’s method, moment-area method, conjugate beam, and unit-load method; Torsion in solid and hollow circular shafts; Buckling of columns based on Euler’s and Rankine’s theories
- Structural Analysis
- Castigliano’s theorems and strain energy concepts; Application of the unit-load method in beams and trusses; Slope‑deflection and moment-distribution methods; Construction and interpretation of influence lines for shear force and bending moment; Analysis of moving loads; Behavior of arches; Analysis of unsymmetrical bending and identification of shear center
- Matrix and Plastic Analysis
- Flexibility and stiffness matrix methods for structural analysis; Application of matrix methods to continuous beams and rigid frames; Plastic hinge formation and collapse load calculation; Plastic analysis using mechanism and statical methods; Shape factor and moment redistribution; Load factor and collapse mechanism; Plastic design principles in steel structures
- Design of Steel Structures
- Working stress and limit state methods in steel design; Design of tension and compression members; Steel beams and built-up sections; Plate and gantry girders; Connection design – bolts, rivets, welds; Roof truss layout and design; IS code load combinations
- Design of Concrete and Masonry Structures
- Concrete mix design and IS456 stress-strain guidelines; Design of slabs, staircases and beams; Short and slender columns; Cantilever and counterfort retaining walls; Introduction to prestressed concrete (IS1343); Masonry design with seismic considerations
Civil Engineering - Paper II
- Fluid Mechanics
- Properties and classification of fluids; Pressure measurement and hydrostatics; Fluid kinematics and dynamics; Continuity, momentum and energy equations; Navier–Stokes and Euler’s equations; Boundary layer theory; Dimensional analysis (Buckingham π) and model studies; Flow measurement devices
- Open Channel Flow and Hydraulic Machines
- Types of open channel flows; Specific energy, critical depth; Hydraulic jumps; Jet impact on vanes and flat plates; Pelton, Francis, Kaplan turbines; Centrifugal and reciprocating pumps; Specific speed, performance curves, cavitation
- Hydrology and Water Resources
- Hydrological cycle components; Runoff estimation and hydrograph analysis; Flood estimation and stream gauging; Darcy’s law and well hydraulics; Reservoir planning and design; Irrigation water requirements; Canal irrigation design (Kennedy, Lacey)
- Irrigation and Hydraulic Structures
- Surface and subsurface irrigation systems; Canal layout and drainage design; Diversion and storage headworks; Cross drainage works; Spillway types and energy dissipation; River training and sediment control; Dam and canal falls design considerations
- Environmental Engineering
- Water demand estimation and supply distribution; Drinking water quality standards and treatment; Sewage collection and conveyance systems; Wastewater treatment (primary to tertiary); Sludge disposal; Air and noise pollution control measures in urban contexts
- Geotechnical Engineering and Construction Management
- Soil classification and consistency limits; Seepage and flow nets; Compressibility and consolidation; Shear strength and earth pressure theories; Foundation design shallow and deep; Slope stability techniques; Project planning using bar charts, CPM, PERT; Equipment use, contract management, safety and quality control
Free 2014 PYQ solutions
Expert-solved previous year questions. Read them free to see our answer quality.
Want every year? Get topic-wise solutions for 2014-2024.
UPSC weightage analytics
Where UPSC has awarded marks, topic by topic. Focus on what scores, and compare your test results once you join.
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