MPPSC SES Civil study plan

Derive and sketch bending moment and shear force diagrams for simply supported, cantilever and overhanging beams under point, UDL and triangular loads without notes

Solve determinate truss member forces by method of joints and method of sections, and check one truss by the graphical/Cremona approach

Compute slope and deflection of standard determinate beams using Macaulay's method and moment-area theorems

Set up a personal formula sheet for structural analysis covering degree of indeterminacy, energy theorems and fixed-end moments

Design singly and doubly reinforced rectangular RCC sections by limit state method and verify with working stress checks

Proportion shear reinforcement, development length and anchorage for a beam and a one-way slab as per IS 456

Analyse and design a short column under axial load plus uniaxial bending using interaction concepts

Explain prestressed concrete losses and compare pre-tensioning with post-tensioning in written answers

Classify and specify tests for cement, aggregates and concrete, and state acceptance criteria for compressive strength

Design a bolted and a welded plate girder connection and check a tension member and a compression member for buckling

Compute plastic section modulus and shape factor for common sections, and state collapse load for a fixed and a propped cantilever beam

Draft a construction schedule using CPM and PERT for a small building, and compute floats, critical path and crash cost slope

List quality control tests on bricks, steel and concrete with their IS code acceptance limits and frequency of sampling

Draw and interpret a Mohr circle for a triaxial test result and compute c and phi for a given soil

Classify soils by IS soil classification using sieve and Atterberg data, and compute permeability by constant and falling head tests

Compute immediate and consolidation settlement for a footing on clay and estimate time rate of settlement from cv

Determine bearing capacity by Terzaghi, Meyerhof and IS 6403 methods for a footing with eccentric and inclined loading

Explain shallow and deep foundation types, pile load carrying capacity from static formula and pile load test interpretation

Apply the rational method and unit hydrograph approach to estimate a design flood for a small catchment, and size a trapezoidal channel using Manning's equation

Design a gravity dam or an earthen dam section and check stability against overturning, sliding and piping

Explain irrigation efficiencies, duty and delta relationships, and compute crop water requirement for a given cropping pattern

Design a conventional water treatment train (screening, coagulation-flocculation, sedimentation, filtration, disinfection) with unit sizing

Size a septic tank, an oxidation pond and a trickling filter, and state BOD/COD test procedures and their limitations

Design flexible and rigid pavement thickness using IRC 37 and IRC 58 approaches, and compute CBR-based subgrade strength

Compute geometric elements of highways: superelevation, extra widening, transition length, SSD and OSD for stated speeds

Solve a horizontal curve and a vertical curve design problem including gradient and sight distance checks

Reduce a leveling field book, compute bearings and coordinates from a traverse, and adjust a closed traverse by Bowditch's rule

Explain total station, GPS/GNSS and remote sensing fundamentals including resolution types and index-based image interpretation

Prepare a detailed estimate with rate analysis for a two-room load-bearing structure including earthwork, brickwork, RCC and finishing

Write the bar bending schedule for a slab and a beam and compute steel quantity from it

Explain tendering, contract types, EOT, escalation clauses and arbitration in answer-ready form

Summarize current state-relevant general awareness: MPPSC-relevant geography, economy, schemes and current affairs of Madhya Pradesh

Practise logical reasoning and quantitative aptitude sets under timed conditions

Revise all personal formula sheets and error logs across every domain in three passes

Attempt two full-length mock tests under exam timing and analyse every wrong answer to its root concept

Write 10 structured long answers on high-weight topics (RCC design, foundation selection, treatment plant design, pavement design) in exam format

Prepare and rehearse a state-specific language and general awareness revision sheet covering MP history, culture, rivers, dams and administrative structure

Consolidate a final one-page per-domain cheat sheet for last-day revision