Maharashtra HSC General Civil Engineering (Bifocal) study plan

Reproduce from memory the standard sheet sizes, title-block fields, and common line-types used in civil engineering drawings, and label each on a blank sheet.

Construct a set of orthographic projections (plan, elevation, side view) for a simple two-room load-bearing structure, applying correct line weights and dimensioning rules.

Classify at least 20 building materials into natural, artificial, and processed categories, and state one correct use and one limitation for each.

Explain the manufacturing process, grading, and field tests (soundness, fineness, setting time) for lime and cement in your own written notes.

Draw a labelled cross-section of a standard brick masonry wall showing English bond and Flemish bond, marking queen closers and bats.

Sequence the construction steps of a load-bearing masonry building from excavation to roofing, and justify the order of each step in writing.

Compare shallow and deep foundations (isolated, combined, raft, pile) and select an appropriate type for three given soil and loading scenarios.

Draft a detailed wall section showing plinth, DPC, lintel, sill, and roof slab with correct thicknesses and labels.

Describe damp-proofing, plastering, and painting procedures, listing the defect each one prevents.

Identify and sketch five common masonry and plaster defects, and state one remedial measure per defect.

Define and differentiate chain surveying, compass surveying, and plane-table surveying, and state when each is preferred.

Compute reduced levels using both the height of instrument and rise-and-fall methods for a 6-station level book, and verify the arithmetic check.

Solve 10 numerical problems on bearings, included angles, and local attraction corrections without referring to solved examples.

Explain the working principles of a dumpy level, auto level, and total station, and list two field checks for each instrument.

Describe contour characteristics and apply them to select a road alignment on a given contour description.

Draw and interpret shear force and bending moment diagrams for simply supported and cantilever beams under point loads and uniformly distributed loads.

Compute reactions, bending stresses, and section modulus for at least 8 beam problems, stating assumptions for each.

State and apply Hooke's law, Poisson's ratio, and the stress-strain curve of mild steel, identifying yield, ultimate, and breaking points.

Calculate centroid and moment of inertia for L, T, and I sections, and use the parallel-axis theorem correctly.

Explain the difference between stress, strain, and elasticity with one worked numerical example for each concept.

Specify concrete grades, water-cement ratios, and slump values for five given exposure and element conditions, citing the governing criterion.

Describe batching, mixing, placing, compaction, curing, and testing of concrete, and list one quality failure caused by skipping each step.

Design a singly reinforced rectangular beam section using the limit state method for a given span, load, and grade of steel and concrete.

Explain the purpose and placement rules for main reinforcement, stirrups, development length, and nominal cover in beams and slabs.

Interpret a reinforcement detailing drawing and prepare a bar bending schedule for it.

Prepare a detailed estimate with measurement sheet and abstract of cost for a single-room load-bearing structure using the long-wall short-wall method.

Compute earthwork quantities for a given trench or road profile using the mid-section and trapezoidal methods, and reconcile the two results.

Define and apply standard units of measurement and mode of measurement for at least 15 items of civil work.

Design the layout of a simple water supply scheme, sizing daily demand, storage tank capacity, and pipe sizes for a stated population.

Explain the principles and steps of water treatment (screening, sedimentation, filtration, disinfection) and describe a septic tank with soak pit.

Classify roads and bridges by function and material, and list the component parts of a bridge with the load each part carries.

Describe the construction layers of a flexible pavement and specify the role of each layer.

Draft a construction schedule for a small project, identifying sequence, float, and two critical-path activities.

List ten site safety hazards and the corresponding control measure for each, including personal protective equipment requirements.

Produce a CAD drawing of a simple residential plan with dimensioned walls, openings, and a title block, and export it to PDF.

Attempt two full-length timed mock papers under exam conditions and record the score per domain.

Re-solve every question missed in the mocks until each is answered correctly without notes.

Revise formula sheets for leveling, stress analysis, RCC design, and quantity estimation into a single condensed reference card.

Recheck the weakest two domains identified by mock scores and complete 10 targeted practice questions for each.

Practice drawing and labeling three standard diagrams (wall section, beam reinforcement, road cross-section) within a 10-minute time limit each.