IESL Part II Civil study plan
IESL Part II Civil · Give each week a clear focus.
8 weeks · About 6 hours per week
Civil Engineering
Map the IESL Part II Civil syllabus into a one-page checklist of all sub-topics under Civil Engineering, marking each as strong, weak, or unknown.
Derive the core structural analysis equations (equilibrium, compatibility, virtual work) from first principles on blank paper without notes.
Solve 10 determinate beam and frame problems for reactions, shear, and bending moment, checking each against a hand-drawn diagram.
List the governing design limit states and load combinations used in Sri Lankan practice for concrete and steel, citing the relevant standard clauses from memory.
Your checkpoint
A completed syllabus checklist with confidence ratings plus a 10-problem worked set with self-marked errors.
Civil Engineering
Analyze 8 indeterminate structures using moment distribution and slope-deflection, verifying two solutions with approximate methods.
Compute deflection and rotation for 5 beams using virtual work and Macaulay's method, comparing results to published tables.
Explain the assumptions and failure modes of reinforced concrete sections in flexure, shear, and torsion in a 300-word written summary.
Design a simply supported RC beam and a short column to current limit-state requirements, showing every check.
Your checkpoint
A design calculation package for one RC beam and one column with all limit-state checks and a one-page assumptions log.
Civil Engineering
Compute soil classification, compaction, and effective stress profiles for 5 given soil profiles, plotting total and pore pressures.
Calculate bearing capacity and settlement for shallow foundations using Terzaghi and elastic methods, comparing both results.
Explain slope stability, retaining wall earth pressures, and pile capacity in a 400-word comparative note.
Solve 10 geotechnical numerical problems under timed conditions (90 minutes) and record error types.
Your checkpoint
A geotechnical problem set with pressure plots, bearing capacity and settlement calculations, and a timed-test error log.
Civil Engineering
Design a rectangular RC beam, a one-way slab, and a pad footing to limit state, documenting every clause referenced.
Detail reinforcement for each element with a sketch showing bar bending schedules and anchorage lengths.
Review 5 common detailing errors (cover, spacing, lap length) and write the correct provision for each.
Complete a 3-hour mock design question under exam conditions and self-mark against a model answer.
Your checkpoint
A full structural design submission (beam, slab, footing) with reinforcement sketches and a marked 3-hour mock.
Civil Engineering
Derive and apply Manning, Chezy, and specific energy equations to 10 open-channel flow problems, including hydraulic jump calculations.
Size stormwater drainage and culverts for 3 given catchments using the rational method and return-period data.
Design a water distribution network layout for a small scheme, calculating head losses and pump requirements.
Summarize water treatment and wastewater treatment process selection criteria in a 300-word decision table.
Your checkpoint
A hydraulic design report covering one drainage scheme and one water supply layout with calculations and a process selection table.
Civil Engineering
Compute earthwork quantities using the trapezoidal and prismoidal methods for 3 road alignments, comparing results.
Design a flexible pavement and a rigid pavement section using standard traffic and subgrade inputs, showing each layer check.
Calculate horizontal and vertical curve elements for 4 alignments and check sight distances.
Prepare a construction programme and cost estimate for a 1 km road section using standard rates.
Your checkpoint
A highway engineering package: earthwork quantities, pavement designs, curve calculations, and a costed programme.
Civil Engineering
Solve 15 mixed-topic numerical problems spanning structures, geotech, hydraulics, and highways under 3-hour timed conditions.
Write 10 concise exam-style answers (150 words each) on construction management, contracts, and quality control.
Audit the week-1 syllabus checklist and re-rate every sub-topic, flagging remaining weak areas.
Create a one-page formula and clause reference sheet from memory, then verify and correct it against source standards.
Your checkpoint
A timed 3-hour mock score report, a verified one-page formula sheet, and an updated syllabus confidence audit.
Civil Engineering
Complete two full 3-hour mock papers under exam conditions and score both against marking guides.
Re-work every error from weeks 3, 4, and 7 mocks until each is solved correctly without notes.
Rehearse 20 rapid-fire oral explanations of key design checks and failure modes in under 2 minutes each.
Finalize a personal exam-day strategy covering time allocation, question selection, and calculation presentation.
Your checkpoint
Two scored mock papers, a corrected error log, and a written exam-day strategy sheet.
Milestones
Week 2: Can solve indeterminate structures and design a simple RC beam and column without reference notes, scoring at least 70% on a self-marked 10-problem set.
Week 4: Completes a 3-hour structural design mock at 65% or above, with all limit-state checks present and correctly referenced.
Week 6: Produces a complete highway and hydraulics design package with calculations verified against standard tables, scoring at least 70% on a mixed numerical quiz.
Week 8: Scores 70% or higher on two full timed mock papers and has closed every error from previous mocks without notes.