Pancyprian Mechanics & Construction study plan

Solve 25 two-dimensional particle and rigid-body equilibrium problems (beams, frames, cables) without notes, then re-solve every error until each is correct in under 6 minutes

Derive support reactions for cantilever, simply supported and overhanging beams carrying point loads, uniformly distributed loads and moments, and check each answer by a second equilibrium equation

Compute centroids and second moments of area for five standard and three composite sections, tabulating the parallel-axis step explicitly

Build a one-page formula sheet for friction, truss method of joints and method of sections, and use it to solve 10 truss member-force problems

Solve 20 kinematics problems covering constant acceleration, projectile motion and relative velocity, showing the coordinate system chosen for each

Apply Newton's second law and work-energy or impulse-momentum methods to 15 dynamics problems, stating which principle was chosen and why

Analyse simple harmonic motion of a mass-spring system and compute period, frequency and amplitude for three variants

Write out the assumptions behind rigid-body dynamics and identify, in five given problems, where each assumption would fail

Draw axial force, shear force and bending moment diagrams for 15 beams including overhangs and internal hinges, with values annotated at every critical point

Compute normal and shear stress distributions across rectangular, I-section and circular sections and locate the maximum stress on each diagram

Calculate beam deflections for three standard load cases using the double-integration and Macaulay methods, and verify one result against a moment-area check

State and apply the parallel-axis theorem, section modulus and radius of gyration to six cross-sections

Classify ten structures as determinate, indeterminate or unstable, and compute degrees of indeterminacy using the standard counting rules

Analyse three statically indeterminate beams by the force method and three by slope-deflection, comparing results

Compute buckling loads for four columns using Euler theory across different end-fixity conditions, and apply the slenderness limit to decide when Euler theory is valid

Solve five plane trusses by the stiffness or displacement method and check joint equilibrium at two nodes

Tabulate the composition, grading, curing, strength class and typical use of concrete, mortar, steel reinforcement, timber, masonry and bituminous materials, citing the relevant standard designation for each

Describe the concrete mix-design steps and the slump, cube and cover tests, and explain what each test result implies for acceptance

Read a set of simple plan, section and elevation drawings and extract dimensions, levels, hatching conventions and reinforcement callouts

Carry out leveling reductions by the height-of-instrument and rise-and-fall methods for a 12-station closed traverse, and compute the misclosure

Take off quantities for a small building element (concrete, formwork, reinforcement, masonry) from given dimensions and prepare a measured bill

Size and describe cold and hot water supply, drainage and soil-vent systems for a two-storey building, stating pipe sizes and gradients with justification

Explain the principles of natural and mechanical ventilation, daylighting and artificial lighting design, and compute a simple heat-loss estimate for one room

Outline electrical distribution from supply intake to final circuit, including earthing, protection and residual current devices

Identify the hazards in a given site scenario and select control measures following the hierarchy of control, naming the responsible duty holder for each

Prepare a site layout and phasing sketch showing access, storage, welfare facilities, scaffolding zones and waste segregation

Summarise the contract types (lump sum, measurement, design-and-build, cost-plus) and match each to a suitable project scenario with reasons

List the standard tender and contract documents, the roles of employer, engineer, contractor and quantity surveyor, and the notice and variation procedures

Explain the purpose and structure of bills of quantities, and build a priced estimate for a small works package including labour, plant, material, overheads and profit

Describe quality-control procedures: inspection and test plans, hold points, non-conformance reports and handover documentation

Answer 20 short legislation and standards questions from memory, then correct them from source notes

Sit two full-length timed mock exams under exam conditions and mark them strictly against worked solutions

Rank every incorrect answer by domain and re-study only the two weakest domains to a depth of at least 10 new worked problems each

Re-derive the 30 formulas most often used across mechanics, strength of materials and surveying from memory in under 30 minutes

Compile a one-page exam-day strategy covering time allocation per section, question order, and the check to perform before moving on