Bac F1 Burkina Faso study plan

Diagnose current level in mathematics and physics-chemistry by completing a timed baseline test and listing weak sub-topics

Build a formula sheet for algebra, trigonometry, and mechanics (kinematics, Newton's laws) with 20+ key identities

Solve 15 graded exercises on functions, derivatives, and integrals, checking each against the formula sheet

Explain in writing the difference between displacement, velocity, and acceleration using two worked examples

Apply differentiation and integration rules to 20 mixed problems (polynomials, exponentials, logarithms) without referring to solutions

Construct geometric figures (triangles, circles, tangents) using compass and ruler, labeling all construction lines

Produce three-view orthographic projections of five simple solids (cube, cylinder, prism) on squared paper

Identify and correct five common errors in dimensioning and line conventions on technical drawings

Solve 10 word problems involving sequences, series, and probability, showing step-by-step reasoning

Compute reactions at supports for 5 simply supported beams under point loads using equilibrium equations

Draw shear-force and bending-moment diagrams for 3 determinate beams and verify key values

State and apply the conditions of static equilibrium to 5 rigid-body problems

Solve 15 problems on electrical circuits (Ohm's law, series/parallel resistors, power) with unit checks

Balance 10 chemical equations and perform stoichiometric calculations for 5 reactions

Produce a detailed assembly drawing of a bolted joint, including sectional view and parts list

Interpret 5 standard mechanical symbols (welding, surface finish, tolerances) and apply them to a drawing

Apply the work-energy theorem and conservation of momentum to 10 mechanics problems

Calculate stress, strain, and safety factor for 5 axially loaded members

Analyze 3 pulley and gear systems to determine velocity ratios and output torques

Describe the working principle of a four-stroke engine and label its main components

Complete two full-length past-paper sections under timed conditions (90 minutes each) and self-score

Review every error from the timed tests and write a corrected solution for each

Solve 10 additional problems on friction, inclined planes, and simple machines

Re-derive the three equations of uniformly accelerated motion from first principles

Produce a complete technical drawing of a mechanical part from a verbal description, including front, top, and side views

Write two structured French essays (300 words each) analyzing a technical or scientific text, using correct connectors and register

Summarize a 500-word French technical article in 100 words, preserving key data and conclusions

Revise 20 French grammar points (agreement, tense, subjunctive) and apply them in 10 sentences

Complete a full mock exam covering all six domains under timed conditions (3 hours)

Score the mock exam using the official marking scheme and identify any remaining weak points

Review the formula sheets, error logs, and drawing portfolio from weeks 1–7

Write a concise English technical summary (120 words) of a given mechanical system, using correct terminology