JCE Mathematics study plan
JCE Mathematics · Give each week a clear focus.
8 weeks · About 6 hours per week
Number
Classify and order rational and irrational numbers, converting fluently between fractions, decimals and percentages
Apply index laws and surds to simplify and combine expressions without a calculator
Compute with standard form, including multiplication and division with correct significant figures
Solve ratio, proportion and percentage-change problems, including reverse percentage and compound interest
Your checkpoint
A timed 25-question number-only paper scored at 80% or higher, with every error logged and reworked
Number
Calculate with upper and lower bounds, including error intervals and maximum/minimum of combined quantities
Convert between units and currencies using given rates, and check answers by estimation
Solve problems involving direct and inverse proportion using algebraic setup
Interpret and manipulate numbers in context (finance, measurement, scale) and justify rounding decisions
Your checkpoint
A one-page bounds and proportion error log containing at least 10 corrected mistakes with a written reason for each
Algebra
Expand and factorise linear and quadratic expressions, including difference of two squares
Solve linear equations and simultaneous equations by elimination and substitution
Rearrange formulas to change the subject, including cases with the variable appearing twice
Solve linear inequalities and represent solution sets on a number line
Your checkpoint
A 20-item algebra accuracy sheet scored at 85% or higher under a 40-minute time limit
Algebra & Problem Solving and Mathematical Modelling
Solve quadratic equations by factorising, completing the square and the formula, and interpret the discriminant
Form equations from word problems and define variables explicitly before solving
Build and use simple mathematical models, stating assumptions and limitations
Check model outputs for reasonableness and communicate conclusions in context
Your checkpoint
A written modelling report on one real scenario (for example a phone-tariff comparison) with equations, assumptions, a solution and a justified recommendation
Geometry and Trigonometry
Apply angle facts for lines, triangles, polygons and circles to find unknown angles with stated reasons
Use congruence and similarity criteria to prove relationships and find missing lengths
Calculate perimeter, area and volume of compound shapes, including sectors and prisms
Apply Pythagoras' theorem and the distance formula in two- and three-dimensional problems
Your checkpoint
A geometry proof portfolio of 5 fully reasoned solutions, each with a diagram and a stated justification for every step
Geometry and Trigonometry & Functions and Graphs
Use sine, cosine and tangent ratios and the sine and cosine rules to solve triangles
Convert between degrees and radians and sketch trigonometric graphs with key features
Sketch and interpret linear, quadratic, exponential and reciprocal graphs, identifying intercepts and asymptotes
Apply transformations of graphs (translation, reflection, stretch) and write the resulting equation
Your checkpoint
A single-page graph-sketch sheet covering 8 functions with correct intercepts, turning points and asymptotes, self-marked against a checklist
Statistics and Probability
Construct and interpret frequency tables, histograms and cumulative frequency curves to estimate median and quartiles
Calculate mean, median, mode, range and standard deviation, and compare distributions in context
Use the addition and multiplication rules for probability, including conditional probability and tree diagrams
Distinguish mutually exclusive from independent events and justify each classification
Your checkpoint
A statistics investigation on a dataset of at least 30 values, reporting measures of centre and spread, one chart and a short written comparison of two groups
Number & Algebra & Geometry and Trigonometry & Statistics and Probability
Complete two full-length timed mock papers under exam conditions and record per-domain scores
Rework every incorrect answer and tag each error by cause (concept, method, arithmetic, misread)
Revisit the three weakest topics identified from mock data with targeted practice
Build a final one-page formula and method sheet from memory and verify it
Your checkpoint
A mock-exam score tracker showing at least a 10-percentage-point improvement from mock 1 to mock 2, plus a completed one-page formula sheet
Milestones
Week 2: Score 80% or higher on a number-domain mini-test and show a complete bounds error log
Week 4: Score 85% or higher on the algebra accuracy sheet and submit the modelling report with stated assumptions
Week 6: Complete the geometry proof portfolio and graph-sketch sheet with all justifications present and correct
Week 8: Achieve at least 10 percentage points of improvement between mock 1 and mock 2, with no domain below 60%