JC Graphics study plan

Inventory every Applied Graphics topic in the exam outline and rate your confidence 1-5 on each, flagging the three weakest areas for priority scheduling.

Draft a one-page formula and convention sheet covering projection types (orthographic, isometric, oblique, perspective) and label where each is used.

Complete 15 orthographic-to-isometric and isometric-to-orthographic conversion drills using graph paper, checking each against a self-drawn answer key.

Set up a physical and digital workspace: drawing board or CAD file template, scale ruler, compass, set squares, and a dedicated error log spreadsheet.

Derive and apply the full set of plane geometry theorems on angles, triangles, and parallel lines to 20 short proof-style problems.

Construct triangles, quadrilaterals, and regular polygons to given side and angle conditions using compass and straightedge only, verifying accuracy within 1 mm.

Compute areas and perimeters of composite plane figures by decomposing them into triangles, sectors, and rectangles.

State the conditions for congruence and similarity and use them to solve 10 ratio and scale problems.

Build and sketch the 11 nets of a cube and at least 6 nets of other common solids, then fold them to verify.

Calculate surface area and volume for prisms, pyramids, cylinders, cones, and spheres, including frustums and composite solids.

Solve 12 problems involving the intersection of a plane with a solid, drawing the true shape of the section.

Apply Euler's formula to count vertices, edges, and faces on unfamiliar polyhedra.

Produce a fully dimensioned three-view drawing of a moderately complex object, applying correct dimensioning, line-type, and tolerance conventions.

Convert three objects from orthographic views into accurate isometric and one-point perspective sketches.

Identify and correct at least 10 deliberate drafting errors in drawings you prepare in advance, citing the violated convention for each.

Explain in writing when first-angle versus third-angle projection is used and demonstrate both on the same object.

Analyze three real product or poster examples and write a short critique naming the design principles (balance, contrast, hierarchy, alignment, repetition, proximity) at work in each.

Apply a colour scheme using colour wheel relationships and justify the choice against contrast and accessibility criteria.

Draft a one-page visual hierarchy for a poster or interface, then produce two alternative layouts and compare them.

Write a 200-word design rationale for one of your own graphics pieces, stating audience, message, and intended reading order.

Produce a technical illustration or infographic that communicates a process in five or fewer steps, using consistent symbols and a legend.

Edit a draft graphic down by removing at least 30 percent of its elements while preserving the message, and document what you cut and why.

Present your Week 4 drawing set to a peer or recorded audience in under five minutes, explaining conventions and design decisions.

Identify the standard conventions and symbols used in at least two drawing disciplines (for example, architectural and mechanical) and list their differences.

Complete a full-length timed mock exam under real conditions and score it against the outline weightings.

Re-teach your three weakest topics from the mock by writing a one-page explainer for each without consulting notes.

Redo every mock question you answered incorrectly and record the specific cause of each error.

Review your error log from Weeks 1-6 and confirm each recurring mistake has a corrective rule written down.

Complete a second timed mock and target a measurable improvement over Week 7 in your weakest domain.

Drill speed on construction and calculation tasks, completing a 10-problem set in half the time you needed in Week 2.

Assemble a one-page final reference card of formulas, conventions, and design principles and test recall from it three times.

Simulate exam-day logistics: confirm permitted instruments, timing strategy, and question-ordering plan.