WACE Engineering Studies study plan
WACE Engineering Studies · Give each week a clear focus.
8 weeks · About 6 hours per week
Engineering Studies
Map the full Engineering Studies syllabus into a one-page topic inventory, tagging each topic as recall, calculation, or design-task type
Define the core vocabulary of engineering materials and classify ten common materials by property set (strength, stiffness, durability, cost)
Produce a formula sheet covering stress, strain, factor of safety, and mechanical advantage, writing each symbol and unit explicitly
Solve five basic stress-strain problems unaided and log each error with its cause
Your checkpoint
A one-page syllabus map plus a referenced formula sheet, checked against five worked problems with error log
Engineering Studies
Explain how mechanical properties are tested (tensile, hardness, impact) and interpret a stress-strain curve in your own words
Compare material selection criteria for three contrasting applications and justify each choice with at least two properties
Draw and label free-body diagrams for six simple loaded structures, resolving forces into components
Calculate reaction forces and internal member forces for pin-jointed trusses using equilibrium methods
Your checkpoint
A worked solutions booklet of six free-body and truss problems, each with a labelled diagram and a one-sentence justification of the method chosen
Engineering Studies
Describe manufacturing processes (casting, forming, joining, machining) and match each to a suitable material and product scale
Analyse the effect of process choice on surface finish, tolerance, and cost for two given components
Calculate machining parameters such as cutting speed and feed rate from given data
Identify quality-control checks appropriate to each process stage
Your checkpoint
A comparison table of four manufacturing processes across material fit, tolerance, cost, and quality check, with two fully calculated parameter examples
Engineering Studies
Assemble a consolidated revision sheet merging weeks 1-3 content into under four pages
Complete a timed 45-minute mixed-topic practice set under exam conditions without notes
Mark your own answers against the syllabus wording and classify every lost mark as knowledge, method, or careless
Rewrite the three weakest explanations from memory in expanded form
Your checkpoint
A timed practice set with a self-marked score and a prioritised list of the three weakest topics to revisit
Engineering Studies
Explain energy sources and conversion pathways relevant to engineering systems, including efficiency losses at each stage
Calculate mechanical and electrical power, efficiency, and energy cost for a given system
Describe control system elements (sensor, controller, actuator) and trace a feedback loop for one worked example
Interpret simple circuit and system diagrams, stating the function of each component
Your checkpoint
A one-page systems summary with a labelled feedback-loop diagram and three fully worked power and efficiency calculations
Engineering Studies
Work through the design process stages and apply them to a short design brief of your own construction
Produce design criteria, constraints, and at least three evaluated alternatives for that brief
Justify a final selection using a weighted decision matrix with stated weightings
Identify safety, sustainability, and ethical considerations affecting the design
Your checkpoint
A complete design folio for one brief: criteria, three alternatives, weighted decision matrix, and a justified final choice
Engineering Studies
Practise extended-response answers on materials, manufacturing, and systems, keeping within time limits
Structure each answer with a clear claim, supporting technical detail, and a concluding judgement
Review your week 4 weak-topic list and re-test each item until answered correctly twice
Check all calculations for unit consistency and significant figures across a ten-question set
Your checkpoint
Four timed extended-response answers, each self-marked against a checklist of claim, detail, and judgement
Engineering Studies
Sit two full-length timed practice papers under exam conditions with no reference material
Mark both papers and compare scores topic by topic against the week 1 syllabus map
Re-teach your two lowest-scoring topics by writing a half-page explanation from memory
Compile a final one-page cue sheet of formulas, definitions, and recurring exam traps
Your checkpoint
Two completed timed papers with topic-by-topic score comparison and a final one-page cue sheet
Milestones
Week 2: Can solve a basic stress-strain and a truss equilibrium problem unaided in under ten minutes each, with correct units
Week 4: Scores at least 60 percent on the timed mixed-topic set and has a written list of the three weakest topics
Week 6: Produces a justified design selection using a weighted matrix without referring to notes
Week 8: Scores at least 70 percent on both full-length timed papers with no topic below 50 percent