VCE Vet Laboratory Skills study plan
VCE Vet Laboratory Skills · Give each week a clear focus.
8 weeks · About 6 hours per week
Workplace safety and occupational health procedures in the laboratory & Laboratory equipment, instruments and their operation
Identify and explain the purpose of at least 10 common laboratory safety controls (fume hood, eyewash, spill kit, PPE, waste segregation) without notes
Demonstrate correct donning and doffing order for laboratory PPE and justify each step in writing
Locate and describe the function of 8 core laboratory instruments (centrifuge, balance, pH meter, micropipette, spectrophotometer, incubator, autoclave, microscope)
Draft a personal safety checklist covering hazard identification, risk controls and emergency response for a simulated lab task
Your checkpoint
A one-page safety and equipment orientation sheet listing 10 safety controls, 8 instruments with their functions, and a PPE sequence diagram, self-checked against a written rubric
Workplace safety and occupational health procedures in the laboratory & Laboratory equipment, instruments and their operation
Interpret a Safety Data Sheet to extract hazard statements, exposure controls and first-aid measures for two common laboratory chemicals
Apply the hierarchy of controls to rank five risk scenarios from most to least effective control measure
Write step-by-step operating procedures for two instruments, including pre-use checks and shutdown
Diagnose three common instrument faults (unbalanced centrifuge load, uncalibrated balance, blocked pipette tip) and state the corrective action
Your checkpoint
Two instrument standard operating procedures (150 words each) plus a completed risk-ranking table for five scenarios
Sample collection, handling, labelling and storage & Basic laboratory techniques and measurements
Explain the purpose of each field of a specimen label and identify three labelling errors that cause sample rejection
Sequence the correct order of draw and handling steps for three specimen types, citing the reason for each step
Calculate dilution factors and prepare three working solutions using correct volumetric technique
Perform and record three replicate measurements with a micropipette and a balance, reporting mean and spread
Your checkpoint
A sample handling log for three simulated specimens showing label fields, storage conditions, dilution calculations and replicate measurement results with means
Basic laboratory techniques and measurements & Quality control, documentation and record keeping
Distinguish accuracy from precision using measurement data and explain how each is assessed
Convert between units (microlitres, millilitres, litres, grams, milligrams, molarity) across 15 practice problems with no errors
Describe how to verify a calibration check and record the outcome in a quality record
Identify the components of a complete laboratory record (date, operator, method, raw data, deviations, sign-off)
Your checkpoint
A completed mock quality record containing calibration checks, raw measurement data, a deviation note and unit conversions, scoring at least 80 percent on a self-marked answer key
Quality control, documentation and record keeping & Communication and teamwork in the laboratory
Outline a chain of custody for a sample from collection to reporting and identify three points where documentation could fail
Write a corrective action note for a simulated out-of-specification result using a structured format
Compose a clear handover message to a colleague covering task status, hazards and outstanding actions
Practise active listening and closed-loop confirmation in a written exchange about a shared lab task
Your checkpoint
A handover and corrective action pack: one chain of custody outline, one corrective action note and one handover message, each meeting a supplied checklist
Environmental and sustainability practices in the laboratory & Sample collection, handling, labelling and storage
Classify five laboratory waste streams and state the correct disposal route and container for each
Describe three practices that reduce energy, water or reagent consumption in a laboratory and quantify one benefit
Explain how correct storage conditions extend sample integrity and reduce repeat testing
Design a simple waste segregation poster suitable for a laboratory wall
Your checkpoint
A waste segregation poster plus a short sustainability action list of five practices with one quantified benefit
Industry context and career pathways in laboratory science & Communication and teamwork in the laboratory
Map four laboratory roles (technician, senior technician, scientist, quality officer) to their responsibilities and typical qualifications
Identify three pathways into laboratory science, including vocational and higher education routes
Describe the purpose and structure of a recognised laboratory quality standard and how it affects daily work
Draft three interview-style answers linking personal strengths to laboratory teamwork expectations
Your checkpoint
A career pathway map covering four roles and three entry routes, plus three written interview answers of 100 words each
Workplace safety and occupational health procedures in the laboratory & Laboratory equipment, instruments and their operation & Sample collection, handling, labelling and storage & Basic laboratory techniques and measurements & Quality control, documentation and record keeping & Communication and teamwork in the laboratory & Environmental and sustainability practices in the laboratory & Industry context and career pathways in laboratory science
Consolidate all eight domains into a single revision summary of no more than two pages
Complete a timed 40-question practice set and review every incorrect answer with a written reason
Rehearse two practical scenarios combining safety, measurement and documentation under time pressure
Identify and close the three weakest areas using targeted review notes
Your checkpoint
A two-page revision summary plus a scored practice set with a written error analysis for every missed question
Milestones
Week 2: Can explain 10 safety controls and operate 2 instruments from memory-written procedures without referencing notes
Week 4: Scores at least 80 percent on the mock quality record and completes 15 unit conversions with no errors
Week 6: Correctly classifies all 5 waste streams and produces a poster that a peer can understand without explanation
Week 8: Scores at least 75 percent on the timed practice set and has a written error analysis for every missed question