BC FOODSAFE Level 1 study plan

List the main causes of foodborne illness and state one prevention action a food handler directly controls for each.

Convert between Celsius and Fahrenheit for the key holding and cooking thresholds (4°C/40°F, 60°C/140°F, 74°C/165°F) without looking them up.

Demonstrate ice-point calibration of a probe thermometer and record the reading before and after adjustment.

Identify acceptance and rejection criteria at receiving for refrigerated, frozen and dry goods, including temperature, packaging damage and date codes.

Complete a receiving log for five simulated deliveries, recording product, temperature, time, supplier and an accept or reject decision with a reason.

Sequence refrigerator shelving from top to bottom for ready-to-eat foods, whole cuts, seafood, ground meat and raw poultry, and explain the reason for the order.

Apply the two-stage cooling standard to a large batch of hot food and write a timed plan showing each temperature checkpoint.

State the cooking, hot holding and reheating targets for poultry, ground meat, whole muscle meat and leftovers, and explain why hot holding equipment must not be used to reheat.

Describe time-as-a-control measures, including when to discard food held without temperature control.

Draft a holding-time log that captures item, start time, temperature checks and discard time.

Compare safe thawing methods and select the correct one for four written scenarios.

Identify the exact probe placement point for whole poultry, a ground meat patty, a casserole and a stew.

Outline preparation steps that prevent cross-contamination between raw animal foods and ready-to-eat items, covering boards, utensils, cloths and hand contact.

Explain why reheated food must reach 74°C/165°F and describe how to verify it.

Trace one recipe from receiving to service and mark every step where time or temperature control applies.

Distinguish between food infection, intoxication and toxin-mediated illness and give one example of each.

Describe the conditions bacteria need to grow and identify which of those conditions a food handler can remove.

Explain why spore formers and toxin producers survive normal cooking and what that means for cooling and holding.

Classify at least eight pathogens by source, typical onset time and the single most effective control measure.

Identify high-risk foods and explain why they support rapid bacterial growth.

Demonstrate the full handwashing sequence and time it to at least 20 seconds.

List every situation that requires a handwash, including before starting work, after handling raw food, after washroom use and after touching the face or garbage.

Explain the limits of gloves and identify the errors that make glove use unsafe.

State when and to whom a food handler must report illness or symptoms, and list the symptoms covered.

Describe grooming and clothing standards that reduce contamination, including jewellery, nails, hair and outerwear.

Distinguish cleaning from sanitizing and explain why both steps are required in that order.

State the correct concentration and contact time for chlorine and quat sanitizers and describe how to verify each with a test strip.

Sequence manual dishwashing for a three-compartment sink, including water temperature and sanitizing contact time.

Explain how to store and handle wiping cloths so they do not spread contamination between areas.

Build a cleaning schedule that names the item, frequency, chemical, concentration and person responsible.

Identify the signs of rodent, cockroach and fly activity and state where each is most likely to be found.

Describe exclusion measures that keep pests out, including door seals, screens, air curtains and sealing openings.

Explain how storage practices, waste handling and cleaning routines remove the food, water and shelter pests need.

Outline a monitoring routine that records sightings, droppings and traps, and the action taken in response.

List facility conditions a food handler should report, such as leaks, cracks, condensation and damaged surfaces.

Review every domain against a written list of missed practice questions and close each gap.

Rehearse all temperature, time and concentration figures from memory in one timed recall drill.

Complete two full-length timed practice exams and analyse every wrong answer by domain.

Summarize each domain in three sentences without notes as a final retention check.

Identify the two weakest domains and redo the corresponding week's deliverable for each.