How to Prepare for the Biology Teacher License Test: An 8-Week Plan by Domain Weight

Last verified: 30 October 2026. The weights come from the candidate guide for Biology teachers (pp. 6-7), and the standards from the Biology teacher standards document. This guide is independent: it is not affiliated with ETEC, Qiyas (the National Center for Assessment), the Ministry of Education or any government body.

In short: an eight-week plan that splits your time by domain weight: two weeks for life processes and immunity (21%), one for structural and functional organisation, one for genetics, one for classification and ecology together, one for teaching biology and lab safety, one for the history of biology with your diagnosis, and a final week for review and full mock exams. The next sitting is expected in late January 2027, so adjust the plan to finish before your date (dates).

How we divide the time

If a domain is already strong from your daily teaching, shorten its time and add it to your weakest domain after the week-one diagnosis.

Rules for every week

• Calculations without a calculator: the test does not allow one. Work genetics problems on paper with a Punnett square from the start.
• Read the standard, then practise: each standard has indicators in what the test covers, and each question measures one indicator. Start each topic with its indicators, then answer its questions in practice mode.
• Read the explanation of every option: a wrong option points to the common misconception, so write down what you got wrong.
• Review your mistakes: every Sunday, redo last week's questions that you got wrong.
• End of each week: practise the week's units, then a full timed mock exam from week seven.

Week 1: Diagnosis and the history of biology

• Day one: the free questions (10 questions) to see where you stand in every domain.
• 6.8.1: the nature of science, the difference between fact, concept, principle, law and theory, contributions of scientists from Islamic civilisation and others, and events such as the microscope, cell theory and the structure of DNA.
• 6.8.2: variables and the control group, measurement accuracy and sources of error, judging sources of knowledge, and research ethics.
• 6.8.10: how biology links to other sciences and its applications, and controversial issues such as cloning.
• End of the week: practise this domain, and note the three weakest standards from your diagnosis.

Week 2: Life processes (1)

• 6.8.6, part one: digestion, respiration and excretion in humans and other organisms, and how organ systems are built and coordinate.
• Watch the examples in the guide: why humans cannot digest cellulose, what the kidney and liver do to clean the blood, and how birds' respiratory system differs.
• End of the week: practise the organ-system questions.

Week 3: Life processes (2) and immunity

• 6.8.6, part two: photosynthesis, transpiration, cellular respiration and hormones.
• 6.8.7: innate and acquired immunity, the role of vaccines, types of pathogens and how to control them, and the difference between inherited and non-inherited diseases.
• End of the week: practise the whole domain (6.8.6 and 6.8.7), since it is the largest on the test.

Week 4: Structural and functional organisation

• 6.8.4: cell theory and its three principles, cell types, organelles and their functions, tissue types and how their structure fits their function, and the levels of organisation.
• Practise reasoning questions like the mitochondria example in a migratory bird's wing muscle cell: function explains structure.
• Review your mistakes from the last two weeks of life processes.
• End of the week: practise this domain.

Week 5: Genetics

• 6.8.8: Mendel's laws, the Punnett square, non-Mendelian inheritance and sex-linked traits.
• Nucleic acids, base pairing in DNA and protein synthesis, and the difference between a gene and a chromosome.
• Types and stages of cell division, mutations and genetic engineering.
• End of the week: practise genetics, and solve probability problems without a calculator.

Week 6: Classification and ecology

• 6.8.5: taxonomic ranks (species, genus, family and so on), binomial naming, the six kingdoms, microbiology and viruses.
• 6.8.9: ecosystems, producers, consumers and decomposers, relationships between organisms (mutualism, commensalism, parasitism), the carbon, nitrogen and phosphorus cycles, and environmental problems.
• End of the week: practise both domains.

Week 7: Teaching biology and safety, and your first full mock

• 6.8.3: safety signs, handling and storing hazardous materials, first aid, and using the microscope and dissection tools.
• 6.8.11 and 6.8.12: trends in science education, misconceptions, teaching strategies and assessment methods.
• End of the week: practise this domain, then take your first full timed mock exam in two hours with no phone and no calculator. Compare its result with your week-one diagnosis, domain by domain.

Week 8: Review

• Go over the mistakes from the first full mock and return to its two weakest domains. Start with life processes and immunity if it is one of them, as it is 21% of the questions.
• A second full mock exam in the middle of the week, then review its mistakes.
• Two days before the test: a third full mock exam, then a light review. Do not start a new topic on the last day.
• Test day: check the ID you need and what is allowed, sleep early and arrive early.

If you have less time

If fewer than eight weeks remain, start with the diagnosis and compress the plan in this order: life processes and immunity first, then structural organisation and genetics, then the rest. Keep the last three days for two full mock exams and a review of their mistakes.

This plan is our suggestion for organising your time and does not guarantee any score, and your mock exam score is an estimate of readiness, not an official result. Start unit practice with life processes, immunity and disease (21%), and keep the full mock exam for the end of the plan.