VWO Biologie study plan
VWO Biologie · Give each week a clear focus.
8 weeks · About 6 hours per week
Biologie (inhoudelijke domeinen niet in de bron vermeld)
Map the full VWO Biologie syllabus into a one-page overview of its subdomains (cell biology, genetics, evolution, ecology, human physiology, molecular biology) and mark which subdomains carry the most exam weight
Define the Dutch exam terminology for each subdomain in a personal glossary, translating terms you only know in English
Diagnose your starting level by making one full set of past-paper questions under timed conditions without notes
Identify your three weakest subdomains from that diagnostic and rank them by how much study time they need
Your checkpoint
A one-page syllabus map plus a scored diagnostic with a ranked list of your three weakest subdomains
Biologie (inhoudelijke domeinen niet in de bron vermeld)
Explain the structure and function of cell organelles and relate each organelle to a process such as protein synthesis, respiration, or transport
Compare mitosis and meiosis step by step, including chromosome behaviour and the consequences for genetic variation
Describe membrane transport (diffusion, osmosis, active transport, endocytosis) and predict the direction of water movement in given concentration scenarios
Draw and label a cell diagram from memory and annotate it with the function of each structure
Your checkpoint
A hand-drawn, fully labelled cell and membrane-transport diagram set that you can reproduce from memory in under 10 minutes
Biologie (inhoudelijke domeinen niet in de bron vermeld)
Apply Mendelian inheritance rules to solve monohybrid and dihybrid crosses, including sex-linked and codominant cases
Construct and interpret Punnett squares and pedigree diagrams to determine genotypes and probabilities
Explain DNA replication, transcription, and translation in the correct sequence with the enzymes involved
Solve at least ten genetics calculation problems and check each against the mark scheme
Your checkpoint
A worked solutions booklet of ten genetics and molecular-biology problems with your own reasoning written out
Biologie (inhoudelijke domeinen niet in de bron vermeld)
Explain natural selection and speciation using concrete examples, and distinguish the mechanisms that drive allele-frequency change
Interpret population-genetics data and Hardy-Weinberg-style reasoning where the syllabus requires it
Connect ecology concepts (food webs, energy flow, nutrient cycles, succession) to exam-style data questions
Complete a timed half-paper covering weeks 1 to 4 material and mark it strictly against the official marking scheme
Your checkpoint
A timed half-paper result with a written error analysis listing every lost mark and its cause
Biologie (inhoudelijke domeinen niet in de bron vermeld)
Describe human organ systems (digestion, gas exchange, circulation, excretion, nervous and hormonal regulation) and explain how they maintain homeostasis
Trace the pathway of blood, air, and food through the body and predict what happens when one step fails
Interpret graphs of homeostatic variables and explain negative feedback loops in your own words
Answer five past-paper physiology questions using full Dutch scientific terminology
Your checkpoint
A set of five marked physiology answers with a feedback-loop summary sheet for each major organ system
Biologie (inhoudelijke domeinen niet in de bron vermeld)
Practise data-response and experiment-design questions: identify variables, controls, and sources of error in described experiments
Interpret tables, graphs, and micrographs under time pressure and extract the exact trend the question asks for
Write answers that match the command verbs used in Dutch exam questions (beschrijf, verklaar, beredeneer, bereken)
Review every question you got wrong in weeks 1 to 5 and redo it without looking at the answer first
Your checkpoint
A command-verb cheat sheet with one model answer you wrote yourself for each verb type
Biologie (inhoudelijke domeinen niet in de bron vermeld)
Complete two full past papers under strict exam timing and conditions without notes
Self-mark both papers against the official marking scheme and record your score per subdomain
Target your two lowest-scoring subdomains with focused re-study and a fresh set of practice questions
Memorise the key diagrams and definitions you repeatedly lose marks on
Your checkpoint
Two timed full-paper scores with a per-subdomain breakdown showing improvement over your week-4 result
Biologie (inhoudelijke domeinen niet in de bron vermeld)
Complete one final full past paper under exam conditions and aim for a score above your week-7 average
Consolidate your glossary, diagrams, and command-verb sheet into a single revision document you can review in one sitting
Rehearse exam-day logistics: timing per question, when to skip and return, and how to allocate time to data-response questions
Review only your error log and weakest points, avoiding new material in the final days
Your checkpoint
A final timed paper score plus a one-sitting revision document covering all subdomains
Milestones
Week 2: You can reproduce the cell and membrane diagrams from memory and explain each organelle's function without notes
Week 4: Your timed half-paper score shows you can handle genetics, molecular biology, and ecology questions at a passing level, and your error analysis is complete
Week 6: You can correctly identify and answer all four main Dutch command-verb types in practice questions
Week 8: Your final timed paper score exceeds your week-4 baseline and your revision document is complete