GTLE Subject Specialism Integrated Science study plan

Map the Domain 8 blueprint (20% weight) by writing a one-page table that lists planning, assessment, and misconception subtopics and assigns each a study week

Distinguish the five-kingdom and three-domain classification schemes by building a comparison chart from memory, then checking it against a textbook

Classify 20 given organisms and 10 materials as living or non-living using explicit criteria (metabolism, growth, response, reproduction, cellular organization)

Analyze three common pupil misconceptions about living vs non-living (e.g., fire is alive, seeds are non-living) and write a one-paragraph diagnostic probe for each

Draft a 12-item diagnostic pre-test on classification and states of matter to reuse in later weeks

Construct a lesson outline (starter, activity, plenary) on particle model and states of matter that names the misconception it targets and the evidence of learning it collects

Build a decision tree for selecting assessment methods (observation, questioning, written test, practical task) against given learning objectives

Compare mixtures, compounds, and elements by writing definitions, two examples each, and one separation technique per mixture type

Design a marking rubric with three criteria and four performance levels for a practical on filtration and evaporation

Explain how to use a pre-test result to adjust a two-lesson sequence, using your Week 1 diagnostic data

Apply the equations for speed, acceleration, force, and weight to solve 15 numerical problems without notes

Draw and interpret free-body diagrams for six everyday situations (lift, slope, towing, floating, braking, circular motion)

Trace energy transfers and calculate efficiency in four given systems, stating the energy-loss pathway each time

Describe reflection, refraction, and the wave properties (frequency, wavelength, amplitude) using correct terminology and one ray diagram each

Build and explain a simple series and parallel circuit, and state the effect of each on current and voltage

Draw a carbon cycle and a nitrogen cycle diagram from memory and label at least six processes on each

Model energy flow through a food chain by calculating energy loss across four trophic levels and interpreting the resulting pyramid

Distinguish biotic and abiotic factors in two named ecosystems and predict the effect of removing one keystone species

Explain how photosynthesis and respiration together balance oxygen and carbon dioxide at ecosystem scale

Design a fair-test investigation on decomposition rate that controls at least three variables

Trace the path of blood through the heart and the digestive tract, naming organs, valves, and the site of each nutrient's absorption

Compare the four main nutrient groups by energy content, function, and one deficiency disease each

Explain the menstrual cycle and the stages of human reproduction using correct hormonal and anatomical terms

Classify six named diseases by causative agent and transmission route, and state one preventive measure for each

Evaluate three health-related misconceptions (e.g., all bacteria are harmful, fat is always bad) and write a corrected explanation for each

Identify 12 rock and mineral samples or descriptions by type and formation process, and explain the rock cycle links between them

Interpret a weather map and a simple climate data table to describe patterns of temperature, pressure, and rainfall

Describe the solar system's structure and explain the cause of seasons, day and night, and moon phases with a diagram

Select appropriate instruments and units for measuring length, mass, volume, temperature, and time, and estimate uncertainty for each

Write a risk assessment for a practical involving heat, glassware, and chemicals, listing hazard, risk, and control for each item

Evaluate one renewable and one non-renewable energy source against cost, reliability, and environmental impact using a structured comparison table

Analyze a science-in-the-news case (e.g., water treatment, food preservation, or plastic waste) and separate evidence from opinion

Explain how a named technology (water purification, vaccination, or a simple machine) applies a science concept you studied in Weeks 1-6

Design a data-handling task in which pupils plot results, identify an anomaly, and draw a valid conclusion

Distinguish correlation from causation using two given data sets and justify each judgment

Complete a full-length timed mock examination under exam conditions and score it against the official weighting of all eight domains

Audit mock errors by domain and write a targeted revision list for the two weakest areas

Rehearse explaining five misconceptions aloud in under two minutes each, as if to a class

Review and correct your Week 1 diagnostic pre-test using everything learned, then compare the two versions

Finalize a one-page formula, cycle, and vocabulary sheet covering all eight domains