BW Abitur NwT study plan

Skim the official BW Abitur NwT framework (Bildungsplan Oberstufe) and mark every listed competency area, then rank them by how often they appear in past exam tasks

Build a one-page formula and unit sheet covering mechanics (kinematics, Newton's laws, energy, momentum) and verify every formula by re-deriving it once from first principles

Solve 10 basic mechanics tasks from an open textbook, writing full solutions with units and significant figures

Set up a lab notebook template with sections for hypothesis, variables, measurement table, error analysis and evaluation

Work through 8 multi-step mechanics problems that combine kinematics with energy or momentum conservation, timing each attempt

Practise describing and evaluating a simple experiment design, including which variable is controlled and which is measured

Write structured solutions in the Abitur format: given, required, approach, calculation, result with unit, interpretation

Identify and correct your three most frequent error types from week 1 by reworking those tasks

Review electrical engineering fundamentals: Ohm's law, series and parallel circuits, power, and the voltage divider

Analyse at least 6 circuit diagrams by calculating currents and voltages at each component

Explain the function of a diode, transistor as a switch, and a capacitor in your own words with a sketch

Connect physics content to a technical application, e.g. how a sensor circuit converts a physical quantity into a signal

Study control engineering basics: open vs closed loop, sensors, actuators, and the role of feedback

Sketch and explain a block diagram for a simple automatic control system such as a thermostat or line follower

Solve 5 tasks that require interpreting a technical system and proposing improvements

Consolidate weeks 1-4 by re-solving 4 mixed tasks under timed conditions

Review materials science and construction: material properties, stress and strain, and selection criteria for a given application

Analyse 4 technical systems end to end using a structured system-analysis template (purpose, subsystems, energy and information flow)

Practise justifying design decisions with at least two criteria and one trade-off

Draft short written evaluations in the style expected for the NwT written component

Practise the experimental task type: plan an experiment, specify measurement setup, and discuss sources of error

Interpret a data table or graph you generate yourself and draw a conclusion supported by the numbers

Complete 3 full past-style tasks under exam timing and self-mark strictly

Refine your formula and method sheet based on errors found in the timed tasks

Run one full mock exam under real conditions, including time limits and no aids beyond what is permitted

Mark the mock against the official criteria and list every lost point with its cause

Re-teach your two weakest competency areas by solving 5 targeted tasks each

Rehearse concise written explanations and justifications, aiming for clarity and correct technical vocabulary

Close remaining gaps by re-solving every task missed in weeks 6 and 7

Review the condensed method sheet and formula sheet daily, reciting key relationships from memory

Run two half-length timed practice sets to build pacing and stamina

Finalise an exam-day strategy covering task order, time per task, and how to handle unfamiliar contexts