Pedagogy and Didactics: Teaching Methods, Lesson Planning, and Assessment of Learning
What the domain covers
Pedagogy and didactics concern how you design and run instruction so that learning is purposeful, sequenced and visible. You must know how to write clear learning objectives, choose methods that fit the objective, structure a lesson, and assess whether learning occurred.
Concepts to master
- Objectives and alignment: objectives should state observable outcomes and align with activities and assessment (constructive alignment).
- Lesson structure: a typical sequence includes activation of prior knowledge, explicit modelling, guided practice, independent practice, and closure with checking for understanding.
- Methods: direct instruction, questioning, discussion, cooperative learning, inquiry, project work, and differentiation. Each has conditions where it works best.
- Cognitive load and sequencing: present new material in manageable steps, use worked examples early, and fade support gradually (scaffolding).
- Assessment: formative assessment (ongoing, feedback-oriented) versus summative assessment (judgement of achievement). Understand validity, reliability, fairness, and the difference between assessment of and for learning.
- Feedback: specific, timely, actionable feedback outperforms grades alone.
Traps in questions
A frequent trap is an activity that is engaging but misaligned with the objective. Another is confusing formative and summative purposes: a quiz used to adjust teaching is formative even if it is scored. Questions may also ask for the first step in planning, where the correct answer is defining the learning outcome, not choosing an activity.
Rule of thumb
Use backward design: start from the desired result, then decide how you will know it has been achieved, then plan the learning experiences. If an activity cannot be linked to the objective and its evidence, cut it or revise the objective.
Worked example
A teacher wants students to “understand photosynthesis.” A question asks for the best revision of this objective. The strongest revision is: “Students will explain, using a diagram, how light energy is converted into chemical energy and identify the inputs and outputs of the process.” It is observable, assessable, and aligned with a diagram-based task.