Innovative Teaching Strategies Training Course

Participants can analyse learner and context data before selecting teaching strategies.

• Prior-knowledge checks identify gaps, misconceptions and readiness for new content
• Motivation analysis considers relevance, confidence, autonomy and peer belonging
• Learner personas built from role requirements, experience and performance expectations
• Language demands separated from subject knowledge during lesson planning
• Class-size, timetable and room constraints translated into realistic design decisions
• Accessibility needs identified without lowering essential performance standards

Participants can write measurable outcomes and align teaching and assessment decisions.

• Bloom’s Taxonomy verbs matched to knowledge, skill and judgement outcomes
• Observable performance statements specify conditions, criteria and required outputs
• Constructive alignment connects outcomes, learning activities and assessment evidence
• Threshold concepts identified before selecting supporting explanations and practice
• Backward design starts with credible evidence of successful learner performance
• Outcome statements tested for clarity, scope and assessable learner action

Participants can use Understanding by Design to plan a coherent learning unit.

• Stage One identifies transfer goals, essential questions and enduring understandings
• Stage Two defines performance tasks and acceptable supporting evidence
• Stage Three sequences learning experiences toward independent learner performance
• Essential questions prompt inquiry without replacing precise learning outcomes
• Authentic performance tasks reflect workplace, academic or community decisions
• Unit maps identify dependencies between concepts, skills and assessment points

Participants can structure clear lessons using explicit instruction and gradual release.

• I do, we do, you do sequence supports guided independence
• Lesson openings activate prior knowledge and establish purposeful learning goals
• Chunked explanations limit cognitive overload during unfamiliar material introduction
• Worked examples reveal expert thinking, decisions and common error checks
• Guided practice includes prompts before learners attempt independent performance
• Lesson closure consolidates key ideas and identifies next learning actions

Participants can use planned questioning to check understanding and extend thinking.

• Wait time increases response quality after questions requiring careful thought
• Cold calling used respectfully with preparation, choice and supportive follow-up
• Hinge questions test misconceptions before progressing to subsequent content
• Socratic questioning probes assumptions, evidence, implications and alternative viewpoints
• Think-pair-share structures individual thinking before public discussion contributions
• Question ladders progress from recall toward analysis, evaluation and justification

Participants can build retrieval practice into lessons and learning sequences.

• Low-stakes retrieval prompts recall without grading pressure or public embarrassment
• Spaced practice schedules revisit learning after increasing intervals of time
• Interleaving alternates related problem types to strengthen strategy selection
• Cumulative questioning connects new material with previously learned concepts
• Errorful generation prompts attempted answers before corrective explanation arrives
• Retrieval data identifies content requiring reteaching, clarification or additional practice

Participants can facilitate cooperative learning with individual accountability and clear roles.

• Positive interdependence created through shared goals, resources and complementary roles
• Individual accountability prevents unequal contribution within group learning tasks
• Jigsaw structures distribute expert knowledge before peer teaching and synthesis
• Think-pair-share manages participation before whole-group responses and discussion
• Group roles clarify facilitation, evidence checking, recording and reporting responsibilities
• Collaboration criteria assess contribution, reasoning, listening and shared decision quality

Participants can plan and facilitate discussions that produce evidence-based learner reasoning.

• Discussion protocols establish turn-taking, evidence use and respectful challenge expectations
• Accountable talk stems support claims, reasoning, agreement and productive disagreement
• Fishbowl discussions make dialogue moves visible for observation and analysis
• Case questions require learners to interpret evidence before stating conclusions
• Facilitation moves redirect dominant voices and invite quieter participant contributions
• Discussion records capture claims, evidence, unresolved questions and next steps

Participants can design realistic problems and cases that drive structured inquiry.

• Problem-based learning begins with an ill-structured professional or community problem
• Case-based learning uses evidence, constraints and competing stakeholder perspectives
• Driving questions define the decision learners must investigate and justify
• Scaffolds sequence research, analysis, solution development and reflection activities
• Problem briefs distinguish essential facts from plausible but irrelevant information
• Assessment rubrics evaluate reasoning, evidence quality, feasibility and communication

Participants can use simulations and experiential cycles to develop applied performance.

• Kolb’s experiential learning cycle links action, reflection, concepts and testing
• Simulation briefs specify roles, scenario conditions, decisions and performance criteria
• Fidelity choices match simulation complexity to intended learner outcomes
• Structured debriefing examines actions, evidence, consequences and alternative choices
• Critical incident analysis converts significant events into transferable learning points
• Role-play boundaries protect psychological safety during challenging interpersonal scenarios

Participants can allocate content and practice effectively across pre-session and live learning.

• Flipped learning reserves live time for application, feedback and problem-solving
• Pre-class materials use short segments with accountable preparation checks
• Microlearning assets focus on one concept, procedure or decision point
• Online discussion prompts prepare learners to compare interpretations before class
• Blended sequence maps distinguish independent, collaborative and instructor-led activities
• Completion data informs opening activities and targeted support during live sessions

Participants can collect and use formative evidence to adapt teaching decisions.

• Diagnostic assessment establishes entry knowledge before introducing new material
• Exit tickets reveal remaining confusion, confidence and transfer intentions
• Hinge-point checks determine whether reteaching or progression is appropriate
• Success criteria make quality visible before learners begin assessed work
• Mini-whiteboard responses provide rapid whole-class evidence during instruction
• Assessment evidence drives regrouping, feedback, reteaching and extension decisions

Participants can design feedback processes that help learners close performance gaps.

• Feedback addresses task quality, process choices and learner self-regulation
• Feed up clarifies goals, standards and evidence of successful performance
• Feed forward identifies specific next actions for improvement and revision
• Single-point rubrics distinguish required criteria from developing performance qualities
• Peer feedback protocols focus comments on evidence, criteria and actionable suggestions
• Feedback timing balances immediacy, reflection time and workload constraints

Participants can apply Universal Design for Learning to remove predictable participation barriers.

• Universal Design for Learning offers multiple means of engagement
• Multiple representations support understanding through text, visuals, examples and demonstrations
• Action and expression choices allow different valid ways to show learning
• Accessibility checks address contrast, captions, readable documents and keyboard access
• Scaffolds preserve learning standards while reducing avoidable access barriers
• Inclusive participation norms support belonging, dignity and equitable classroom voice

Participants can select educational technology that serves pedagogy and subject content.

• TPACK aligns technological, pedagogical and content knowledge before tool selection
• Technology choices begin with learner performance, not platform features
• Polling tools collect rapid evidence of understanding and misconception patterns
• Collaborative documents make group thinking, revisions and contribution visible
• Learning-management systems organise materials, deadlines, feedback and progress records
• Digital accessibility requirements guide file formats, captions and alternative text

Participants can create a psychologically safe climate while maintaining high expectations.

• Teaching presence combines clear direction, responsiveness and credible subject expertise
• Psychological safety supports questions, mistakes and respectful intellectual risk-taking
• Classroom agreements define participation expectations, boundaries and accountability procedures
• Belonging cues communicate that effort, improvement and contribution are expected
• Behaviour-specific praise recognises effective strategies rather than fixed ability
• Difficult contributions handled through acknowledgement, clarification and evidence-focused redirection

Participants can improve teaching through structured observation and peer feedback.

• Micro-teaching isolates specific teaching moves within short planned lesson segments
• Observation protocols record teacher actions, learner responses and timing evidence
• Peer review uses agreed criteria rather than personal preference or style
• Video reflection identifies pacing, questioning, explanations and participation patterns
• Rehearsal supports confident transitions between explanation, practice and discussion
• Improvement goals specify one instructional move and observable success evidence

Participants can evaluate whether teaching changes learner participation and performance.

• Kirkpatrick’s four levels distinguish reaction, learning, behaviour and results
• Baseline evidence establishes current participation, completion and assessment performance patterns
• Teaching metrics combine learner work, observation records and feedback data
• Equity checks compare participation and outcomes across relevant learner groups
• Plan-do-study-act cycles test instructional changes using small-scale evidence
• Review meetings convert teaching data into specific improvement priorities

Participants can build, review and present a complete aligned teaching unit for immediate use.

• Teaching unit integrates outcomes, learner analysis, activities and assessment evidence
• Lesson sequence applies explicit instruction, active learning and formative checks
• Universal Design for Learning review identifies barriers and planned alternatives
• Assessment rubric aligns performance criteria with stated learning outcomes
• Peer review tests coherence, feasibility, inclusivity and learner participation plans
• Implementation plan specifies materials, timings, risks, measures and revision points