Flipped Classroom Leadership Training Course

Participants can assess implementation readiness and establish ownership for a flipped learning initiative.

• Stakeholder mapping identifies sponsors, sceptics, champions, and affected learner groups
• Force-field analysis diagnoses drivers and barriers to instructional change
• Readiness interviews surface policy, workload, capability, and technology assumptions
• RACI matrix assigns implementation decisions, accountabilities, consultations, and communications
• Risk register scores adoption risks by likelihood, impact, owner, response
• Leadership narrative connects flipped learning to institutional priorities and learner outcomes

Participants can structure a flipped course around aligned preparation, active sessions and follow-up learning.

• Constructive alignment links programme outcomes, assessments, activities, and learner preparation
• Weekly learning architecture sequences pre-class, synchronous, and follow-up learning
• Threshold concepts identify material requiring guided application rather than passive viewing
• Retrieval practice and spacing shape preparation schedules and knowledge retention
• Case-based learning converts classroom time into disciplined decision making
• Facilitation plans specify prompts, timing, group roles, and evidence checks

Participants can set standards for effective, accountable and accessible pre-class learning materials.

• Microlearning scripts limit videos to one outcome and essential demonstration
• Mayer's multimedia principles reduce extraneous load in instructional media
• Worked examples expose expert reasoning before learners attempt complex tasks
• Pre-class accountability uses low-stakes quizzes, notes, and readiness checks
• Content production standards cover captions, transcripts, file naming, and version control
• Copyright and licensing checks govern third-party media and open educational resources

Participants can plan facilitated sessions that convert prior preparation into visible learner performance.

• Active-learning protocols match problems, peer explanation, practice, and feedback cycles
• Peer instruction uses concept questions, voting, discussion, and revoting
• Team-based learning structures readiness assurance and application-focused team decisions
• Problem-based learning frames authentic cases with evidence and facilitator questioning
• Facilitation moves manage silence, misconception, dominance, and uneven preparation
• Session run sheets protect active time, transitions, and contingency responses

Participants can lead faculty through the behavioural and operational changes required for flipped teaching.

• Instructional leadership sets non-negotiables while preserving teacher design autonomy
• Professional learning communities use lesson study to refine flipped lessons
• Coaching conversations use GROW questions and observable instructional evidence
• Change communication differentiates messages for faculty, learners, families, and governors
• Resistance patterns receive listening, diagnosis, response options, and follow-through
• Governance cadence establishes steering reviews, faculty forums, and escalation routes

Participants can establish technology workflows and data controls that support reliable delivery.

• Learning management system workflows organise release conditions, deadlines, and reminders
• Dashboard metrics distinguish access, completion, preparation, participation, and attainment
• Early-alert rules identify learners needing preparation support before live sessions
• Data privacy controls address consent, retention, access rights, and vendors
• Accessibility checks apply WCAG 2.2 captions, contrast, keyboard access, and documents
• Technology failure protocols preserve learning during platform, bandwidth, or device disruption

Participants can align assessment and feedback systems with flipped learning activities and evidence requirements.

• Assessment blueprints align outcomes, cognitive demand, evidence, and scoring criteria
• Formative checks use retrieval, polling, exit tickets, and misconception analysis
• Rubrics communicate performance criteria for collaborative application and individual accountability
• Feedback loops combine automated signals, peer review, and facilitator coaching
• Assessment security addresses authorship, question banks, timing, and permitted resources
• Equity audits test whether preparation requirements distort assessment results

Participants can design learner support arrangements that reduce barriers to participation and attainment.

• Universal Design for Learning provides multiple engagement, representation, and action pathways
• Digital-access audit identifies device, connectivity, language, and study-space barriers
• Flexible preparation windows accommodate shift work, caregiving, travel, and disability
• Trauma-informed facilitation builds predictability, choice, psychological safety, and respectful participation
• Participation norms prevent prepared learners dominating peers with limited access
• Support pathways connect learners with tutoring, technology help, and accommodations

Participants can produce a staged implementation plan with review cycles and measurable improvement actions.

• Pilot scope defines target courses, cohorts, success measures, and decision gates
• Implementation roadmap sequences design, production, staff preparation, launch, and review
• Kirkpatrick evaluation distinguishes reaction, learning, behaviour, and organisational results
• PDCA cycles convert evidence into controlled improvements and documented decisions
• Benefits realisation tracks learner outcomes, faculty workload, and resource use
• Personal action plans commit owners, milestones, risks, and first-week actions