Master Lesson Plan & Implementation Blueprint
Prepared by: Patricia Silva
EDLD 5389 – Developing Effective Professional Leadership | Instructor: Dr. Jennifer Roble
September 2026
What happens when a project is finished, evaluated, and academically successful, but still remains in a folder? The issue is not simply that people need better slides, better marketing, or more AI. The deeper question is whether the creator can make the value of an existing project visible, intelligible, and strategically present for a real audience. (Learning Forward, 2022)
From Project to Presence is an individualized professional-learning route in which adults bring work they have already created and learn to move it from private completion toward intentional professional presence.
The project begins on the shelf. Presence begins when the creator can decide how, where, why, and for whom the work should enter the world.
A strong project can remain shelfware when the creator has not yet developed a deliberate route from disciplinary knowledge to audience access. The bottleneck is the passage between knowledge, experience, and project capability and intentional, intelligible, context-responsive professional expression.
The participant's own project is the curriculum anchor. Choice, experimentation, feedback, revision, and transfer are used because the desired outcome is not passive knowledge of media — it is the ability to make and explain context-sensitive representational decisions.
Citations: Harapnuik et al. (2018) — COVA; Fink (2013) — significant learning alignment; Learning Forward (2022) — active, evidence-informed professional learning.
The sequence protects against premature production. Participants first investigate what different media and tools can do. Only after the repertoire becomes visible do they decide what serves their own project.
Citation: Titus (2007) — applied creativity as disciplined problem solving and iterative refinement, not ornament.
Participants are not treated as beginners. T1 establishes what they already know, what they already use, what they believe the project needs, and what currently blocks movement.
The common process is coherent; the participant route remains individual.
Pedagnosis is the developing framework through which T1, T2, and T3 evidence supports human interpretation and route adaptation. It does not label the learner. The architecture below makes the full sequence explicit.
Establish before targeted development begins.
T1 is preserved before any targeted instruction changes the route. (Fink, 2013; Harapnuik et al., 2018; Zimmerman, 2002)
Days 2–6: Value & Purpose → Applied Creativity → Visual Language → Human + AI Creation → Marketing & Placement.
Participants research, create, document, explain, and revise. The route is individualized; the process is coherent. (Titus, 2007; Kędra, 2018; Learning Forward, 2022)
T2 is not simply another measurement. T2 is where evidence is used to determine what instruction should happen next.
(Black & Wiliam, 1998; Hattie & Timperley, 2007; Zimmerman, 2002; Panadero, 2017)
The participant continues with an adjusted route informed by the Dual Mirror decision. The artifact is revised. The audience strategy is refined. The opportunity shortlist narrows.
T3 asks: Can the learning transfer to an authentic or altered context?
After T3, AI may organize a final longitudinal comparison of T1, T2, and T3. The final report supports reflection and the next developmental step. It does not retrospectively replace the Dual Mirror that occurred at T2. (Fink, 2013; Harapnuik et al., 2018; Learning Forward, 2022; Kędra, 2018)
Dual Mirror means that the learner and the instructor examine the same T2 evidence from two distinct interpretive positions. They are not two scores. They are not merged into one AI judgment. The two perspectives are preserved separately. The purpose is instructional interpretation.
The learner asks:
This is self-regulated reflection, not self-scoring. (Zimmerman, 2002; Panadero, 2017)
The instructor asks:
This is formative instructional judgment, not a verdict. (Black & Wiliam, 1998; Hattie & Timperley, 2007)
AI enters the Pedagnosis cycle AFTER human evidence and self-review exist. Its function is organizational and descriptive. It does not interpret meaning or determine the instructional route.
Examples of what AI-supported displays may show (descriptive only):
Graph and Data Rule:
AI-supported graphs may show only real, documented evidence. Prefer descriptive language:
CHANGED | REMAINED STABLE | APPEARED | DISAPPEARED | EXPANDED | NARROWED | WAS REVISED | WAS PRESERVED
Do not invent percentages. Do not create fake precision. A graph makes evidence visible. A graph does not determine the meaning of the evidence.
T2 and T3 have different purposes. T2 asks: What should be retuned in the learning route? T3 asks: Can the learning transfer to an authentic or altered context?
After T3, AI may organize a final longitudinal comparison of T1, T2, and T3 evidence. This comparison supports reflection and the next developmental step. It does not retrospectively replace the Dual Mirror that occurred at T2. Evidence streams remain distinct: self-report, artifact evidence, peer reception, instructor interpretation, and AI-organized comparison are never merged into a single score.
(Fink, 2013; Harapnuik et al., 2018; Learning Forward, 2022; Kędra, 2018)
The activity is constant while the route is individualized. Every participant begins with an authentic project and repeatedly asks: What does this project need in order to become intelligible and usable for the next audience? The participant researches possibilities, creates, documents, receives feedback, revises, and transfers.
What can this medium/tool/channel do for a project like mine?
Which possibilities actually fit my purpose?
What would this look/sound/feel like in my project—typography, color, voice, timing, music, imagery, structure, duration, interaction?
Build a project-specific representation.
Why did I choose these elements?
What does another human notice, remember, understand, question, or lose?
What changed and why?
Where should this project go next?
The ten-module architecture converts the conceptual plan into a build specification for Leadership City. Each module includes the activity, evidence, data fields, and research anchor. The common process is coherent; the participant route remains individual.
Human Decision Check
AI may organize, reveal, compare, support, suggest, or generate. It does not define the person or select the consequential route. The participant and facilitator interpret context and decide.
Gemini Build Rules for All Modules
- Do not overwrite original T1/T2/T3 artifacts; preserve version history.
- Do not auto-score intelligence, creativity, confidence, personality, potential, or professional worth.
- Keep participant self-report, peer feedback, facilitator interpretation, and AI-organized evidence as separate streams.
- Allow an open "Other" option for tools, audiences, channels, and opportunities.
- Show AI suggestions separately from participant decisions; require a human rationale before a route is finalized.
- At the end of each module ask: What did you decide? Why? What evidence or feedback informed the decision? What remained yours?
ASSESSMENT BOUNDARY
Assessment evidence may describe the artifact, process, decisions, revision, and transfer. It must not be used to infer intelligence, human worth, personality, creativity as a fixed trait, or complete professional competence.
T1, T2, and T3 make the route visible longitudinally. T1 captures the starting point. T2 introduces a feedback triad — self, peer, and facilitator — and requires revision based on evidence rather than compliance. T3 captures transfer.
Perception Progression — Safe Use
The course may compare the participant's own T1, T2, and T3 statements about the project and its bottleneck. This is longitudinal project-perception self-report, not a clinical or psychological measure. Use the same prompts at T1/T2/T3 and compare language descriptively rather than converting it into a diagnostic score. (Herbert et al., 2025; Ibrahim et al., 2025 — boundary references only)
At T2, feedback comes from three human perspectives: the participant, a randomly/electronically assigned peer, and the facilitator. The purpose is not to vote on the project. It is to provide usable reception evidence. (Black & Wiliam, 1998; Hattie & Timperley, 2007)
The participant reflects on their own artifact first. What do I notice now that I didn't before? What would I change? What do I want to preserve?
A randomly/electronically assigned peer responds using the Constructive Peer Feedback Questionnaire. Key questions:
Facilitator provides formative response informed by T1 baseline and T2 artifact. Feedback informs the next action rather than operating as a verdict.
Feedback Language Rule
"Describe the reception of the artifact, not the worth of the person. Prefer 'I lost the thread around 1:42 because…' over 'You are boring.' Prefer 'The contrast made the title difficult for me to read' over 'Your design is bad.'"
T3 Peer Rotation
At T3, the electronic rotation assigns a different peer/project relationship from T2 when feasible. This provides a second human reception point without turning the course into popularity scoring.
Audience is taught as a hierarchy of relationship to the project rather than a generic 'target market.' The participant must justify the hierarchy for the actual project. The example teaches the reasoning pattern; it is not a template to copy. (Taormino, n.d.; Stanciu, 2025; Fink, 2013)
Marketing is framed as strategic placement: where does this project need to be visible, for whom, and what does that context require? The objective is fit, not platform popularity.
(Taormino, n.d.; Stanciu, 2025)
AI may organize, reveal, compare, support, or suggest. The participant and facilitator interpret context and make the consequential decisions. (Gonsalves et al., 2026; Harapnuik et al., 2018)
Research & Citation Guardrails
The lesson plan is research-informed, but it must not make claims that exceed the sources. This professional-learning course is not an RDoC assessment and does not diagnose participants. For the final academic reference list, retain only sources actually cited in the narrative.
The participant returns to the evidence created across the course and produces a concise route summary covering:
(1) The Project — what was created, for whom, and which decisions mattered.
(2) The Experience — what changed in the participant's understanding of the project, the bottleneck, available routes, and next action.
The reflection is participant-authored and is not a psychological assessment.
After the course, the participant chooses whether the final project remains:
If published, the participant receives a link for a professional portfolio and the course certificate.
This plan runs on a deliberate repetition of one cycle: exposure, practice, feedback, reflection, and revision. That repetition is not a lack of variety. It is the architecture. Each return to the cycle happens on a project that has changed, so the same structure produces a different result. Novelty is not the goal. Consolidation is.
The design is grounded in constructivist learning theory (Vygotsky, 1978): participants construct meaning through activity, mediation, tools, and reflection rather than receiving a finished formula. Knowledge is not transferred to them; it is built by them, using their own authentic project as the object of thinking. At the same time, the plan carries traditional instructional structure — explicit modeling, defined sequences, clear deliverables, and instructor-provided scaffolds. The two are not in conflict. Constructivism explains how understanding develops; traditional structure provides the conditions in which that development can happen safely and predictably.
The eight-day structure operationalizes cognitive apprenticeship (Collins, Brown, & Newman, 1989). Modeling precedes practice. Coaching accompanies the attempt. Scaffolding is gradually removed as competence develops. Articulation and reflection transform process into understanding. Exploration — the Opportunity Hunt — is where the participant tests the repertoire against real destinations. These six methods are not added on top of the design; they are the design, named.
This design is working toward a signature pedagogy for professional presence (Shulman, 2005). In a signature pedagogy, a profession teaches through a characteristic form of instruction that reflects how its practitioners actually think — the medical rounds, the legal case method, the architectural studio critique. Here, the participant's own project serves as the object of critique, and the route toward audience becomes the curriculum. The teaching form and the professional capability are the same thing.
All sources listed below are cited in the body of this lesson plan. No source appears in this list that is not cited in the narrative. Herbert et al. (2025) and Ibrahim et al. (2025) are retained as boundary references only and do not validate an educational bottleneck scale.
It can widen the map, accelerate research, produce drafts, generate media, organize evidence, compare versions, and support accessibility. It cannot decide what the project means, which audience deserves it, whether a human being is creative, or which professional route should define that person.
I use AI to interrogate my thinking, not to replace it. The idea begins with me; AI helps me test the route.
— Patricia Silva
The conception and intellectual development of From Project to Presence are Patricia Silva's. Patricia retained responsibility for the problem definition, pedagogical architecture, leadership decisions, interpretation, revision, source selection, acceptance criteria, ethical boundaries, and final academic judgment.
Patricia Silva | Master Lesson Plan | September 2026 | EDLD 5389
MASTER LESSON PLAN