Grade 5 · 35 Weeks · October–June

Passion Project Curriculum Guide

A curiosity-centered, SEL-integrated year-long framework where intrinsic motivation is the engine and exploration is the path. This is the single-source reference for philosophy, structure, lesson content, materials, and standards alignment.

Living document — updated as units develop
Part I

Philosophical Foundation

The curriculum rests on a single premise: intrinsic motivation is the engine of durable learning, and curiosity is the spark that starts it. Everything else exists in service of this idea.

Core Belief

Intrinsic Motivation Over Compliance

If students are only doing something because they feel like they have to, it defeats the purpose. The curriculum should feel low-stress and low-stakes while still being rigorous. Effort and exploration are celebrated over outcomes.

Core Belief

Curiosity as a Developmental Pathway

Students who don't yet know what they're passionate about are not behind. The pathway is: exploration leads to curiosity, curiosity leads to passion. The curriculum provides structured space for this to unfold naturally.

Core Belief

Storytelling Before Definitions

For most of human history, humans learned through narrative. This curriculum leads with stories, not terms. Pedagogical norms are followed only when genuinely beneficial. Lessons open with figures like Satoru Iwata, Hypatia, Marie Curie, and Wangari Maathai.

Core Belief

Evidence-Based, Not Neuromyth-Based

Curriculum design is grounded in cognitive and behavioral science, not speculative "brain-based" claims. Active learning, meaningful social contexts, and developmentally appropriate methods are the foundation. See the Core Philosophy doc for the Mozart Effect discussion and Santiago Declaration framework.

Dual Accountability

Teacher's Philosophy

Emphasize curiosity, autonomy, self-paced learning, creativity. Keep it low-stress and low-stakes. If students are only doing something because they feel they have to, the purpose is defeated.

School's Requirements

Integrate CA CCSS throughout. Everything tied to standards or backed by research. NGSS philosophy provides a middle ground with its emphasis on exploratory learning.

The Operating System

The SEL Ecosystem

The SEL framework is not a bolt-on component. It is the operating system of the entire curriculum. Rather than treating social-emotional learning as a separate domain, it functions as a dynamic, interconnected ecosystem with eight interacting dimensions.

D1

Emotional Undercurrents & Cognitive Landscapes

Emotions and cognition are deeply intertwined. Curiosity broadens attention. Fear narrows it. A growth mindset reframes anxiety as a signal of reaching new frontiers.

D2

Motivational Pathways & Personal Meaning

Motivation intensifies when work connects to personal values, long-term interests, or cultural priorities. Even small choices boost intrinsic motivation.

D3

Identity, Cultural Narratives & Meaning-Making

When course content connects with lived experiences, language practices, or cultural traditions, it gains resonance and depth.

D4

Social Scaffolding & Interpersonal Bridges

Peer norms, teacher modeling, collaborative problem-solving, and emotional contagion all shape the learning ecosystem.

Four more dimensions cover embodied awareness, ethical orientations, linguistic mediators, and environmental structures. Each dimension has detailed key dynamics, impediments, practical steps, and synergy maps.
Explore All 8 Dimensions →
Part II

Curriculum Architecture

Built around six interlocking components, not a linear sequence. Components overlap and reinforce each other throughout the year.

Weeks 1–4

1. Exploring Curiosity & Building Inquiry Culture

Curiosity, autonomy, classroom culture. Establishing the emotional and intellectual conditions for the year.

Unit 1 Lessons →
Weeks 5–12

2. Research Methods & Media Literacy

Source evaluation, AI literacy, search techniques, citation, note-taking. Building the practical skills of inquiry.

Unit 2 Lessons →
Weeks 8–28 (ongoing)

3. Interdisciplinary Connections

Cross-curricular integration, unexpected connections. Science, math, literacy, visual arts, history, career exploration.

Weeks 16–24

4. Creative Representation

Not a standard presentation. Students brainstorm a game or activity for the class: interactive activities, physical models, digital media, performances, community projects.

Weeks 20–30

5. Informational Writing Synthesis

Informational essay with individual flair. Structure can be non-traditional, so long as the choice is deliberate and makes sense. Multiple draft revisions with peer and teacher feedback.

Weeks 28–35

6. Oral Presentation & Public Speaking

Formal presentation to class, parents, and/or school audience. Audience analysis, visual aids, mock presentations in small groups, confidence building.

Non-linear design: These components overlap deliberately. Research skills (Component 2) continue through Component 5. Interdisciplinary connections (Component 3) run almost the entire year. Students cycle back through earlier skills as their projects evolve.
Units & Components

Content Overview

Part VII

Assessment Framework

Assessment serves learning, not the other way around. The system prioritizes self-awareness, growth tracking, and authentic demonstration of understanding.

Self-Assessment

0–1–2 Rubric System

Every lesson in Unit 1 uses a consistent three-criteria self-assessment rubric. Students mark their own performance in their journals. This reinforces autonomy, self-awareness, and growth mindset.

ScoreMeaning
0Did not attempt or engage
1Attempted but with minimal depth or connection
2Fully engaged with depth, cultural/ethical awareness, or clear passion project connection

Common Criteria Categories

  • Curiosity expression / growth mindset language / mindful engagement
  • Respectful listening / peer interaction / effective collaboration
  • Reflective depth / cultural sensitivity / passion project connection
Ongoing

Formative Assessment

  • Weekly one-on-one check-ins (5–7 minutes per student)
  • Research journal entries
  • Skill practice exercises and worksheets
  • Peer review sessions
  • Teacher conferences
  • Observation of behavioral and emotional shifts
Milestones

Summative Assessment

  • Project proposal evaluation
  • Digital research portfolio
  • Multiple-draft writing assessment
  • Cross-curricular connection documentation
  • Final presentation rubric (self, peer, teacher)
  • Reflective portfolio
Part VIII

Standards Alignment

The curriculum serves dual accountability: the teacher's philosophy of curiosity-driven learning and the school's requirement for standards integration.

Part IX & X

Differentiation & Key Considerations

Support

For Struggling Researchers

  • Simplified evaluation checklists
  • Guided search templates
  • Step-by-step process guides
  • Teacher modeling and scaffolding
  • Peer support systems
Extension

For Advanced Researchers

  • Additional search operators
  • More complex evaluation criteria
  • Advanced digital tools
  • Independent project design
  • Peer teaching opportunities
Non-Negotiables & Flexibility

Key Considerations

  • Weekly check-ins: Regularly scheduled one-on-one conferences (5–7 minutes per student) to track progress and provide support. Non-negotiable.
  • Flexibility: The timeline accommodates individual needs. Self-paced learning is built into the DNA of the project.
  • Parent involvement: Encouraged throughout, especially during research and presentation phases.
  • Topic approval: Teachers approve topics for feasibility and scope. Any topic can become a passion project, but some (TV shows, video games) will need more thought to expand curiosity productively. Guiding questions: "What careers are related to this? What is the science or history of it?"
  • AI literacy: Integrated into the research methods unit. Students learn to identify AI-generated content, understand AI's role in society, and use AI properly for the benefit of learning.