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8th Grade

Learning Philosophy

This plan is built for a hands-on, project-driven learner who thinks best when he's making something. Every subject connects to what already lights him up: engineering challenges, graphic storytelling, music production, coding, and the satisfaction of seeing something he built actually work. The goal is rigorous 8th grade academics wrapped in real projects he'll be proud of.

Core belief: if it can be built, coded, played, drawn, or argued — that's how we learn it.

Daily rhythm: Sessions run in the morning for 3–4 hours, four days a week. Fridays are project days — unstructured time to go deep on whatever he's building, coding, or composing. Short focused lessons, then immediate application.

Annual Overview — Four Quarters

Quarter 1 — Fall: Makers & Builders
  • Theme: Engineering, forces, and how things work
  • Language Arts: Graphic novels + narrative & descriptive writing
  • Math: Linear equations, slope, and proportional relationships
  • Science: Forces, motion, Newton's laws, simple machines
  • Social Studies: Industrial Revolution — machines that changed the world
  • Big Project: LEGO Rube Goldberg machine + engineering log
Quarter 2 — Winter: Stories & Sounds
  • Theme: Storytelling through panels, music, and code
  • Language Arts: LEGO build log + technical & expository writing
  • Math: Functions, systems of equations, graphing
  • Science: Waves, sound, and light — the physics of music
  • Social Studies: The Gilded Age through WWI — conflict and invention
  • Big Project: Original electronic music track + liner notes essay
Quarter 3 — Spring: Debug & Deploy
  • Theme: Coding, problem-solving, and tech in the real world
  • Language Arts: Scratch/Claude project + technical & persuasive writing
  • Math: Pythagorean theorem, geometry, volume and surface area
  • Science: Electricity, circuits, and energy systems
  • Social Studies: WWII through the Cold War — technology & power
  • Big Project: Scratch or Claude coding project with documentation
Quarter 4 — Summer: Make Your Case
  • Theme: Research, argument, and presenting your ideas
  • Language Arts: Field research paper + TED-style talk
  • Math: Statistics, data analysis, probability
  • Science: Environmental science — climate, ecosystems, human impact
  • Social Studies: Modern America and civics — how government and society work
  • Big Project: TED-style talk on a topic he cares about

Sample Weekly Schedule

Four focused mornings per week. Fridays are reserved for building, coding, composing — whatever the current big project needs.

DayTime BlockActivities
Monday 9:00 – 12:00 Language Arts (45 min) · Math (50 min) · Reading / independent writing (30 min)
Tuesday 9:00 – 12:00 Science lesson + lab or experiment (60 min) · Social Studies (45 min) · Piano practice (20 min)
Wednesday 9:00 – 12:00 Math (50 min) · Language Arts writing workshop (45 min) · Coding / Scratch / Claude project (40 min)
Thursday 9:00 – 12:00 Science (45 min) · Social Studies reading + discussion (40 min) · Electronic music production (40 min)
Friday Flexible Project day — LEGO engineering, coding, music, field trip, or deep work on current quarter project. Piano practice. Reading for pleasure.

Subjects

Language Arts

Debug, Build & Make Your Case — 36 weeks, 6 units

Writing-forward curriculum built around his interests. All major writing forms covered.

  • Q1: Graphic novel analysis + narrative writing
  • Q2: LEGO build log + technical/expository writing
  • Q3: Coding project documentation + persuasive writing
  • Q4: Music essay + research paper + TED-style argument

View full Language Arts curriculum →

Mathematics

8th Grade Math / Pre-Algebra

Real-world applications wherever possible — connect to engineering, music, and data.

  • Q1: Linear equations, slope, proportional relationships
  • Q2: Functions, systems of equations, graphing
  • Q3: Pythagorean theorem, geometry, volume
  • Q4: Statistics, data analysis, probability

Science

Physical Science — NGSS aligned

Hands-on and experiment-driven. Connects directly to engineering and music interests.

  • Q1: Forces, motion, Newton's laws, simple machines
  • Q2: Waves, sound physics, light and optics
  • Q3: Electricity, circuits, magnetism, energy transfer
  • Q4: Environmental science, climate systems, human impact

Social Studies

US History — Industrial Era to Today

Framed around invention, power, and how technology shapes society.

  • Q1: Industrial Revolution — machines, workers, inventors
  • Q2: Gilded Age, WWI — conflict and invention
  • Q3: WWII and the Cold War — technology and power
  • Q4: Modern America — civics, rights, how government works

Electives

Piano · Electronic Music · Engineering · Coding

  • Piano: Daily 20-min practice; one piece per quarter to performance level
  • Electronic Music: GarageBand or similar DAW; one original track per quarter
  • Engineering: LEGO Technic challenges tied to science concepts each quarter
  • Coding: Scratch projects Q1–Q2; Claude/AI collaboration projects Q3–Q4

Big Projects — One Per Quarter

Q1
Rube Goldberg Machine + Engineering Log
Design and build a LEGO or mixed-materials Rube Goldberg machine that completes a simple task in at least 8 steps. Keep a written engineering log documenting each iteration — what worked, what failed, and why. Ties to Newton's laws and forces unit. Photograph or video each build stage.
Q2
Original Electronic Music Track + Liner Notes
Compose and produce a complete original track (2–3 min) using a DAW (GarageBand, LMMS, or similar). Write a liner notes essay explaining the creative choices — genre, instruments, mood, influences. Connects to the physics of sound and waves unit. Presented at Q2 showcase.
Q3
Coding Project with Full Documentation
Build a working Scratch game or interactive story, or complete a Claude-assisted project of his choosing. Write a technical README explaining what it does, how it works, and what he learned. Demonstrate it live and take questions — a real software presentation.
Q4
TED-Style Talk
Research a topic he genuinely cares about — could be tech, music, engineering, environment, history — and present a 8–10 minute talk with slides. Written research paper submitted alongside. Audience can be family, friends, or recorded. Ties to the full Language Arts Unit 6 sequence.

Reading List

Watchmen
Alan Moore & Dave Gibbons
Graphic novel — Unit 1 anchor text. Complex narrative structure and visual storytelling.
Persepolis
Marjane Satrapi
Graphic memoir — identity, history, and visual narrative voice.
The Martian
Andy Weir
Science fiction — engineering problem-solving, technical writing in narrative form.
Code: The Hidden Language of Computer Hardware and Software
Charles Petzold
Selected chapters — how computers actually work, from bits up.
The Innovators
Walter Isaacson
Selected chapters — history of computing and the people who built it.
Ender's Game
Orson Scott Card
Science fiction — strategy, ethics, and leadership under pressure.