Real objects, real reasoning
Each unit centers on an actual invention — how it worked, why it appeared when it did, and what problem it genuinely solved.
History of Technology
From the first wheel to the first line of code.
A course that treats invention as a chain reaction — each breakthrough traced back to the problem it solved, and forward to the technology students carry in their pocket today.
- Real objects, not just dates
- Every invention has a "why"
- Ends at the technology in your pocket
Not a timeline to memorize
Invention as a chain reaction.
Dates fade. The reason someone needed a printing press, or why a steam engine reorganized a whole century, doesn't.
Cause and effect across centuries
Every invention traces back to the one before it and forward to the one it made possible — a chain, not a list of facts.
Hands-on reconstruction
Students build simplified working models of key inventions — a lever, a simple circuit, a pulley — to see the mechanism, not just read about it.
A straight line to today
Every unit ends by connecting the invention to something the student actually uses now — the course closes the loop every time.
One invention at a time
A workshop, not a lecture hall.
The course moves in the same order the world did — simple mechanical tools first, then the industrial machines that reorganized whole societies, ending at the electronics running the school's own computers.
Each session pairs a real historical case with a small hands-on build — a lever, a simple circuit, a working pulley — so the mechanism is something a student can touch, not just read about.
The final project asks each student to pick one invention and explain, in their own words, why it mattered — not just what it was.
What a student walks away with
History as cause and effect, not memorization.
The goal isn't a list of dates — it's the habit of asking why something changed, and what changed because of it.
Explains why, not just when
Can say what problem an invention solved and why it appeared at that moment — not just recite a date.
Traces a real chain
Follows a line from one invention to the next across centuries — cause to effect, not isolated facts.
Builds to understand
Has physically built a simplified version of at least one historical mechanism, not just read a description of it.
Connects past to present
Draws a direct, specific line from a historical invention to a piece of technology used today.
Curious how your student would trace their own invention chain?
Every unit ends the same way — a real invention, connected all the way to today.