Computer science is posing a ________ in such a way that a computer can ____________ it.
Problem, Solve
The only industry that doesn't use computers.
None.
A way at looking at the big picture and seeing how things are connected.
Systems Thinking.
Ozobot
The maker of our 3D printers
Makerbot
The main reasons schools don't offer CS classes.
Teachers can't teach it.
CS majors make $_____________ more than a high school grad over their lifetime.
$1 million dollars
Anything made of parts.
A system.
CoDrone
The part of the 3D printer that actually melts the plastic.
Extruder/print head
One reason it is an important skill to learn.
???
The industry you need to work in.
Any Industry.
a place within a complex system where a small intervention can produce significant, widespread changes
Leverage point.
These are all examples of what:
Energy: Charging the battery (electricity).
Information: Code uploaded via Blockly/Python, or commands from the controller.
Physical environment: Air currents, obstacles, gravity.
Human interaction: Students turning it on, calibrating, choosing flight modes.
Inputs
The online tool used to make/ edit objects.
Tinkercad.
This is what Computer Science is all about.
Solving Problems!
The likelihood your future job will use computers.
~100%
Coca-Cola is refreshing, but has a lot of sugar and is not good for you.... is an example of one of these...
Mental model.
These are all examples of what:
Movement: Flying up/down, forward/backward, turning, hovering.
Lights: LEDs flashing or changing colors to signal status.
Data/feedback: Telemetry (altitude, direction, battery life) shown to students through the app.
Sound: Noise from spinning propellers (indirect output).
Outputs
Another word used for plastic.
Filament.
The main reason students are not interested in computer science.
Not exposed to it. No classes offered
Percentage of jobs outside of Tech Companies. (10% 30% 50%)
50%
Another word for emergent behavior of a system.
Consequence.
The cost of the robot or drone?
Ozobot: $175
Drone: $200
One output of the 3D Printer.
3D printed object: The final physical model, prototype, or part.
Movement & sound: Motors and fans generate motion and noise during printing.
Heat: From the extruder and build plate.
Light signals: Status LEDs for printer readiness or errors.
Feedback/data: Printer display or software reports print progress, errors, or completion.