Electronics/Robotic 10

Electronics/Robotics 10 is a course designed to introduce students to the world of electronics & robotics. The course is 2 terms in length (approx 50hrs). The students will begin by breadboarding simple circuits and in doing so, learn what some of the more common components do. They will also be introduced to microprocessors using ARDUINO, where they will learn how to program as well. Once a number of labs are completed the students will build a circuit board and use a 3d printer to make a project.  

Electronics-Robotics 10 (Level 1) Outline 2019
Electronics-Robotics 10 (Level 2) Outline 2019

Below you will find a number of resources and materials that will be used for the course. Also, look under Resources on the Electronics Drop Down Menu for additional information on electronics.


Breadboarding – Student Answer Booklet – You will be given this. 
DON’T lose it as it is used for marking purposes.

How to setup a power supply (youtube)
How to Breadboard (youtube)
Resistor/LED explaination (youtube)
Basic component explaination (youtube)

Lab #1 – How resistors works (more info..)
Lab #2 – Potentiometers (more info..)
Lab #3 – Photocells (more info..)
Lab #4 – Diodes (more info..)
Lab #5 – Capacitors (more info..)
Lab #6 – Transitors (more info..)
Lab #7 – Automatic Night Light
Lab #8 – Flashing Lights
Bonus Lab – 2 LED Decision Maker

Breadboarding Level 2

Lab #9 – 555 Blinking Light
Lab #10 – 555 Police Siren
Lab #11 – 555 & 4017 Decision Maker
Lab #12 – LM386 Audio Generator

Using an Oscilloscope – Youtube



Arduino Getting Started – An introduction
Arduino Lab #1 – Blink LED/RGB LED
Arduino Lab #2 – 5 LED Sequence/Call Function
Arduino Lab #3 – If statements and Variables
Arduino Lab #4 – LCD Screen
Arduino Lab #5 – Servo Motor

Arduino Nano – Hardware Reference

Useless Box Project (Level 1)

The Useless Box is a simple and fun little project that teaches students the various processes/stages of taking a project from conception to completion.  Students will breadboard the circuit, program an Arduino Nano to make the circuit work, create a printed circuit circuit board, design a case in Inventor, 3D print the case and finally assemble it all together to create a professional looking project.  See youtube video of it in action HERE.

Useless Box – Laser Cut

Useless Box Project Instructions Sheets
Useless Box Marking Rubric

Making the Circuit Board – DipTrace
Using DipTrace – Library Setup
Making the Schematic for the Useless Box  (print and submit your schematic)
Making a PCB layout – setting up the program for use
Making the PCB for the Useless box (print and submit your design)
Obtain a PCB, and using a Dremel drill press, drill all holes
Obtain and solder in all components

3D Print The Servo Finger And Door Hinge

You will need to 3D print a servo finger to turn off the switch.  The ‘.stl’ file can be found on the school share, under ‘Maker Woodwork students’.  Look for the ‘UselessBox’ folder.

You will also need to 3D print a hinge for the door.  The .stl file for this is in the same folder as the finger.  Do not print the hinge and the finger together on the same printer.

Getting from Inventor to Tinkerine Suite
Setting up the 3D Printer/Printing

Cutting The Box Parts

You will find the .emf file for the box in the same folder as the model files for the 3D printed parts.  ‘Import’ this into the laser software.  Adjust the laser’s ‘settings’ to cut 1/8″ Baltic Birch Plywood and focus the laser to the surface of your plywood.  Check and double check (focused?, positioned?, settings correct?, fume extraction on?, nozzle air supply on?)…then cut.

Assembling the Box

  1. Block sand the faces (not the edges) of all visible components to remove residue/smoke from cutting.
  2. Test fit the box parts.  The fit should be snug. 
  3. Identify the key areas to be glued (no, the whole box doesn’t need glue)
  4. Use a paint brush to apply glue to key areas as you assemble the box. WASH THE BRUSH IMMEDIATELY AFTER THIS STEP!!!
  5. Allow time for the glue to dry (minimum 1hr)

Final Assembly

  1. Use either the screws that came with your servo, or #4 x 1/2″ wood screws, to attach the servo to the servo bracket.
  2. Use a small amount of glue (get from the teacher) to attach the hinge to the box.
  3. Assemble all components inside being careful to avoid interference with the servo/finger operation.
  4. Attach the bottom to the box using #4 x 1/2″ wood screws


OTTO (Level 1 and/or Level 2)

Students will build and program this small little robot called OTTO.  It will be able to walk and avoid obstacles and hopefully dance to music!!


Building Instructions coming soon……

Inventor Tutorials coming soon……….




3 x 3 x 3 LED Cube (Level 2)

Procedure coming soon…….

How to make a Video Instructable

Video Link to previous student built project