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Computer Engineering

Grade 11 Computer Engineering Technology, following the Ontario curriculum.

  • 7 units
  • 30 lessons
  • 277 practice questions
  • 277 flashcards
  • 5 simulators
Start Unit 1Exam review →
Try oneTEJ3M · The Computer System Model
Which component belongs to the PROCESS stage rather than to input, output or storage?

Units

Unit 1 · 4 lessons · ~10% of course

Introduction to Computers

What a computer actually is, how it got this fast, and the two number systems everything inside it is written in.

  1. 1The Computer System Model
  2. 2Binary, Decimal and Hexadecimal
  3. 3Representing Data: Bits, Bytes and Files
  4. 4Generations, Moore's Law and Where Hardware Is Going
Unit 2 · 5 lessons · ~15% of course

Hardware, Software and Operating Systems

Inside the case: what each component does, how the machine starts itself, and what the operating system is actually managing.

  1. 1The CPU and the Motherboard
  2. 2Memory and Storage
  3. 3Building a System and Connecting Peripherals
  4. 4Firmware, POST and the Boot Sequence
  5. 5Operating Systems, File Systems and Maintenance
Unit 3 · 4 lessons · ~15% of course

Networking

How two machines find each other, agree on a language, and move data reliably across a room or a continent.

  1. 1Network Types, Topologies and Media
  2. 2The OSI and TCP/IP Models
  3. 3IP Addressing and Subnetting
  4. 4Network Devices, Cabling and Security
Unit 4 · 5 lessons · ~15% of course

Electronics and Digital Logic

Ohm's law, real components, series and parallel circuits, and the logic gates that turn voltages into decisions.

  1. 1Voltage, Current, Resistance and Power
  2. 2Components and Schematic Diagrams
  3. 3Series, Parallel and Voltage Dividers
  4. 4Logic Gates and Truth Tables
  5. 5Boolean Algebra and Simplification
Unit 5 · 5 lessons · ~20% of course

Computer Programming

Variables, decisions, loops, lists and functions in Python — plus how to find the bug when it does not work.

  1. 1Variables, Data Types and Input/Output
  2. 2Selection: if, elif and else
  3. 3Loops: while and for
  4. 4Lists and Strings
  5. 5Functions, Errors and Debugging
Unit 6 · 4 lessons · ~15% of course

Computer Interfacing

Making a microcontroller read the physical world and act on it — buttons, sensors, LEDs, motors and servos.

  1. 1Microcontrollers and the Arduino
  2. 2Digital Input and Output
  3. 3Analog Inputs and Sensors
  4. 4PWM, Motors and Control Systems
Unit 7 · 3 lessons · ~10% of course

Technology, Environment, Society and Careers

The environmental cost of computing, the social questions it raises, how to work safely, and where this subject leads.

  1. 1Environmental Impact and E-Waste
  2. 2Societal Impact, Ethics and Security
  3. 3Workplace Safety, Standards and Careers

Simulators

Simulators for every course →
TEJ3M
Binary / Hex Converter

Flip individual bits and watch decimal, hexadecimal and the ASCII character follow.

Used in 2 lessons
TEJ3M
Logic Gate Lab

Toggle inputs through any of seven gates and see the truth-table row light up.

Used in 1 lesson
TEJ3M
Series & Parallel Circuits

Build a resistor network, then read total resistance, branch currents and power.

Used in 5 lessons
TEJ3M
Subnet Calculator

Slide the prefix and watch the mask cut an IP address into network and host bits.

Used in 1 lesson
TEJ3M
PWM & Servo Lab

Drive an LED, a motor or a servo and see the waveform behind analogWrite.

Used in 1 lesson