Course Evaluation
The final mark for this course will be composed of the following:
50% Term 1 mark
50% Term 2 mark
The Term mark will be composed of the following:
5 % Presentations
20 % Documentation, Assignment and Quizzes
70 % Projects
Course Outline
Topics Approximate Time (hours)
Design Process 5
Request for Proposals
Requirements analysis
Research
Proposal
Prototype
Test
Movement
Forwards & Reverse 3
Turning 3
Navigating a set course 6
Sensors
Control 1
Ultrasonic sensor 1
Touch sensor 1
Gyro sensor 1
Color sensor 1
Sensors for deciding action 1
Traffic Signal challenge 5
Navigating Flexible flagged routes 5
Collision avoidance 2
Autonomous Bus Project 5
Program Control
loops 1
conditional statements 1
if/then/else 1
switches 1
conditional loops 1
sensory input for conditional statements 1
Variable Maze Navigation 5
Sorting objects based on color 2
Autonomous warehouse vehicle (no inventory) 5
Data and variables
Data types 1
Data storage 1
variables 1
Data and Variables to control program logic/flow 5
Autonomous warehouse vehicle (with inventory control) 5
Wireless connectivity
Bluetooth 3
InfraRed 1
human override protection by remote control 5
Returning to Autonomous control 3
Final Project 10
The final mark for this course will be composed of the following:
50% Term 1 mark
50% Term 2 mark
The Term mark will be composed of the following:
5 % Presentations
20 % Documentation, Assignment and Quizzes
70 % Projects
Course Outline
Topics Approximate Time (hours)
Design Process 5
Request for Proposals
Requirements analysis
Research
Proposal
Prototype
Test
Movement
Forwards & Reverse 3
Turning 3
Navigating a set course 6
Sensors
Control 1
Ultrasonic sensor 1
Touch sensor 1
Gyro sensor 1
Color sensor 1
Sensors for deciding action 1
Traffic Signal challenge 5
Navigating Flexible flagged routes 5
Collision avoidance 2
Autonomous Bus Project 5
Program Control
loops 1
conditional statements 1
if/then/else 1
switches 1
conditional loops 1
sensory input for conditional statements 1
Variable Maze Navigation 5
Sorting objects based on color 2
Autonomous warehouse vehicle (no inventory) 5
Data and variables
Data types 1
Data storage 1
variables 1
Data and Variables to control program logic/flow 5
Autonomous warehouse vehicle (with inventory control) 5
Wireless connectivity
Bluetooth 3
InfraRed 1
human override protection by remote control 5
Returning to Autonomous control 3
Final Project 10