Most students know enough about computers to complete basic daily tasks, such as word processing, browsing the Internet or playing a computer game. However, through this course, you will learn about information and software technology and far more. You will discover why the computer has been called the most complex and versatile device ever built, and you will learn about a digital revolution that is only just beginning.
Students will explore how networks are used to represent and analyse social, communication and technological systems. They will develop skills in modelling connections, interpreting network data and evaluating the impact of networks on society.
Assessment Task 3: Group Project and Presentation (Due Term 3 - Week 9 with presentations in Weeks 9 and 10)
Students will work collaboratively to investigate a real-world network, develop a network model and present their findings to the class.
Students will design, build and program mechatronic and robotic systems to solve practical problems. They will apply engineering design principles, electronic control systems and programming skills to create functioning prototypes.
Assessment Task 4: Yearly Examination (Term 4 - Week 5)
The examination will assess students' knowledge and understanding of concepts and skills developed throughout the course, including network modelling, mechatronic systems and robotics.
This semester provides students with opportunities to strengthen their problem-solving, collaboration, design and computational thinking skills through both practical and theoretical learning experiences.