Year 11 Applied Computing Units 1 and 2
Overview
Welcome to VCE Applied Computing, where you’ll explore coding, data analysis, and digital systems to solve real-world problems using cutting-edge technology and analytical techniques.
Unit 1
Area of Study 1: Data Analysis
In this area of study you will dive into the world of data. You will learn how to collect, explore, and analyse data to find meaningful patterns and insights. You’ll also discover how to use spreadsheets and data visualization tools to present your findings in a clear and engaging way.
Area of Study 2: Programming
Get ready to unleash your creativity through coding. In this part of the course you will learn the basics of programming, from writing simple scripts to creating your own software solutions using Python. Whether it’s a game, an app, or a tool to solve a problem, you’ll bring your ideas to life with code.
Unit 2: Applied Computing
Area of Study 1: Innovative Solutions
In this area of study you will take on the role of an innovator by working on a project that addresses an identified problem, need or opportunity. You will explore how to design and develop creative digital solutions, which might involve building a website, designing an app, or utilising smart devices. It is up to you, it is your innovative digital solution. Through this process, you will learn how to use technology to make a positive impact, developing a proof of concept, prototype or product.
Area of Study 2: Cyber Security Step into the world of cyber defense. In this part of the course, you will learn how to protect information and systems from threats. You will explore the basics of network security, understand common vulnerabilities, and discover strategies to keep data safe in our increasingly connected world.
Who is it for?
VCE Applied Computing Unit 1 and Unit 2 is for students who enjoy exploring technology and its impact. If you’re fascinated by how computers and software shape our world, this subject offers a deep dive into technology and its practical applications.
It’s also ideal for those who want to develop practical computing skills. If you like hands-on learning and want to gain skills in using spreadsheets, databases, programming with Python and various software tools, this subject will help you build those abilities.
If you aspire to work in technology or related fields, this subject will give you a strong foundation and practical experience. Whether you’re considering a career in IT, data analysis, cybersecurity, or any technology-related industry, these units are designed to prepare you for those roles.
For students who like to solve problems and create solutions, this subject encourages innovative thinking and practical problem-solving. You’ll have the opportunity to figure out how to improve processes and develop new technological solutions.
Lastly, if you’re interested in data management and cybersecurity, this subject covers crucial aspects of both. You’ll learn about how data is handled and protected, and understand the importance of cybersecurity in today’s digital world.
What do you do?
Activities you will engage in include:
- Creating data visualisations
- Python programming
- Cyber Security
- Innovative Solution is a project developing a digital solution that is a proof concept, prototype or product.
Data visualisation tells the story of the data. Using software, you will use datasets to build information graphics to present the meaning behind the data. Spreadsheets and databases will be used to manipulate the data into information.
Coding in Python, working through challenges to write working solutions to problems. This could involve fixing errors in provided code through to developing solutions based on design specifications.
The innovative solution will be open-ended and negotiated project. Your choice will determine where this project will go, artificial intelligence, smart devices, drones, games, virtual reality or any other digital solution. It’s up to you.
Cyber Security will see you examing cyber security incidents, identify threats and vulnerabilities and providing strategies to secure data and information.
What skills do you need?
Some basic computer skills are helpful and the ability to work independently is important.
What skills do you develop?
Computational thinking: Students apply logical thinking and problem-solving techniques to break down complex problems into manageable parts.
- Critical thinking: They assess and evaluate information to make informed decisions.
- Technical skills: Students gain proficiency in various software tools, spreadsheets, databases and the Python programming.
- Data analysis: They acquire skills in interpreting and manipulating data to draw meaningful conclusions.
- Project management: Students learn to plan, execute, and manage projects effectively.
- Innovation: They develop the ability to create and implement new and effective solutions.
- Cybersecurity awareness: They understand how to protect information and systems from security threats.
Requirements
You must have access to the Internet in order to access this course. All weekly work will be viewed through VSV online and then submitted online.
A computer device with Windows 10 or macOS 10.14 or greater is required. A user account with administrator privileges is needed to install software. Note: iOS, Android, and Chromebook devices are not suitable for the variety of applications employed in this course.
All so the required apps as listed below:
- Microsoft Excel
- Microsoft Word (or any other word processor)
- Visual Studio Code
- Python
- LibreOffice Base
- Gantt Project
Things to think about
It’s advisable for students to have a basic understanding of computer literacy and be comfortable navigating digital environments. Familiarity with basic computer operations, file management, and using common software applications is helpful.
Literacy and Numeracy: Applied Computing involves reading, comprehending, and analysing various texts related to computing concepts, as well as interpreting data and creating visualizations. Strong literacy and numeracy skills are essential for effectively grasping and communicating technical information.
Problem-Solving Skills: Applied Computing often requires logical thinking and problem-solving abilities. Being able to break down complex issues into smaller, manageable components and developing step-by-step solutions is crucial.
Interest in Technology: Having a genuine interest in technology, computers, and how they work is advantageous. Curiosity and enthusiasm will drive your learning experience.
Problem-Based Learning: Be open to problem-based learning approaches. Applied Computing often involves hands-on projects and real-world scenarios, where students learn by actively engaging in tasks and projects.
Time Management: Understand the expected workload for the course. Applied Computing may involve both theoretical understanding and practical implementation. Students should be prepared to manage their time effectively to balance classroom learning, assignments, and individual practice.
Things you can do now
Spreadsheets.
Become comfortable using spreadsheets in Excel. Explore the software, learn the terminology and work with some data.
https://www.w3schools.com/excel/index.php
Programming.
Begin your Python journey. Complete tutorials at W3Schools to learn the language and develop your coding skills.
Things to have a look at
Check out some of the Python courses at Grok Academy to enhance your coding skills.