VCE INDUCTION PACKAGE 2022 - UNITS 3 AND 4 - Applied Computing: Software Development - Induction Package

Sep 20, 2026

Uploaded by Mack Lee

VCE Induction Package 2022 introduces students to Units 3 and 4 of Applied Computing: Software Development. It provides a welcome letter outlining recommended actions over the summer and throughout the year, including completing holiday homework, reviewing the course outline, building communication with the teacher, and planning study timetables. The package details learning areas for Unit 3 (programming, analysis and design) and Unit 4 (development and evaluation, plus cybersecurity through software security), including required processes, documentation, and student outcomes.

LanguageEnglish

CategoryExam

FormatPDF

Pages36

Reading Time1 h 31 min

AccessFree to download

Welcome letter

Key recommendations for students

Outline of study

Unit 3: Software Development

Area of Study 1 – Software Development: Programming

Area of Study 2 – Software Development: Analysis and Design

Unit 4: Software Development

Area of Study 1 – Software Development: Development and Evaluation

Area of Study 2 – Cybersecurity: Software Security

VCE INDUCTION PACKAGE 2022 UNITS 3 AND 4 Applied Computing: Software Development [http://www.eqlsoft.com/images/SoftwareDevelopment.jpg](http://www.eqlsoft.com/images/SoftwareDevelopment.jpg) Welcome letter Dear students Welcome to VCE Software Development Units 3 and 4. If you are well organized, motivated and have a good work ethic, you will have an enjoyable and successful year in VCE Software Development. In order to get the most out of this course, there are a number of things that we strongly suggest that you do over the summer and continue throughout the year: 1. Complete the holiday homework tasks by the due date 2. Familiarize yourself with the detailed course outline provided in this package 3. Develop a good working relationship with me and maintain regular communication throughout the year, ie arranging suitable time to discuss issues with teacher outside class time, eg Wednesdays after periods 1 & 2, mutual agreed period 4. Develop a study timetable that will assist you in meeting the work deadlines and revision, eg outcomes due dates, reading textbook chapters, chapter questions 5. Ensure that you become familiar with the resources (prescribed textbook, websites, notes, other textbooks) eg glossary 6. Become familiar with the school’s VCE compliance policy by reading the VCE handbook <[https://www.vermontsc.vic.edu.au/curriculum/year-12-](https://www.vermontsc.vic.edu.au/curriculum/year-12-)[curriculum/](curriculum/) > 7. Communicate with students who have studied the subject in previous years to get their perspective and suggestions for success. 8. Ensure that you have a balanced life that consists of schoolwork, exercise, sport, leisure, rest and a healthy diet. On behalf of the Computing faculty, we wish you all the best for your studies next year. Regards Donald Hew VCE Software Development teacher | NAME OF TEACHER | EMAIL ADDRESS | LOCATION | | --- | --- | --- | | Mr Donald Hew | [hewd@vermontsc.vic.edu.au](hewd@vermontsc.vic.edu.au) | Library | OUTLINE OF STUDY Unit 3: Software Development Area of Study 1 – Software Development: Programming • examine the features and purposes of different design tools to accurately interpret the requirements and designs for developing working software modules • use a programming language and undertake the problem-solving activities of manipulation programming, validation, testing and documentation in the development stage • apply computational thinking skills when interpreting given solution requirements and designs, and when developing them into working modules Outcome 1 Student to interpret teacher-provided solution requirements and designs and apply a range of functions and techniques using a programming language to develop and test working software modules. Area of Study 2 – Software Development: Analysis and Design • construct the framework for the development of a software solution that meets a student-identified need or opportunity - the first part of the School-assessed Task (SAT), involving analysis and design • prepare a project plan that includes student-determined and teacher-provided milestones that take into account all stages of the problem-solving methodology covered • justify the selection of an appropriate development model and monitor and modify their project plans • a range of methods is used to collect data for analysis-analysis tools and techniques are used to depict relationships between data, users and digital systems and to document the solution requirements, constraints and scope as a software requirements specification (SRS) • generate and document two or three design ideas for creating their solution eg annotations to indicate key functions and appearance • evaluation criteria are developed and applied to select the preferred design idea , then this is fully detailed, addressing the functionality and the user interface of the solution • apply computational thinking skills

FAQs

What should students do over the summer before starting Units 3 and 4?

Students should complete holiday homework by the due date, review the detailed course outline, and familiarize themselves with the available learning resources.

What does Unit 3 require for Software Development: Programming?

Students examine design tools, use a programming language to perform manipulation, validation, testing and documentation, and develop working software modules based on solution requirements and designs.

What are the key expectations for Unit 4 Software Development: Development and Evaluation?

Students develop the Unit 3 design into a software solution, use programming features including validation and testing, prepare and record usability test results, track project progress against a plan, and evaluate both solution quality and the effectiveness of their development model and project plan.

Sep 20, 2026

Uploaded by Mack Lee