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Qualification
Qualification
AAQ
AAQ
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Exam Board
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OCR
Why should I study Computing Application Development?
Why should I study Computing Application Development?
Application Development will give students an insight into how applications are designed and implemented, preparing them for progression to undergraduate study. It will equip students with the practical skills to analyse problems and develop accessible, effective applications.
Application Development will give students an insight into how applications are designed and implemented, preparing them for progression to undergraduate study. It will equip students with the practical skills to analyse problems and develop accessible, effective applications.
What students say
What students say
"In ICT there is an endless amount of possibilities learning about hardware and software which enables you to look more closely into technology and help ensure a better future." Lewis Miller Yr 13
"IT is a really interesting subject and it is so helpful in everyday life, even if you don’t pursue a career in the subject. Any job will require some level if IT skills". Ruby May Louch Yr 13
"I feel like it’s a massive step into the future. Just the diversity of the course give a wide range of ideas that you can use for development. IT has made me have a good idea in what I want to do in the future". Finlay Corder Yr13
Enrichment
Enrichment
1. Coding Clubs
2. Hackathons
3. Industry Guest Speakers
4. App Development Projects
5. Tech Meetups and Conferences
6. University Taster Days
7. Work Experience Placements
8. Online Coding Platforms
What does the course involve and how will I be assessed?
What does the course involve and how will I be assessed?
Through a combination of theoretical study and hands-on experience, you will develop the necessary knowledge and skills that can support progression to higher education computing study. In the examined units, you will study key knowledge and understanding relevant to application development. In the non examined assessment (NEA) units, you will demonstrate knowledge and skills you learn by completing applied and practical assignments.
Through a combination of theoretical study and hands-on experience, you will develop the necessary knowledge and skills that can support progression to higher education computing study. In the examined units, you will study key knowledge and understanding relevant to application development. In the non examined assessment (NEA) units, you will demonstrate knowledge and skills you learn by completing applied and practical assignments.
Opportunities for progression
Opportunities for progression
University Courses
University Courses
- Computer Science: Covers programming, algorithms, and software engineering.
- Software Engineering: Focus on designing and developing software.
- Cybersecurity: Protecting systems from digital threats.
- Mobile App/Web Development: Specialised courses for creating apps and websites.
- Game Development: Focusing on coding and design for video games.
Apprenticeships
Apprenticeships
- Software Developer Apprenticeships: Hands-on training in coding and software development.
- Digital and Technology Solutions: Learning IT systems, app development, or cybersecurity within a company.
Careers
Careers
- Software Engineer/Developer: Creating applications and systems.
- Mobile App Developer: Specialising in apps for iOS/Android.
- Game Developer: Designing and coding video games.
- Data Scientist: Analysing and interpreting data.
- AI Specialist: Working with machine learning and robotics.
Further Education & Certifications
Further Education & Certifications
- Professional Coding Qualifications: E.g., Java, Python certifications.
- Cloud Computing/Cybersecurity: AWS, Microsoft, or cybersecurity certifications like CEH.
Freelance and Start-Ups
Freelance and Start-Ups
- Freelance App Developer: Independent work for clients or creating your own business.
- Tech Start-Ups: Developing your own product or platform.
Teaching & Academia
Teaching & Academia
- Teaching: Becoming a Computing teacher with a PGCE.
- Research: Postgraduate study in AI, software, or cybersecurity.
The demand for tech skills is high across all sectors, making A-Level Computing a gateway to numerous dynamic careers.
The demand for tech skills is high across all sectors, making A-Level Computing a gateway to numerous dynamic careers.
Frequently Asked Questions
Frequently Asked Questions
What programming language will I learn? You will focus solely on Python, a versatile language used for web development, data science, and more.
2. Do I need prior coding experience? No, the course covers Python from the basics, so no prior experience is necessary.
3. What kind of projects will I work on? You’ll work on Python-based projects like building applications, automating tasks, and developing simple web apps.
4. Will this course prepare me for a career in tech? Yes, you’ll gain coding, problem-solving, and project skills valuable for tech roles and further studies.
5. Is there practical learning? Yes, you’ll engage in hands-on exercises and real-world projects.
6. What equipment or software do I need? Computer and other equipment is provided
7. Is this course more theoretical or practical? A mix of both: theory in computing fundamentals and practical Python programming.
8. What careers can this lead to? Careers like software developer, data analyst, web developer, and more.
9. How is the course assessed?* Through coursework and written exams on computing development
10. Will I need to work on group projects? Yes, collaboration is a key part of the course, preparing you for team-based roles in tech.
11. Can this course help me get an apprenticeship? Yes, the Python skills you gain are highly sought after in tech apprenticeships.
Subject Link:
Subject Link:
Mr R Barrett
Mr R Barrett
rbarrett@fxs.org.uk
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