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Computing

Subject Leader – Mr Foy (Technology & Computing)

Aims (Key Stage 3):
The national curriculum for computing aims to ensure that all students:

  • can understand and apply the fundamental principles and concepts of computer science, including abstraction, logic, algorithms and data representation;
  • can analyse problems in computational terms, and have repeated practical experience of writing computer programs in order to solve such problems;
  • can evaluate and apply information technology, including new or unfamiliar technologies, analytically to solve problems;
  • are responsible, competent, confident and creative users of information and communication technology.

Year 7
Topics:
Computer hardware and software, Programming, Modelling and presenting data, Data handling, Control and monitoring, Digital Literacy.
Possible homework tasks and useful sites:
Worksheets, Research, Design, Planning, Revision.
Kodugamelab.com

Year 8
Topics:
Phishing, Computer Programming, Graphics, Animation/Sound, Computer Control.
Possible homework tasks and useful sites:
Worksheets, planning, research.
teachict.net/videohome scratch.mit.edu smallbasic.com

Year 9
Topics:
Students complete 3 projects: developing a website, video editing and programming. Each project combines different tasks, building on skills developed in year 7 and 8.
Possible homework tasks and useful sites:
Research, planning, evaluation and gathering feedback.
BBC bitesize website
Python.org

Aims (Key Stage 4)
To provide students with an introduction to the skills, knowledge and understanding required to prepare for work in the information and communication technology sector. Students will use a range of application software and develop skills in reviewing, designing, creating and evaluating ICT products.
GCSE Computer Science: Relevant to the modern and changing world of computer science. It is a practical subject where students can apply to knowledge and skills learned in the classroom to real world problems. It is an intensely creative subject that involves invention. Computational thinking skills will be practised to help students develop the skills to solve problems and design systems.
These skills will be the best preparation for those who want to continue to study Computer Science at A Level and beyond. The qualification will also provide a good grounding for other subjects that require computational thinking and analytical skills.

Year 10 (GCSE Qualifications)
In year 10 students begin with unit 2, “Technology Systems” and complete the unit with an online external exam. They also begin coursework for the mandatory unit, “A Digital Portfolio”.
Computer Science, 3 components:
1 – Computer systems: exam focused, covering the physical elements of computer science and the associated theory
2 – Computational Thinking, Algorithms and Programming – core theory of computer science and application of principles
3 – Programming Project (non exam assessment) – students will be challenged by exciting and engaging tasks to apply the knowledge and skills they have learned

Possible homework tasks and useful sites:
Research of ICT products, planning, sourcing and storing resources, developing software skills, exam practice papers. Serif suite: forms for discounted copies are available from school.

Programming tasks, research tasks, online learning through video tutorials, revision, worksheets
python.org
codeacademy.org

Year 11 (GCSE Qualifications)
Students will use a range of software and develop skills in reviewing, designing, creating and evaluating ICT products. In Year 11 students complete 2-3 units in web design, multimedia products and animation. Students follow the OCR ICT Nationals Level 2 course in ICT.
Computer Science as per Year 10.

Possible homework tasks and useful sites:
Research of ICT products, planning, sourcing and storing resources, developing software skills, exam practice papers. Serif suite (discounted copies are available from school).

Year 10 & 11 BTEC ICT
Aims:
To provide students to develop knowledge and understanding in specialist areas of Information and Communication Technology; to develop knowledge and understanding of the ICT sector; to develop ability to work autonomously and effectively in an ICT contect; and to encourage progression by assisting in the development of skills, knowledge and understanding that  students will need to access further or higher education or work based programmes.

Topics:
The combination of the core, mandatory and specialist units ensures that all students develop areas of essential information and creative technology understanding, as well as providing the chance to tailor the BTEC towards their specific needs and interests.
Developed in close consultation with employers and educators, Unit 1: The Online World will help students to capitalise on the next internet revolution, and Unit 2: Technology Systems includes key concepts and processes which form the basis of any technology system and is relevant for many roles in the industry.
Students will then get to complete a range of optional units including: Computer networks. Website development and mobile apps development.


For more information on the Computing curriculum please contact Mr Foy.