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Eduqas A Level Computer Science
http://computing.smestow.org
Topics studied:
Component 1
Data Structures
Logical Operations
Algorithms and Programs
Principles of programming
System Analysis
System Design
Software Engineering
Program Construction
Economic, moral, legal, ethical, and cultural issues relating to Computer Science
Component 2
Hardware and Communication
Data Transmissions
Data Representation and Data Types
Organisation and Structure of Data
Databases and Distributed Systems
The Operating System
The need for different types of software systems and their attributes
Data security and integrity processes
Component 3
Discussion
Investigation
Design
Prototype
Post-prototype refinement of design
Software Development
Testing
Evaluation
Examination Board:
Eduqas – QAN: 601/5302/7; 601/5031/2
Assessment Structure:
Component 1: Programming and System Development – Written exam 2Hour 45Minute
Component 2: Computer Architecture, Data, Communication, and Applications – Written exam 2Hour
45Minute.
Component 3: Programmed Solution to a problem – Non-examined assessment.
The external examinations will take place May/June in Year 13.
The internally assessed non-examined assessment work is completed during Year 13.
Subject specific websites to support revision and independent learning:
http://computing.smestow.org
http://theteacher.info
http://www.teach-ict.com/2016/A_Level_Computing/OCR_H446/OCR_H446_home.html
http://www.gojimo.com/a-level-computing/
Recommended subject guides:
http://www.eduqas.co.uk/qualifications/computer-science/as-a-level/Alevel-Computer-Science-Teacher-
Handbook.pdf?language_id=1&dotcache=no&dotcache=refresh
http://www.eduqas.co.uk/qualifications/computer-science/as-a-level/AS-Computer-Science-Teacher-
Handbook.pdf?language_id=1&dotcache=no&dotcache=refresh
http://theteacher.info
Additional Information:
Quantitative Skills in Business
Component 1: Programming and System Development: 2 hour 45 minutes
40% of the qualification
This component investigates programs, data structures, algorithms, logic, programming methodologies and
the impact of computer science on society
Component 2: Computer Architecture, Data, Communication, and Applications: 2 hours 45 minutes
40% of the qualification
This component investigates computer architecture, communication, data representation, organisation and
structure of data, programs, algorithms and software applications.
Component 3: Programmed Solution to a Problem. Non Examined Assessment
20% of Qualification
Candidates discuss, investigate, design, prototype, refine and implement, test and evaluate a computerised
solution to a problem chosen by the candidate which must be solved using original code (programming).
This is a substantial piece of work, undertaken over an extended period of time.
Independent home learning
Computer Science uses a flipped learning approach to teaching Components 1 and 2 – you will be expected
to do a considerable amount of pre-learning at home in preparation for lessons alongside graded exercises
each week. A Level is a big step from GCSE and you will be doing around 5 hours independent study per
week.
Curriculum Map
Year 12 Computer Science
Year 13 Computer Science
Component 1 Component 2
Ha
lf
Te
rm 1
1) Data Structures 1) Hardware and Communication
2) Data Transmission
Ha
lf
Te
rm 2
2) Logical Operations 3) Data Representation and Data Types
4) Organisation and Structure of Data
Ha
lf
Te
rm 3
3) Algorithms and Programs
4) Principles of Programming 5) Databases and Distributed Systems
Ha
lf
term
4
5) Systems Analysis
6) System Design
6) The Operating System
7) The need for different types of software systems and
their attributes
Ha
lf
Te
rm 5
7) Software Engineering
8) Program Construction
9) Economic, Moral, Legal, Ethical, and Cultural Issues
8) Data security and integrity processes
Ha
lf
Te
rm 6
Mock Examination and
Component 3 –
The Discussion
Revision and Mock Examination
Component 1 Component 2 Component 3
Ha
lf
Te
rm 1
1) Data Structures
2) Logical Operations
1) Hardware and Communication
2) Data Transmission Programmed Project
Ha
lf
Te
rm 2
3) Algorithms and Programs
4) Principles of Programming
3) Data Representation and Data
Types
4) Organisation and Structure of Data
Programmed Project
Ha
lf
Te
rm 3
5) Systems Analysis
6) System Design 5) Databases and Distributed Systems Programmed Project
Ha
lf t
erm
4
7) Software Engineering
8) Program Construction
9) Economic, Moral, Legal, Ethical,
and Cultural Issues
6) The Operating System
7) The need for different types of
software systems and their attributes
8) Data security and integrity
processes
Programmed Project
Deadline: Easter
Ha
lf
Te
rm 5
Revision Revision Revision
Ha
lf
Te
rm 6
Revision Revision Revision