Relevant and Challenging qualifications Challenges Implementing KS4 Computing Curriculum Ian Phillips @ianhabs #ISCICT 5/11/2014
Dec 25, 2015
Relevant and Challenging
qualifications
Challenges Implementing KS4 Computing Curriculum
Ian Phillips@ianhabs#ISCICT5/11/2014
If we want to prepare students for Computer Science at
university what is the best method for the boys? More time and energy on courses or increase KS3 content
and support cross curricular and uptake in clubs and societies
GCSE ICT 87% A* Small numbers want to take GCSE (15) and A level (6) Want to develop an ability to be creative and innovative
with technology and make effective choices. Develop understanding of value of programming through
relevant and engaging curriculum
Dilemma - GCSE or not?
AS and A Level specifications in computer science must encourage students to develop: an understanding of, and the ability to apply, the fundamental principles
and concepts of computer science, including abstraction, decomposition, logic, algorithms and data representation;
the ability to analyse problems in computational terms through practical experience of solving such problems, including writing programs to do so;
the capacity for thinking creatively, innovatively, analytically, logically and critically;
the capacity to see relationships between different aspects of computer science;
mathematical skills; the ability to articulate the individual (moral), social (ethical), legal and
cultural opportunities and risks of digital technology.
A level Computer Science
Help boys understand and demonstrate what they are
good at through appropriate challenges Develop an ability to be creative with technology and
make effective choices. Develop digital literacy to inform digital wisdom Equip pupils to understand and change the world
through logical thinking and precision Develop boys identified to achieve useful qualifications Understand the value of Computer Science and coding
Purpose of our curriculum
How digital systems work, are designed and
programmed Ensure that pupils become digitally literate – able
to use, and express themselves using technology – at a level suitable for the future workplace and as active participants in a digital world. We mark the ability to tell the story.
Inbuilt self, peer and teacher assessment and detailed understanding of progression using structured, fun and relevant activities - one third of boys taking GCSE ICT
First Year GCSE Computing September 2014
Computing Curriculum?
Regular formative Assessment with Turning point
multiple choice, Hands up , Lanschool for quick feedback.
Most activities have clear Mark Scheme like Y8 Premier League Model.
Most work has examples at different levels that they can’t easily copy.
Assessment
Point Max Your Mark Mutual Mark Comment
1. Attaching to web database 1
1. Effective use of standard Spread sheet features for calculation like average and sum,
5
1. Good use of formulae to automatically update
4
1. Sensible use of layout tools to clearly present the information
5
1. Use of conditional formatting 2
1. Sensible use of graphs 3
1. Adding accurate and relevant numerical information
2
1. Use of If statement 3
1. Use of Relevant images 5
1. Overall Quality of presentation
5
1. Bonus marks for using advanced features that enhance the Model like macros and scripting using VBA.
5
Total 40 Mark Scheme >36 * 0
>32 1 E >28 2 G >20 3 C
Visit Clinic <20
Is GCSE computing the right this year? Intern working with computing society Range of projects Leadership opportunities Certification MTA Explore options to make a
long term decision AQA consultation group –
major changes
What is best this year?
Next Gen
Senior and Junior and Computing society about 50
boys Use VDI in wide variety of clubs supported by staff run
by boys using Interactive Tutorials helping competitions
Microsoft IT Academy Pi and HTML club Turtle system Touch develop Gamemaker
Computing Society
£40 voucher at first for competitions Extrinisic vs Intrinsic motivation - Dan Pink on Ted Appshed example Flash fish Winter wonderland Scratch Logo Touch Develop
The Competitions
Computational thinking and programming skills
takes time to develop confidence Time needed for finding out what works and
developing staff skills. Margaret Cox and her Dentists?
Cross curricular /Discrete (A level) Moocs - University of Reading on programming
hard work 90 + per week and falling behind UEA - introduction to concepts still between 60 - 90
mins per week
Development takes time
Understand the new orders - still getting to grips
with the new one. NAACE and CAS essential. Collaborate more widely and share lessons
learned Miles Berry essentials for 30, 40 & 60 or cross
curricular SOW Shelagh Mackenzie at Herts great work Listen to kids at school to Understand what works
and decide on what we need at Habs
What next for me?
Where / How do we find the staff, time and resources? Is there Transferability between schools? Next for you blogs on www.ISCICT.co.uk Miles KS2 Matt Brittland Chris Wiggins Loads of others e.g.
Charles Crook University of Nottingham - pedagogy
Any recommendations?
One place for feedback and post papers Access to comment on our Blogs, Technical
strategy, info and news Post examples
of good practice Searchable
Archive Papers and information
ISC ICT New Website
Can you help?
Computing the New Curriculum
How can Technology damage you?
50% have finger pain
Narrow Blood vessels
Facebook Depression
Concentrationreduction
12.5% hearing loss84% back Pain
Only 20% get 9 hours sleep
Program or be programmed
Papert, Mindstorms
Program or ?
• Improve assessment (neglected, analytics, formative, adaptive)
• Learn by Making (mending, mashing, making & the performative
• Upgrade practice (innovate more – analytics and adatpive design)
• Turn the world into a learning place (only connect, get outdoors)
• Make learning more social (guide on the stage, multimedia)
Charles Crook University of Nottingham - pedagogy
“It’s the pedagogy, stupid”