There are 14 subject sessions throughout the year which complement our overarching ITT Curriculum, and develop your general and subject-specific pedagogical knowledge and skills.
09:30 - 12:00 Subject Specialist Session Part 1
12:00 - 13:00 Lunch
13:00 - 15:30 Subject Specialist Session Part 2
15:30 - 16:00 Subject Support Drop In (if required)
An Introduction to the Sessions, an overview of the Computer Science curriculum & specifications, and our expectations for your training year.
An Introduction to the essence of computing and teaching computing, with an emphasis on problem solving as exemplification.
...The hidden curriculum, how a sound understanding of how computer science and computer scientists works, the disciplinary knowledge will help pupils learn the content more easily..
Beginning to consider the cognitive challenges and pedagogical approaches to supporting effective computer science teaching & learning.
A school-based Intensive Training & Practice day to consider the challenges that pupils face when learning computer science, and the pedagogical strategies that effective computer science teachers use to support learning.
This week we will be looking how we can evaluate the learning that happens in our classrooms. We will investigate how we can use assessment to formatively monitor pupil learning and see a range of poor proxies for learning and how to avoid these through promoting "hard thinking".
We will examine the role of questioning in our computer science lessons and how it can be utilised in a number of ways to assess prior knowledge and check for understanding.
This week we will be looking at retrieval and how cognitive load theory impacts how we can support pupil learning through effective recall strategies. We will examine a range of computer science examples in order to align our retrieval practice to the most effective learning in the classroom.
Oracy Benchmarks
Paired Programming
Peer Instruction
Oracy - Toolkit
In preparation for and as part of the ITAP 2b visit, we will be highlighting a number of signature computer science pedagogies.
We will look at some of Rosenshein's Principals of Instruction through the lens of a computer science teacher; as well as exploring key computer science centred pedagogy and real example.
Metacognition and Self Regulation in Science Teaching & Learning. Using the Plan, Monitor and Evaluate cycle to improve pupils' ability.
This week we will look at the quality of instruction and examine how using a range of techniques we can encourage learners to think about their thinking and how they learn in computer science.
We will use the topic areas of Data Representation (Images and Sound) to demonstrate the importance of being intentional to guide student practice, ask questions and allow students to develop their skills and deepen understanding.
In this session, we will look at how we can use a range of strategies to maximise learning and progress for all learners.
This will focus on adaptive teaching to create a "student centred classroom" in order to recognise each learners unique profile.
In this session we look at assessment and the purpose of assessment.
We will focus primarily on assessment for learning in computer science and how a number of strategies including how formative assessment and meaningful feedback can move learners forward.
There will be some time spent looking at a range of tech tools which can support teachers to address misconceptions and reshape learning for our students appropriately.
We will also look at how live marking, especially when teaching programming and problem solving, can help students make progress more quickly.
This session will look at quality of Instruction, sequencing, timing, spaced retrieval and interleaving to build high quality schemas to aid retention and build new knowledge. We will also reflect on some of our previous sessions but provide a wide range of examples from KS5.
This session will focus on how you can produce resources and collect evidence for your enquiry question.
You will need to elicit evidence of learning as you go through a series of computer science lessons. You should ensure that you can clearly demonstrate, the purpose of your tasks and activities, evidence collection and analysis in order to answer your question AND meet individual pupil needs.
Demonstrating learning over time is key to this area of focus.