Mechanisms and mechanical systems at KS1 and KS2 TY012 / A15
Summary
Are you looking for ideas of how to teach pulleys, levers and mechanical systems confidently in the classroom?
Over 2 days this course will reveal easy to implement ideas for teaching about levers, pulleys and mechanical systems, supporting you to develop both your scientific knowledge and a bank of physical resources for the classroom.
This is a residential course, fees include meals and accommodation for the duration of the course. Course fees vary for participants outside the UK. Please contact enquiries@slcs.ac.uk for more information.
Outcomes
You will be able to:
- gain understanding of how these topics link to the science and D&T curriculum
- create effective practical resources to use in your classroom
- develop your scientific knowledge and examples of how these mechanisms are used in the real world
Sessions
| Date | Time | Location | |
|---|---|---|---|
| Mechanisms and mechanical systems at KS1 and KS2 - Day 1 | 04 February 2016 | 11:00-19:00 | National STEM Learning Centre |
| Mechanisms and mechanical systems at KS1 and KS2 - Day 2 | 05 February 2016 | 09:00-15:30 | National STEM Learning Centre |
| Mechanisms and mechanical systems at KS1 and KS2 - Day 1 | 04 February 2016 | 11:00-19:00 | |
| Mechanisms and mechanical systems at KS1 and KS2 - Day 2 | 05 February 2016 | 09:00-15:30 |
Actions
Cost
* Your school or college will receive the subsidy on successful completion of the CPD and impact toolkit. Find out more. | ||
|---|---|---|
| Fee-paying school or college (independent) | Activity fee£551.00 +VAT | |
| State-funded school or college | Activity fee£551.00 +VAT | Subsidy available*£578.00 |
Participants from outside the UK will be charged the course fee and an additional £120 per day plus VAT.
Outside the UK? Fee information
Check your school subsidy status
The subsidy value may be higher for your school or college.
Additional information
Would you like this course delivered at your school? Contact enquiries@stem.org.uk to find out more.
Interested in this course?
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