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Видео добавленное пользователем “IMAmaths” за 2018
Daniel Portelli - his story on changing careers
 
01:44
Find out why Daniel decided to quit his job and start a new career as a maths teacher!
Просмотров: 115 IMAmaths
Describe your feelings and observations about your first experiences of teaching maths – be honest!
 
02:25
Find out about Maths Scholar Emma’s first experience teaching maths!
Просмотров: 178 IMAmaths
Going with the flow: Why fluid dynamics are important for understanding how the body works
 
01:02:48
https://ima.org.uk/8629/going-flow-fluid-dynamics-important-understanding-body-works/ A talk by Dr Jennifer Tweedy (Department of Bioengineering, Imperial College London) Abstract The human body is full of fluid – not just blood, urine and the humours in the eye, but also the tissue fluid surrounding every organ and every cell. It is therefore helpful to be able to model this using our understanding of forces and the basic properties of matter: this is the study of fluid dynamics. For example, the flow of blood in the arteries is similar to the flow of water through pipes – except that the pipes are stretchy and flexible. This is one way to combine engineering with biology – hence ‘bioengineering’. For example, when we look at blood flow, we can gain some important insights into cardiovascular disease. The way that plaques build up in blood vessels – on the insides of bends and at bifurcations – can be explained with fluid dynamics. This also helps to guide the development of clinical solutions: for example, an arterial stent in the shape of a corkscrew has been developed, which makes the flow more uniform. When looking at arterial flow in the body as a whole, a 55-artery model based on simple fluid dynamical principles has led to a remarkable amount of insight, and this helps to confirm the usefulness of this approach. Meanwhile, in the eye, fluid dynamic considerations help to explain conditions such as retinal detachment, glaucoma and macular degeneration. For example, currently many clinicians believe that detachment of the retina at the back of the eye happen due to particular fluid currents in the eye. A current goal of our research is therefore to ascertain whether or not this is a realistic model – and thus to be able to develop a much more complete understanding of this condition.
Просмотров: 88 IMAmaths
How to Survive a PGCE with a young family
 
02:30
Maths Scholar Aniko explains how she is juggling her Initial Teacher Training and raising a young family.
Просмотров: 74 IMAmaths
Graeme Strang - His story on changing careers to become a maths teacher
 
01:54
Graeme was a Chartered Accountant find out why he has decided to change careers and train to become a maths teacher.
Просмотров: 86 IMAmaths
Iain Messenger  - his story on changing careers to become a maths teacher
 
02:37
Iain changed careers to become a maths teacher and was also awarded a Maths Teacher Training Scholarship. If Iain has inspired you to become a maths teacher, apply for a Maths Teacher Training Scholarship: http://teachingmathsscholars.org/home
Просмотров: 82 IMAmaths
Thomas Phillips - What do you think makes an effective Maths teacher?
 
02:38
Maths Scholar Thomas describes what he thinks makes an effective maths teacher.
Просмотров: 92 IMAmaths
Suja Sivadass - Scholars Celebration Event
 
01:44
Suja has been awarded a Mathematics Teacher Training Scholarship. She attended the Maths Scholar Celebration Event in September, here are her thoughts on the workshop provided by Luke Bacon (Imperial College London).
Просмотров: 43 IMAmaths