Category Archives: Teaching Room Response Systems

New Digital Learning Website

We are excited to announce the launch of a new Digital Learning website go.ncl.ac.uk/digitallearning

This new site brings together the digital learning activities taking place across the University, providing you with information, step by step guides and ideas to help you to get the most out of digital technologies for learning, teaching and assessment.  

Visit the site to find out about: 

Canvas– the University’s exciting new Virtual Learning Environment replacing Blackboard from 1st August 2020. Staff and students can find project updates, information about the support available, answers to FAQs and upcoming events. 

TEL Services, lots of information about our centrally supported technologies and systems, digital exams and access to TEL guides providing you with step by step instructions. 

Blended Learning, if you want to explore online educational materials and collaborative learning opportunities with traditional face-to-face delivery, visit these pages for inspiration and support. 

We will be continuing to update the site with resources so please let us know if there is anything else you would like to see that can support you in your role. Get in touch at LTDS@ncl.ac.uk

STAR CASE STUDY – Saving Sim-Man

Are you struggling to offer active and experiential learning to large numbers of students?  SimMan could save the day.

SimMan is a high-fidelity patient simulator who can be programmed to display a wide range of physiological and pathophysiological signs and respond appropriately to treatment, be it physical, e.g. cardiopulmonary resuscitation, or therapeutic, e.g. administration of drugs.

But surely only a few students can make use of SimMan at a time?

Clare Guilding (Lecturer in the School of Medical Education) has developed an effective way of using SimMan along with interactive voting technology to provide an engaging learning experience for a lecture theatre full of students.

Clare explains, ‘To enable the entire class to engage in clinical decision-making, split-screen and interactive voting technologies are employed.’

One of the screens projects the physiological readouts from SimMan such as his blood pressure, ECG heart trace and oxygen saturation; the other screen is linked to a TurningPoint interactive quiz.

Each student is supplied with a TurningPoint handset and at a series of key clinical points throughout the scenario, the students are asked to vote individually and anonymously on the most appropriate course of action (e.g. initial patient management steps, which drug should be administered etc.).

The option with the most votes, (whether or not this was the correct) is applied to SimMan and the students then observe the physiological effects this has in real time.

Clare said: ’In the online end of unit evaluation 76% of respondents agreed or strongly agreed that SimMan had enhanced their learning experience.’

It also enabled students to see how their lectures applied to clinical practice:

One commented that ‘the lecture using SimMan at the end was really good, especially using TurningPoint so that we could try to ‘treat’ SimMan. It kept the lecture clinically-focussed and enabled us to see how the information would come in useful in practice’.

To find out more about SimMan and read about medical students’ repeated attempts to save his life, read the full case study on the Case Study database.

Or if you have your own example of really effective teaching practice in your School do get in touch with ltds@ncl.ac.uk.

 

Improving knowledge retention with voting systems

Marina Sawdon, a lecturer in Medical Education at Durham University asks voting system questions as part of the lecture each week. Some of those questions address topics covered in previous weeks, not just the topic covered that day. She is able to use this to demonstrate to students that they are retaining knowledge. In fact, the number of correct answers goes up when she re0tests students on earlier learning. Marina badges this as an additional form of feedback to students and she has had very positve reactions from her students to these interventions. 

See http://onlinelibrary.wiley.com/doi/10.1111/j.1365-2923.2009.03332.x/full for a full article on her work in this area.