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Tim Cappelli<br />

It was closest to the examiners’ current way of working so does not require acceptance of new<br />

technology and training is negligible.<br />

If the technology fails for some reason, there is always a backup in the form of the paper forms<br />

that have been completed.<br />

The technology is lightweight, simply stored and maintained.<br />

The solution is scalable with no additional cost for software on multiple servers.<br />

The cost of the solution overall is the lowest.<br />

Based on the team’s recommendation, the Medical School went ahead with a pilot of the digital pens<br />

and forms in November 2010.<br />

4. The pilot<br />

It was decided to run the pilot with the selected technology at one of the base-hospitals in order to<br />

assess the viability and practicalities of the pens, how well the stakeholders responded and how well<br />

the devices fulfilled the original objectives.<br />

The team invited proposals from a number of digital pen providers. From a series of email exchanges<br />

and follow up interviews, Ubysis Technologies (http://www.ubisys.co.uk/) were chosen based on their<br />

experience in the Health Service and their accompanying software, Formidable. Formidable is a<br />

server-based application that lets users design, create, print and manage digital forms. It also<br />

interacts with the pen-software, Pen Pusher, to enable the upload and automatic checking of forms<br />

prior to exporting the results to Excel or another data analysis tool. This end-to-end support appeared<br />

to offer the best solution in supporting the OSCE process and a pilot was agreed.<br />

The pilot consisted of an initial dummy run of the pens using a number of dummy OSCE forms<br />

provided by the School and created in Formidable by Ubysis. Members of the development and<br />

OSCE administration teams played the roles of students and examiners. The purpose of the dummy<br />

run was to identify any issues or pressure-points in the process that might occur in the real exam, but<br />

also to reassure OSCE administrators that the technology was reliable and fulfilled their requirements.<br />

Following the dummy run, the School decided to go ahead with a pilot on a real OSCE. Year four<br />

OSCEs were chosen at one of the hospitals and it was decided to run the pilot across 8 stations, with<br />

the other 8 using traditional pens and forms to act as a direct comparison. The pilot would stretch<br />

across 4 cycles per day for 4 days; in total, 1024 forms would be marked using digital pens. The<br />

Medical School purchased 10 digital pens (8 for the pilot and 2 back-up) along with the necessary<br />

licences and a ‘shelf’ of printing patterns that was required to print the required number of unique<br />

forms.<br />

The OSCEs took place in December 2010, and during November, Ubysis worked with the<br />

development team to create and print the forms, train staff on the use of Formidable and ensure all<br />

the technology was ready prior to the OSCEs. They also provided a member of staff to be present on<br />

the first day of the pilot in case of any software or hardware issues occurring.<br />

For the pilot, Formidable was installed on a development server, and two network-connected laptops<br />

were placed in an IT room where the exams took place. Both laptops had docking devices linked via a<br />

USB port, in order to upload the data from the pens to the server. Although it is possible to transmit<br />

the completed forms directly from the pen to the server using a linked mobile phone, it was felt this<br />

would result in additional cost, more confusion for the examiners and a higher risk of data loss.<br />

Instead, it was decided the forms would be downloaded via the laptops at each break, after which<br />

they could be checked for completeness both automatically by the software, and also by the<br />

administrators as a fail-safe.<br />

Forms downloaded automatically once the pens were placed in the docking device and an image of<br />

the mark sheet, alongside a table of the marks gathered from the form, then appeared on the screen.<br />

The software automatically checked for any missing marks and for the presence of text in the<br />

feedback field if the overall score was less than 4. A visual inspection by the administrators ensured<br />

that wherever there was more than one mark for any criteria, that the intended score had been<br />

accepted. Following these checks, each form was saved on the server. At the end of each day, all<br />

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