This is a newly developed module which will be offered exclusively to BSc Health & Performance Science Stage 2 students. The module will be delivered in semester 2. Specifically this module has been created to give students exposure to laboratory testing and evaluation of human movement using state of the art motion analysis technology. The module will be delivered in the form of traditional lecture format as well as extensive interactive laboratory based tutorials. The innovative feature of this module will be use of extensive online video material and the use of screencast technology to aid students in their understanding of the correct steps required to perform and analyse human movement. It is felt that the use of screencasts and video tutorials will enhance student engagement. Furthermore, these innovative methods of teaching will foster a more active approach to student learning. The grant award will be used to purchase screencast software and also to allow for the professional production of video tutorials.
This grant is being used to complete the conversion of Physics in Medicine (PHYC10120) to the first full problem based learning (PBL) module for SMMS Medicine programme. We are building upon a 2008 UCD Teaching Grant, which allowed us to successfully introduce a new focus of lab-based PBL that directly addresses clinical scenarios with core physics, encourages critical thinking, and encourages communication and peer support. The current grant is allowing us to complete the integration of laboratories with class tutorials and online problem solving.
This core French language module now includes cutting-edge, web-based oral and aural language training, with monitoring and feedback from tutors. No longer tied to limited language-lab provision on campus, students follow a pathway designed for their level in their own time and at their own pace. Online pronunciation diagnosis allows students to work on individual problem areas of oral production in private; students with limited resources for travel to France benefit especially. By pioneering electronic self-study pathways supervised by course tutors, this module explores ways to meet staffing and infrastructural challenges while enhancing teaching quality and the learning experience.
The practical component of the module is being redesigned with an electronic version of the material being covered uploaded to blackboard the before the students attend the lab.
This version contains videos and animations relating to the practical. Currently these are embedded from textbooks and the web and links to external sites such as the Royal Society of Chemistry's Teacher Fellow site. It also contains worked examples of the data analysis methods carried out during the lab session.
Before the lab session the students read this material and subsequently answer (summatively assessed) blackboard-based quiz questions.
This encourages engagement of the students before the session.