"This seminar was split into three with the first part of the seminar exploring “10 Ideas on how to Enhance Interaction and Student Engagement in your Teaching”. It selected examples that highlight the importance of student engagement in learning. Active learning strategies, suitable to a range of different learning environments, online, blended, and face-to-face were explored, with consideration given to different group sizes. These 10 ideas and practical tips were provided alongside a collaborative discussion amongst attendees, where best practice were shared. Munster Technological University are active members of the Active Learning Network (ALN) which is a group of people from around the world (over 35 institutions represented) who share an interest in active approaches to learning. In the second part of the seminar, participants were introduced to the work of the ALN and shown how to connect with the Network. In the third and final part of the seminar, participants were introduced to the “Be ACTIVE” Framework, a new and exploratory framework focusing on Active Learning. Participants had an opportunity to actively engage in the development of a plan to implement active learning in their individual context using this framework. The framework empowered participants to plan strategies that work for them in their context to get the most out of students and develop a structured overall approach to active learning. Those who participated in this seminar: Discussed practical ways to Enhance Student Interaction in their Teaching Evaluated effective student engagement strategies for their context Described the challenges of student engagement and shared best practice Applied the “Be ACTIVE” Learning Framework and created a structured plan to embed active learning in their own teaching and learning context"

Are you tired of giving lectures and feeling like you’re the one doing all the work? Would you like to create a more positive learning environment for yourself where students are more involved and engaged in their learning? This was a highly interactive and engaging workshop that was divided into two parts to address these issues and provide some valuable insights into what can be done. Part one, involved discussions around: Why active learning could be part of your teaching What is active learning and what it might look like in your teaching context How you could engage in active learning in your classroom Some colleagues shared how they are currently using active learning strategies within their own teaching practice to engage their students in MTU Cork together with some other simple strategies that require little preparation. Part two, involved participants putting some of what they had learned into practice. They were asked to consider a module they teach and examine how they typically structure a lecture and what opportunities there are for students to engage during the lecture. They then redesigned their first lecture for this module to integrate some generally applicable AL strategies that they felt might work for them, their students, their discipline and the concepts they wanted their students to learn. To conclude, they were introduced to the Active Learning Movement, a new TLU initiative that will provide ongoing support to Lecturers should they be interested in implementing Active Learning (AL) strategies in their classrooms.

Many lectures can be designed to follow a similar structure and being aware of this structure can help you to design effective lectures. In this session we will look at some recommended practices for structuring a typical lecture. A central aim is to engage those students that attend so that learners leave with the feeling that the lecture was worth attending.

Using phenomenological and performative action research methods as a way to explore space, place and context Collette and Bill outlined their recent research projects and showed how the research outcomes were introduced into the Year 1 curriculum.

Transposition, or the rearranging of equations, is a key topic in Mathematics but has wider application across Business, Engineering and Science. Students find this a tricky topic because they often don’t understand the underlying principles and consequently apply rules and procedures incorrectly. In this session, In this session, Catherine discussed some of the initiatives and resources that have been developed by colleagues in the Department of Mathematics to enhance learning and develop understanding and competence in this topic. The focus of the session was to demonstrate how an active learning strategy, peer instruction, is being used to enhance learning in this topic. Peer instruction is designed to engage students during class through activities that require each student to apply the core concepts being presented, and then to explain and discuss those concepts with their fellow students. The process has been shown to engage students, increase understanding of key concepts and support knowledge retention. While the examples presented will relate to Transposition in Mathematics – the teaching strategy can be effectively applied across disciplines to develop understanding of difficult topics.

"Designing and managing in-class discussions is more challenging than the pause procedure or minute paper, but there is convincing evidence that collaborative learning works. This session will model an in-class discussion and discuss some of the evidence that supports this strategy."

"Having students retrieve information from long-term memory on a regular basis, is known to have a positive impact on learning. This is especially true when learners need to put a bit of effort into that retrieval process. Hence providing opportunities for learners to take tests (e.g. computer based multiple choice tests) can be a very effective strategy. This session will examine some of the evidence in favour of testing and discuss options for using this strategy."

"The teaching strategy peer instruction was popularised by Eric Mazur to support the teaching of physics to undergraduate students at Harvard and is now one of the most widely used instructional strategies in undergraduate physics education. It has wide applicability outside of the physics discipline. This session will demonstrate peer instruction in action and discuss some of the evidence in favour of its effectiveness."

The pause procedure and minute paper are two simple teaching strategies that can be introduced into any lecture. This session will provide examples of their use in action and point to some evidence of their effectiveness.

Getting feedback from our learners is important because it is the only way we can determine if our teaching methods are effective. On a day-to-day basis we can use a variety of short classroom assessment techniques to determine if our learners are “getting it”. While we can put a lot of time and effort into making our lectures clear and well organised, that the pace is right, etc. it is only by asking students that we find out if they are perceived that way or not. Simple mid-term evaluation forms are highly effective as they can be acted upon and changes made to enhance the quality of the lecture. Examples of commonly used end of semester evaluation forms will also be highlighted.

How we structure a lecture can have a significant impact on student’s ability to engage with it and learn from it. A lecture needs to have an introduction that motivates and engages students and outlines learning objectives. The body of the lecture needs to focus on three of four key points that are carefully elaborated. The conclusion should summarise and integrate the learning. In a basic way, learning is a function of content & retention. Placing more emphasis on retaining information, will lead to more learning.

The literature on teaching and learning continues to endorse the use of active learning and in-class discussions to develop understanding. In this session a few of the more frequently used in-class techniques will be demonstrated.