An overview of education research Education research is an academic discipline which focusses on exploring all aspects of education. This includes finding out about what students know, how students learn, and investigating teaching approaches. Its focus can range from one student’s learning to a national education system, to a teaching approach across many different contexts. The assumed rationale for completing education research is to find out more, and hence improve teaching and learning at all levels of education. Based in theory Education research has some particular characteristics. As an academic discipline, it builds on educational theory. This means that an…
Category: Chemistry
Introducing “A guide to completing your undergraduate chemistry education research project”
I have been lucky to supervise many undergraduate students as they complete their final year education research projects. It’s an exciting time as students bring their enthusiasm, interest, and knowledge to a fresh project each year. It is also a challenging task; students who are expert in their own discipline such as chemistry have to learn new terminology and new ways of approaching research, that may seem unfamiliar. The time constraints of a final year undergraduate study adds to the challenge: completing a research project in a new area that is the basis of an academic thesis in 6 –…
Managing undergraduate education research groups
At MICER21, I spoke on the process of managing an undergrad education research programme at Edinburgh with a former student, Lee Ferguson. Each year I had 10 undergrad students taking projects and so a system of management evolved. After giving some context and details about recruitment approaches and timelines, Lee then shared his experiences and reflections as a student on the programme. I then looked at four project categories that have emerged over the years (themes and project choice usually student driven): Projects on teaching and learning of chemistry Projects under a more general SoTL banner Projects associated with more…
Lab Education: Past, Present and Future Discussion
Yesterday I was a panellist on an ACS Chem Ed Research Committee discussion on laboratory education. It was a very interesting and wide ranging discussion on teaching laboratories moderated by Nikita Burrows, with panellists Brittland DeKorver, Joi Walker and me. There was a large and active audience, testamant to the enduring popularity of talking about laboratory education. Some thoughts below, but it is worth flagging the quality of the panel and what they bring to the discussion. I suggest anyone interested read: Brittland: DeKorver, B. K., & Towns, M. H. (2016).Upper‐level undergraduate chemistry students’ goals for their laboratory coursework. Journal…
How has your chemistry assessment changed as a result of COVID?
A working group of the RSC Education Division Council is completing an analysis of the assessment landscape and how it changed as a result of COVID. The task is to: survey the changes that occurred in assessment of chemistry in post-secondary education, to identify commentary on implementation from these in practice, and to share this practice back with the community, with the (explicit) intention of encouraging a broader assessment profile in chemistry. All educators involved in post-secondary teaching are invited to complete the survey, which can be accessed at the link below. The deadline for completion is 23rd April 2021….
Passing on the Editor’s pen at CERP
From the start of this month I began my slow fading away as Editor of Chemistry Education Research and Practice and I am delighted to say that involved handing over the reins to Professor Gwen Lawrie, who has taken up the position as Editor in Chief of the journal. It was a very difficult decision to stand down from the journal that I have been working closely with for five years, but the right one for me at this time. On taking up a position like this, you make mad plans and generate lots of “great ideas”, but in reality…
Micro-structuring students’ learning with SMARTS
Much of our interaction with students involves structuring their work as they move through a curriculum. The very presence of a timetable is a headline structure, telling students when they will hear content on particular topics, when they will discuss it in class, and when they will work in labs. Much of my own work is focussed on micro-structuring – that is to say structuring at School level but with consideration of individual student actions. For example, in labs and tutorials, we’ve had a lot of success with structuring students work before, during, and after contact time. This means students…
Helping students manage “The 48 Hours” assessment period
Our exams begin next week, and our focus this week is getting students ready for managing themselves and their academic performance in the exam period. Two key issues from the student perspective are understanding what that 48 hours looks like for them, and giving strong guidance on keeping focussed in their exam answers. A problem with 48 hours is that it is two sleeps, not one, and we want to push a strong message of keeping up a regular and healthy pattern of sleeping and eating over the exam period, with clear advice and directions if students are looking for…
Compilation of COVID-19 Contingency Posts
I’ve received quite a lot of correspondence about the recent spate of posts and am very glad sharing my own thoughts has been helpful. I’ve listed all COVID-response posts below for convenicence and will update as new ones are added. I’ve broken them into two themes – Teaching Planning (from a whole-School perspective) and Moving Labs Online. Teaching Planning Managing and recovering from serious interruption to teaching This post was the first in the series, looking at the four stages we are working through from interruption to return to normalcy – currently at the end of stage 3…! Supporting student…
Moving early undergraduate chemistry labs online
The last post discussed an advanced physical chemistry lab, and in this one I want to summarise more concrete plans for how we can move an early undergraduate lab online. The key thing for us at early undergrad stage is teaching chemical technique, and getting students to think about recording data and drawing conclusions from experiments. An important factor is that at this stage, students probably expect that they will be learning about technique. Coming into university from school, their perception will be that they want to learn about chemical techniques, and lots of them. A problem I have summarised…