How thoughtful, content-rich tutorials can help science students learn
Posted on January 07, 2019
Learning isn’t a spectator sport. Students need to make what they learn a part of their everyday lives, and tutorials are an excellent way to achieve this at tertiary level. When properly designed, tutorials can be spaces where students, who are grouped in smaller numbers, can be guided to make sense of the work, practise their skills, cultivate critical thinking and learn from and with one another.
Tutorials were initially used in numeric subjects and were practice sessions to work out problems. They’re now part of many more disciplines, and formats vary – in a language subject, for example, a tutorial could entail speech practice. At Cambridge and Oxford universities, they are fundamental to the teaching method. This is also where it all started, in the 15th century.
But financial and staff constraints mean that not all higher education institutions have them. There’s another problem – there isn’t consensus in university faculties and departments about what constitutes a well-designed tutorial. How can academics ensure that their tutorials are achieving everything they’re aiming for? What should be done to develop tutorials that facilitate learning rather than becoming a chore for students and academics?
My research explores how to establish tutorials as learning spaces, particularly in the sciences. I argue that there are four role players in this environment: a lecturer, a tutor, a student and well-chosen content.
Based on my research, I concluded that for tutorials to be successful, lecturers must take the time to carefully plan what’s being taught. They must prepare properly. Students need to learn that problem-solving during tutorials is much more than covering the content – it’s an opportunity to obtain a deeper conceptual understanding of that content, as well as to discuss and reason with others in a process of peer learning. They need to come to tutorials prepared.
Each role player in the tutorial system has different responsibilities.
Lecturers should avoid leaving tutors – usually senior undergraduates or postgraduate students – in charge without providing any guidance. Weekly meetings are ideal; there, tutors can ask questions about the material and clarify any concerns they have. Tutors should also be trained in “soft skills” such as questioning techniques, communication skills and how to handle “difficult” students.
The tutors are not there to teach: their role is to facilitate and supply feedback on students’ attempts. Tutorials should be a space to rectify students’ misconceptions, to elicit questions and create an environment in which students can get things wrong without fear of reprisal.
Tutors need to remember that the emphasis should not be on supplying the answers, but on reasoning, discussing and debating the answers.
Students often enter higher education with a “hidden contract” that states: “You, the teacher, will agree to not challenge me, force me to work hard, embarrass me or make me struggle; and I, the student, will not act out, disrupt the class, and embarrass or challenge you in any way.”
This means they think they can memorise facts, reproduce them during tests and receive a good mark – probably because that’s the approach they followed during their school years. Students must be prepared to approach their learning differently in tutorials.
One way of communicating this message to students is to set clear ground rules on day one; share with them strategies about the growth mindset and do a formative assessment using colour cards or clickers (not counting any marks) to highlight to them (and the tutor) where the misconceptions are. When students understand the “why”, they will be willing to do the “how”.
Content is key
Then there’s the content. This is what should be mastered by students in tutorials, with their tutor’s guidance. My research suggests that tutorials shouldn’t include assessments because that changes the academic task to finding the correct answer rather than developing thinking processes.
I found that quizzes to determine students’ conceptions before or after a tutorial helped them to be more engaged and, they said, learn more. If quizzes are conducted during the tutorial, they may also involve an element of peer learning, but then it does not count marks.
A pre-tutorial quiz acts as a “warm-up” exercise for the tutorial as it helps tutors assess students’ typical misconceptions and guides the discussion towards resolving them. And, rather than springing quizzes on students, lecturers who “advertise” the tutorial activities during lectures, and connect to them, reported better results.
A quiz that takes place after the tutorial serves as “closure” for the session and students get a sense of achievement when they can see that they’ve mastered the work. For those who were not successful as yet, it’s an early “warning” to practise more.
A boost for learning
The bottom line is that lecturers should plan their tutorials as an integral part of the learning programme, not as an add-on. By doing so, they create more space for students to engage with and learn the necessary work – and that’s beneficial for everyone.
Ina Louw is an Education Consultant in the University of Pretoria’s Faculty of Natural and Agricultural Sciences.
This article was originally published in The Conversation on 1 November 2018.
- Author Ina Louw