The 2019 FYiMaths workshop was held at The University of Melbourne on July 11th – 12th. The workshop focused on sharing what we teach at first year maths across the country, how we are teaching it, and why.

**First Year Curricula**

A similar forum took place in Canada by Vaselin Jungic and Miroslav Lovric. You can read their report here.

A vigorous discussion followed, focused on the following questions:

- What are we teaching across institutions at first-year?
- Where do your first-year courses sit in various programs at your institutions?
- What are the articulation arrangements from school to first-year university maths?
- What are the articulation arrangements from first-year mathematics to higher levels of maths study?
- Are level 1 maths subjects fit-for purpose?
- What else, beyond maths content, should be taught/included in a level 1 maths subject?

A summary of the discussion can be found here.

During Veso’s talk, he referenced a number of useful articles which are listed below:

- Abell et al. – 2018 – MAA Instructional practices guide
- Buckmire – 2019 – Survey of Significant Developments in Undergraduate Maths Education
- Jungic & Lovric – 2017 – Call for national dialogue
- Saxe & Braddy – 2016 – A common vision

Veso’s powerpoint can be found here.

**Maths Support**

We also had a discusison on the nature of maths support and help that should be on offer to our undergraduate students. A summary of the discussion can be found here.

**Statistics for Education Researchers**

During Day 2, we were lucky enough to have Jo-ann Larkins present a statistics session for education researchers using SPSS.

The program for the day is available.

Individual presentations can be found below.

**Reflections from an incoming ADLT – FYI maths at JCU**

Shaun Belward

James Cook University

I have recently taken on the role of ADLT in the College of Science and Engineering at JCU. This has provided me with an opportunity to reflect on the mathematics offerings in the context of a bigger picture. This is in part is at the direction of those in leadership positions around me, but also through my own work in facilitating the needs of an increasingly diverse cohort at first year level in mathematics. In this presentation I will discuss the context in which we work with a focus on transition from secondary to tertiary mathematics, but also discuss how our maths offerings are evolving in response to demands from markets that are new to us.

**A survey of High School Mathematic curricula and First Year University Mathematics Units**

Nazim Khan and Michael Jennings

University of Western Australia and University of Queensland

Australia implemented a common year twelve mathematics curriculum in 2016. Nonetheless differences still exist in the state curricula.

We survey the mathematics curricula across Australia in the different states and compare them for similarity and differences. We further survey the first-year mathematics units at universities in Australia, their respective pre-requisites and study pathways. We focus on the G08 universities.

**The ‘who, what, where, why, when, how’ of mathematics support.**

Deborah Jackson

La Trobe University

With changing learning environments, shifts in student learning habits and availabilities, and the emphasis on mathematical skills excellence being part of the future visions of STEM education reports, mathematics support within universities is becoming more crucial, nearing new heights of popularity and necessity. Maths support must accommodate a variety of needs and a wide range of diversity. When developing and running support centres or programs, careful consideration must be made to address all issues faced by students, staff and the university. This talk discusses WHO needs to be supported, WHAT needs to be addressed, WHERE, WHEN and HOW support should be offered, and WHY it is essential. Also discussed are the issues faced in developing support programs, the difficulties, the challenges, and what works, particularly focusing on the developing and running of the Maths Skills Program (for students with maths skills deficiencies in many and varied disciplines), and the Maths Hub (a maths support centre for a wide range of diverse subjects and disciplines) at La Trobe University.

**An introduction to statistics for education researchers**

Jo-ann Larkins

Federation University

Presentation: Stats4SOLT

**Using narrative in the teaching of mathematics to first year science students**

Paul Hernandez Martinez and Nathan Clisby

Swinburne University of Technology

It is well documented that teaching mathematics to undergraduate students following degrees in science and other disciplines, for which mathematics is not the main academic pursuit, can be challenging. There are issues of motivation and student engagement, relevance of the topics taught and, in many occasions, low attainment and completion within mathematics units. Lecturers face questions about what to teach and how to teach it given that many of these students do not see the point of studying mathematics and, therefore, become very strategic in their learning approach to the subject. In particular, first year students that come without suitable secondary school mathematics qualifications and/or good skills for university study become lost and disengaged in large lectures.

To address this problem, we introduced a narrative style of teaching into the unit “Preliminary Mathematics”, aimed at first year students of the Bachelor of Science. We understand curriculum as a certain way of telling a story about the world (Hannam, 2015), and therefore we linked the topics of the unit in a “story” that gives meaning, purpose and direction to what is learnt. Research has shown that a good story, well told, can trigger students’ imagination, emotions and thinking, and make mathematics more enjoyable and memorable (Zazkis and Lilhedahl, 2009). In this presentation, we will show examples of this narrative style of teaching and present initial results of its evaluation. Because this is a developmental design research, we will invite feedback from the audience for improvement in the next iteration of the teaching design. In this way, we hope to contribute to the discussion of what, why and how of first year tertiary mathematics.

References

Hannam, F.D. 2015. *Teaching through Narrative*. Forum on Public Policy, 2015(2). Retrieved from: http://forumonpublicpolicy.com/journals-2/online-journals/vol-2015-no-2/

Zazkis, R. and Liljedahl, P. 2009. *Teaching Mathematics as Storytelling*. Rotterdam, The Netherlands: Sense Publishers.

**What’s in the curriculum: teacher and lecturer perspectives on high school students’ understanding of the limit definition of the derivative**

Michael Jennings

University of Queensland

The transition of students from studying secondary to tertiary mathematics has been the subject of increasing research interest in recent years. In this talk we will look briefly at teacher and lecturer perspectives on student responses to a question on the limit definition of the derivative. The results show differences in perspectives within and across teacher and lecturer groups, which have subsequent implications for how tertiary-level mathematics is taught. We will then discuss broader issues such who decides what mathematics is important at both high school and university.

**Blended learning in a large first year mathematics course**

Poh Hillcock

University of Queensland

The UQ2U program at The University of Queensland aims to redevelop UQ’s large courses to deliver more flexibility and high value on campus activities. In 2018, MATH1051 (Calculus and Linear Algebra I), our largest first year mathematics course (yearly enrolment of 1500) was selected for the UQ2U program. The project has resulted in the development of online resources delivered through the edge.edx platform, and the subsequent re-design of MATH1051. In this presentation, I describe the UQ2U MATH1051 journey, from the development of resources to implementation in Semester 1, 2019. I will share lessons learned, what worked, what didn’t, and where we go from here!