Associate ProfessorSharon La Fontaine

Associate Professor of Biomedical Science

Faculty of Science Engineering and Built Environment/School of Life and Environmental Sciences/Institute for Mental and Physical Health and Clinical Translation

  • Associate Professor of Biomedical Science
    Faculty of Science Engineering and Built Environment/School of Life and Environmental Sciences/Institute for Mental and Physical Health and Clinical Translation
  • +61 3 925 17669 (Work)
  • Melbourne Burwood Campus, 221 Burwood Highway, Burwood, Victoria 3125

TEACHING EXPERTISE

2011-Present:

SLE301: Professional Practice

 

2011-2017:

SLE334: Medical Microbiology and Immunology

 

As a biomedical scientist and with significant teaching experience, I am committed to equipping students not only with discipline-specific knowledge and practical skills, but also with transferable skills that are distinctive to STEM graduates and highly valued by employers.

 

Teaching and leadership in work-integrated learning (WIL) and career education have provided the context for curriculum and assessment design that supports students to develop career self-awareness and self-efficacy and to build their professional identity. This is achieved through programs that feature active, experiential and socially connected learning. Our approaches that are both reflective and applied, not only deepen understanding of disciplinary content, but also informs students’ career decisions and equips them with lifelong skills that fosters student agency in managing their employability and careers.

 

I have co-led the re-design and expansion of the WIL placement program for all science degrees in the School of Life and Environmental Sciences, ensuring that all students (>600 p.a.) experience a professional placement. In collaboration with Graduate Employment, I lead the design and implementation an embedded career education program across undergraduate courses in the Faculty of Science, Engineering and Built Environment. This program constitutes a course-wide, scaffolded, curriculum-embedded and discipline-contextualised career education program that supports students to leverage existing paid work or secure employment early in their degree, progressing to more career- or industry-relevant “stepping stones” roles by graduation (Hansen & La Fontaine 2026). Hence the program supports students to “learn while they earn”. The career education and WIL placement programs, both delivered at scale across all science degrees, are having positive impacts on science students’ confidence, work readiness, career preparation and employment outcomes.

 

These programs have been recognised with several internal awards for teaching excellence and enhancing STEM student employability (School, Faculty and Vice Chancellor's Awards), and a 2025 Australian Award for University Teaching (AAUT): Citation for Outstanding Contributions to Student Learning.

TEACHING ACTIVITIES

  • TEACHING AND LEARNING LEADERSHIP ROLE
    FEATURED
    Featured
    Secondment: SEBE Career Education Lead, Curriculum Team, Graduate Employment
    1 Jan 2021
    0.4 EFT Secondment; SEBE Employability Guiding Plan (SEGP) Career Education Lead
  • TEACHING AND LEARNING LEADERSHIP ROLE
    Faculty Director (SEBE), Graduate Employment Division (GED)
    1 Jul 2016 - 31 Dec 2019
    0.2 EFT
  • TEACHING AND LEARNING LEADERSHIP ROLE
    Member, Faculty of SEBE Work Integrated Learning (WIL) Groups
    1 Jan 2015 - 31 Dec 2019
    The WIL Curriculum Group; The WIL in Science Lighthouse Project Team; The WIL Steering Group; The WIL on Campus Project Team
  • UNIT TAUGHT
    Unit Chair, SLE301 Professional Practice
    2 Jan 2011
  • UNIT TAUGHT
    Campus Coordinator, SLE334 Medical Microbiology and Immunology
    2 Jan 2011 - 31 Dec 2017
  • UG, HONOURS OR MASTERS DEGREE SUPERVISION
    Honours Supervision
    1 Jan 2001 - 30 Nov 2026
    BSc: (Honours): 23 students supervised; 21 (H1 grade; 1 pending)
  • COMPLETED DOCTORAL SUPERVISION
    Quality Control Mechanisms Regulating the Copper-transporting ATPases ATP7A and ATP7B
    Stephanie Materia - School of Life and Environmental Sciences - 2012
  • COMPLETED DOCTORAL SUPERVISION
    Identification of Proteins that Interact with the Copper Transporter ATP7B
    Chris Lim - School of Life and Environmental Sciences - 2007
  • COMPLETED DOCTORAL SUPERVISION
    Mechanisms Regulating the Function of the ATP7B Copper-ATPase
    Michael Cater - School of Life and Environmental Sciences - 2005
  • COMPLETED DOCTORAL SUPERVISION
    Copper Transporters in the Human Placenta
    Belinda Mary Hardman - School of Life and Environmental Sciences - 2006
  • COMPLETED DOCTORAL SUPERVISION
    Novel mechanism of Col10a1 nonsense-mediated mRNA decay
    Yiwen Fang - School of Life and Environmental Sciences - 2014
  • COMPLETED DOCTORAL SUPERVISION
    Deciphering the molecular signaling cascade in rotenone-mediated neuronal death
    Yann Yap - School of Life and Environmental Sciences - 2017
  • COMPLETED DOCTORAL SUPERVISION
    A new role for apolipoprotein E in brain copper regulation
    Bryce Blades - School of Life and Environmental Sciences - 2020
  • COMPLETED MASTERS SUPERVISION
    Glutaredoxin and Glutathione regulate the activity of ATP7A AND ATP7B
    William Singleton - School of Life and Environmental Sciences - 2013