Kim Levere

Assistant Professor, Mathematics
Phone number: 
519-824-4120 x56908
MacNaughton 539

Dynamical systems allow us to formulate mathematical models that can help us to describe real-world phenomena. From chemical reactions, to structural components of your home, through to even the mathematics of emotion, I enjoy learning how to understand these things mathematically! Implicit in these sorts of studies, I also get the chance to use numerical methods, analysis, computing, statistics and optimization skills. I love to see the Mathematics and Statistics that I have learned (and now teach to students) come alive in the real world. 

I have come to discover that some models can be used for predictive purposes when done inversely. That is, starting with an answer and working toward some other part of a mathematical model. For instance, I have explored the use of such inverse problems in ecological modelling for the preservation of fish colonies when faced with the possibility of drought, or detecting the contraction of a disease in the body based purely on current x-rays. 

In addition to my discipline-based research, teaching is a huge part of my life. As the instructor of a number of entry-level mathematics and statistics courses, I am constantly looking to bridge gaps between high school and University Calculus. I aim to make this transition as smooth as possible, while improving student learning and experience. As a backbone to so many different disciplines, I strive to motivate the study of Mathematics and Statistics beyond textbook problems and the classroom and open the eyes of students to their many real-world applications and uses. 

  • Inverse Problems
  • Dynamical Systems and Modelling
  • Fractal-based Methods in Analysis
  • Fractional Calculus
  • Numerical Methods
  • Optimization
  • Mathematical Preparedness for University
  • Numeracy Initiatives
  • Delivery of Entry-level Mathematics
  • Accessibility in Learning
  • An Inverse Problem for a Fractional Differential Equation Model
    Samantha Frattaroli (2016), Undergraduate Research Project
  • The Effect of a Time-Dependent Population Model on Housing Prices
    Ervin Uzonovic (2016), Undergraduate Research Project
  • An Inverse Problem for a Fractional Differential Equation Model
    Brent Van De Walker (2017), Undergraduate Research Assistantship
  • Investigating Student Performance Based on Study Habits and Student Perceptions of Preparedness
    Chisomeje Umeonyido (2017), Undergraduate Research Assistantship (funded by PSEER)
  • The Mathematics of Human Gait: A Model for Ageing Joints
    Valerie Bauman (2018), Undergraduate Research Project
  • Modelling of Fruit Beer Production
    Charlotte Coates (2018), Undergraduate Research Project
  • Comparison of Collage-Based Techniques to Other Popular Inverse Problem Techniques
    Mehdi-Abderrahman Jabri (2018), Undergraduate Research Assistantship
  • Using Inverse Problems for PDEs to Identify Materials from Field Data
    John Dewhurst (2018), Coop Placement and Research Assistant
  • Investigating Grader Consistency Using the Crowdmark Grading Platform
    Michael Moore (2017-2018) Ph.D. Student (project collaborator)
  • A Collage-Coding Framework for Solving Inverse Problems for Differential Equations with Boundary Data
    Victoria Brott (2018), (co-advisor)
  • Optimizing the Efficiency of Dairy Cows
    Ginna Reyes (2018) Ph.D. Student (advisory committee)

B.A. in Mathematics (University of Guelph), 2007.

Ph.D. in Mathematics & Statistics (University of Guelph), 2012.