Sarah Hallan Defends Her Masters Thesis
M.Sc student Sarah Hallman defending her thesis "Strength Influences on Peak knee and Low Back Loading and Lift Strategy: A Comparison of Freestyle, Squat, and Half-Kneel Lifts".
M.Sc student Sarah Hallman defending her thesis "Strength Influences on Peak knee and Low Back Loading and Lift Strategy: A Comparison of Freestyle, Squat, and Half-Kneel Lifts".
Sarah Hallman presented a poster titled "Associations Between Changes in Knee Gait Mechanics and Changes in Frontal Plane Laxity After Sustained Kneeling" at the 10th World Congress of Biomechanics in Vancouver, British Columbia, on July 13th, 2026.
The BOHM lab has a new publication! MSc student Sarah Hallman was the first author on "Reliability and minimal detectable change of knee mechanics during gait and squatting, using markerless motion capture in the workplace", published in Gait and Posture.
M.Sc. student Sarah Hallman presented her findings on “Gap-Filling Marker Trajectories During Squatting” and tackles new promising gap-filling strategies with reduced limitations.
M.Sc student Sajedah Almomani had her thesis presented at ISB 2026. She investigates different lifting techniques for infants off the floor in childcare settings and their associated biomechanical loading on the knee and lower back joints.
Sajedah Almomani, Sarah Hallman, and Kimberly Peckett present at the Ontario Biomechanics Conference 2024 at York University.
David Varandas and Kimberly Peckett presented poster and podium presentations at the 2023 Ontario Biomechanics Conference in Waterloo, Ontario.
The BOHM lab is happy to congratulate Dr. David Kingston for convocating on June 11th, 2019.
The BOHM lab attended the Osteoarthritis Research Society International (OARSI) 2019 World Congress held in Toronto, ON. MSc student Natasha Ivanochko and PhD candidate Annemarie Laudanski both had poster presentations.
The BOHM lab has a new publication! MSc student Tyler Chuang was the first author of "Comparing functional dynamic normalization methods to maximal voluntary isometric contractions for lower limb EMG from walking, cycling and running" published in JEK.