Pitch Your Project makes aging research accessible, one pitch at a time

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Last Tuesday, the McMaster Institute for Research on Aging’s Trainee Network hosted its annual Pitch Your Project event, welcoming 15 trainees from across all levels of study—undergraduate, masters, PhD, and postdoctoral fellows— and faculties to present their aging research in a “three-minute thesis” style. This format challenges participants to communicate complex research in an engaging and accessible way to a crowd of fellow trainees, researchers, friends, family and older adults at McMaster Students Union’s The Hub.  

An annual showcase of trainee research in actionthe event showcased the diverse and interdisciplinary nature of aging research happening at McMaster University, with projects spanning topics in AI, cognition, mobility and more. Pitch Your Project provides trainees with a valuable opportunity to practice their science communication skills, receive feedback, and engage with others in the aging research community through networking over shared discussion and refreshments.  

MIRA would like to congratulate Almila Bahar (left), master’s student in the Faculty of Health Sciences supervised by Dr. Bhagwati Gupta for winning best presentation: “The mystery of dying brain cells,” and Alexandra Mayhew (right), postdoctoral fellow in the Faculty of Health Sciences supervised by Dr. Parminder Raina for best slide deck: “The Fantastic Five: Heroes of strength and mobility”. 

A huge thank you to our presenters (see full list of presenters below), judges, and attendees for making this event a success! If you enjoyed Pitch Your Project, be sure to visit the MIRA events webpage for more events like it. 

Presenters:

Alexandra Mayhew, Health Sciences,  Department of HEI 

Supervisor: Dr. Parminder Raina 

The Fantastic Five: Heroes of strength and mobility 

 
Almila Bahar, Health Sciences, Biology (Neuroscience)

Supervisor: Dr. Bhagwati Gupta 

The mystery of dying brain cells 

 
Benjamin Cornish, Faculty of Health Sciences, School of Rehabilitation Sciences 

Supervisor: Dr. Marla Beauchamp 

Improving the description of mobility in daily life using a combination of wearable sensor types and wear locations in MacM3 

 
Cameron Murray, Faculty of Science, School of Interdisciplinary Science 

Supervisor: Dr. Alex Hall 

Towards a hyperlocal future of aging 

 
Elizabeth Zhou, Faculty of Health Sciences, Department of HEI 

Supervisor: Dr. Alexandra Papaioannou 

Exploring the intersectionality of sex, ethnoraciality, and socioeconomic status in long-term care admissions: an Ontario ICES population-based study 

 
Hesam Hafezalseheh, Faculty of Health Sciences, Medical Sciences 

Supervisors: Dr. Dawn Bowdish and Dr. Chris Verschoor 

The brain’s time machine: unlocking the secrets of cognitive longevity 

 
Jasdeep Dhillon, Faculty of Health Sciences 

Supervisor: Dr. Cynthia Lokker 

The patient port-all: improving the accessibility and usability of a patient portal for older adults 

 
Meenakshi Goel, Faculty of Health Sciences, Department of Obstetrics and Gynecology 

Supervisor: Dr. Alison Shea 

Breaking the age barrier: exploring benefits of hormones beyond 60 

 
Sama Jaberi, Faculty of Health Sciences, Department of Psychiatry and Behavioural Neuroscience 

Supervisor: Dr. Margaret Fahnestock 

A feast for neurons: tracking NGF’s journey in the brain 

 
Seyedaydin Jalali, Faculty of Engineering 

Supervisor: Dr. Ravi Selvaganapathy 

Can exercise protect the brain? A 3D model to uncover the truth 

 
Taylor Kramer, Faculty of Engineering, School of Biomedical Engineering 

Supervisor: Dr. Cheryl Quenneville 

Keeping grandma’s bones strong: how AI predicts fractures 

 
Tina Liu, Faculty of Science, Department of Psychology, Neuroscience & Behaviour 

AgeUnity: real people, real connections 

 
Veronica Santos Souza, Faculty of Health Sciences, School of Rehabilitation Science 

Supervisor: Dr. Luciana Macedo 

Pain education in older adults: two sides of the coin 

 
Vincenzo Di Bacco, Faculty of Science, Department of Kinesiology 

Supervisor: Dr. Dylan Kobsar 

Mobility estimated in clinical and free-living settings to support knee osteoarthritis