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DTSTART;TZID=America/Toronto:20261014T120800
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SUMMARY:Life\, Energy\, Environment: Global Solutions Through Chemical Engineering
DESCRIPTION:What if you could help power cities\, develop biomedical devices and vaccines\, clean the planet\, and design the next viral skincare product—all with the same career? Sounds wild\, right? Welcome to chemical engineering. \nEver wonder how your shampoo is made at a massive scale\, or why your snacks stay fresh for months\, or how engineers run entire factories? \nChemical engineering mixes chemistry\, physics\, biology\, math\, and a whole lot of creativity to design the processes that make modern life possible. Chemical engineers don’t just make things—they design safe\, efficient\, eco-friendly ways to turn raw materials (and even waste!) into valuable products. \nIf you want a career that’s hands-on\, world-changing\, and connected to all 17 UN Sustainable Development Goals\, this talk will show you how chemical engineers are shaping the future one reaction\, one innovation\, one breakthrough at a time. \nThey dive into everything from thermodynamics and fluid mechanics to biochemical engineering\, materials science\, and process control—the field that uses simulations\, optimization\, and machine learning to solve real-world problems. \nProfessor Mario Ioannidis\, Chair of Chemical Engineering at the University of Waterloo\, will take you inside this world of transformation—where chemical engineers scale up ideas from “cool experiment” to “global impact.” \n  \nProf. Mario Ioannidis \nMario Ioannidis is the Chair of the Department of Chemical Engineering and a Professor at the University of Waterloo. \nProfessor Ioannidis and his students research fundamental aspects of multiphase flow and transport of solutes and nanoparticles in porous materials of different kinds (fibrous or granular\, loose or consolidated\, natural or man-made\, etc.). The ultimate goal of their research is to enable engineering applications ranging from contaminant hydrology\, groundwater remediation and petroleum production to environmental sampling\, fuel cell performance optimization and oil spill response.
URL:https://vision-conference.ca/event/life-energy-environment-global-solutions-through-chemical-engineering/
CATEGORIES:Seminar
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DTSTART;TZID=America/Toronto:20261014T120900
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DTSTAMP:20260625T131324Z
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SUMMARY:Quantum Biology
DESCRIPTION:How do plants turn sunlight into energy? How do birds find their way across the planet? How do our eyes turn light into vision? These questions may seem very different\, but they all point to an exciting idea: some parts of life may depend on the physics of very small things. \nQuantum biology is a growing field that explores how biology\, chemistry\, and physics work together inside living systems. In this seminar\, students will learn how scientists study energy\, light\, and information in living cells\, and why these ideas may help us better understand the human body and health. \nWe will look at real examples from nature and medicine\, while also asking what we know\, what we do not yet know\, and how scientists test bold ideas with evidence. \nStudents will leave with a clearer sense of how life works at its smallest scales\, and how the science of today could help shape the health technologies of the future. \nDr. Nirosha Murugan \nDr. Nirosha J. Murugan is a Canada Research Chair and Assistant Professor at Wilfrid Laurier University. Her research explores how energy\, light\, and physics shape living systems\, with the goal of developing new technologies to better understand human health. She leads an interdisciplinary research program at the intersection of biology\, physics\, engineering\, and medicine\, and is passionate about making cutting-edge science accessible to the next generation of scientists.
URL:https://vision-conference.ca/event/quantum-biology/
CATEGORIES:Seminar
ATTACH;FMTTYPE=image/jpeg:https://vision-conference.ca/wp-content/uploads/2026/05/quantum-bio.jpg
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DTSTART;TZID=America/Toronto:20261014T121000
DTEND;TZID=America/Toronto:20261014T131000
DTSTAMP:20260604T012931Z
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UID:10000043-1791979800-1791983400@vision-conference.ca
SUMMARY:STEM Cells
DESCRIPTION:The Future of Medicine: How Stem Cells Could Change Everything \nEverywhere we look today — online and in the media\, among patient groups\, families and health care providers — stem cells and regenerative medicine have become synonymous with the promise of better health as people seek out new therapies for what ails them. \nRegenerative medicine is changing the game by unlocking leading-edge treatments for diseases such as\, type 1 diabetes\, retinal degeneration\, muscular dystrophies\, lung and heart disease\, as well as for neurodegenerative diseases such as Parkinson’s and multiple sclerosis. \nTraditionally powered by stem cells\, regenerative medicine focuses on replacing\, repairing\, or regenerating human cells\, tissues and organs. It is considered by investors\, economists\, and health policy experts to be the next frontier of modern medicine. \nThis seminar will dive into the world of stem cells and regenerative medicine\, exploring a future where diseases may be halted or even cured. \nAlexandra Kozlov\, Ph.D. \nAlexandra Kozlov joined the Stem Cell Network (SCN) in 2024. As the Research Specialist\, she supports the delivery of SCN’s research funding programs and the development and roll-out of research symposia and scientific programming. \nPrior to joining SCN\, Alexandra worked extensively with human pluripotent stem cells\, where she researched the relationship between metabolism and cell fate and state. Alexandra holds a Ph.D. in Biology\, with a specialization in Developmental Biology\, from Western University. \nWith almost a decade of experience in life sciences\, Alexandra is dedicated to ensuring SCN’s research program runs efficiently and effectively to power the translation and commercialization of regenerative medicine research in Canada. \nDanielle Spice\, Ph.D. \nDr. Danielle Spice is a Scientist and Science Communicator who\, by day\, drives the development of cutting-edge cell therapies in biotech\, and by night educates her community of over 77\,000 social media followers about cool and interesting science. \nDr. Spice earned her PhD from Western University\, and after a short post-doctoral fellowship at SickKids Hospital transitioned into biotech where she uses her expertise in genetic engineering and human stem cells to develop cell therapies. \nDuring her academic training\, Dr. Spice fell in love with teaching\, and she knew that the best way to reach as many “students” as possible was to start her social media channels: Science with Spice. Dr. Spice loves to bring her love of biology and science to everyday people through short-form videos and podcasting to make science fun and accessible. Dr. Spice proves that science and education don’t just exist in an academic classroom but is out in the real world with real people.
URL:https://vision-conference.ca/event/stem-cells/
CATEGORIES:Seminar
ATTACH;FMTTYPE=image/jpeg:https://vision-conference.ca/wp-content/uploads/2026/05/stem-cells.jpg
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