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From Labs to Startups: Unlocking the Business Potential of Microwave Technology
Despite the lucrative opportunities in microwave and electromagnetics, many researchers and engineers shy away from pursuing entrepreneurial ventures in this field due to perceived complexity, lack of market awareness, and challenges in bridging technical innovation with business strategies. This talk is designed for Young Professionals, early-career engineers, and graduate students who are exploring career paths beyond academia and are interested in understanding how to translate technical expertise into viable startups.
The talk will explore the entrepreneurial potential of microwave and electromagnetics, focusing on transforming lab research into scalable products. It will discuss the journey from identifying industry pain points to developing proof-of-concept prototypes, navigating funding opportunities, building a business model, and commercializing ideas for industrial or consumer markets. Real-world examples and success stories will provide actionable insights.
Attendees will learn how to identify startup opportunities in microwave technology, understand the critical steps to bridge academic research with industry demands, and gain practical insights into overcoming challenges in funding and commercialization. The talk will inspire attendees to view microwave technology not just as a research domain but as a platform for impactful innovation and entrepreneurship.
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Malgré les opportunités lucratives dans les domaines des micro-ondes et de l'électromagnétisme, de nombreux chercheurs et ingénieurs hésitent à se lancer dans des projets entrepreneuriaux dans ce secteur, en raison de la complexité perçue, du manque de connaissance du marché et des difficultés à concilier innovation technique et stratégie d'entreprise. Cette conférence s'adresse aux jeunes professionnels, aux ingénieurs en début de carrière et aux étudiants des cycles supérieurs qui explorent des parcours de carrière au-delà du milieu universitaire et souhaitent comprendre comment transformer une expertise technique en entreprise viable.
La conférence explorera le potentiel entrepreneurial des micro-ondes et de l'électromagnétisme, en mettant l'accent sur la transformation de la recherche en laboratoire en produits évolutifs. Elle abordera le parcours allant de l'identification des problématiques de l'industrie jusqu'au développement de prototypes de démonstration de faisabilité, en passant par la recherche de financement, l'élaboration d'un modèle d'affaires et la commercialisation d'idées pour les marchés industriels ou grand public. Des exemples concrets et des témoignages de réussite offriront des pistes d'action pratiques.
Les participants apprendront à repérer les opportunités entrepreneuriales dans le domaine des technologies micro-ondes, à comprendre les étapes essentielles pour faire le lien entre la recherche universitaire et les besoins de l'industrie, et acquerront des connaissances pratiques pour surmonter les défis liés au financement et à la commercialisation. Cette conférence incitera les participants à considérer la technologie micro-onde non seulement comme un domaine de recherche, mais aussi comme une plateforme d'innovation et d'entrepreneuriat à fort impact.
Date and Time
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Location
- 800, rue de La Gauchetière
- Portail Nord-Ouest, bureau 6900
- Montreal, Quebec
- Canada H5A 1K6
- Building: INRS-EMT
Hosts
- Polytechnique Montreal,MTT17
- Montreal Section
- Montreal Section Chapter, MTT17
- Montreal Section Affinity Group, YP
- Institut Natl de la Recherche Scientifique
- Ecole De Technologie Superieure,MTT17
- Contact Event Hosts
Registration
- Starts 08 September 2026 12:00 AM EDT
- Ends 29 September 2026 12:00 AM EDT
- No Admission Charge
Speakers
Vishal Balasubramanian
Vishal Balasubramanian (PhD) earned his B.Eng. in Electronics and Communication Engineering from Anna University in 2020 and completed his Ph.D. in Electrical Engineering at the University of British Columbia (Kelowna, Canada) in 2025. His research focuses on metamaterials microwave-based sensing and their integration with modern technologies like AI, and AR. He currently works as a SoC Design Verification Engineer at Intel Canada. Previously, he served as a Sessional Lecturer at UBC, teaching computer engineering courses, and contributed as an Approval Committee Member for the UBC Student Initiative Fund. Vishal’s industry experience includes leading digital healthcare and mixed reality projects at Capgemini and consulting at Cossian Design Studio. His awards include the IEEE MTT-S Graduate Fellowship, UBC Dean’s Thesis Fellowship, and recognitions from TI, CMC, IEEE, and Yunus Centre.
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