Meryeme Lahmami

Principal

2022 - Current

Associate

2022

Associate, Venture Capital

2020 - 2022

Startup Mentor

2020 - 2022

Judge

2017 - 2022

Mentor

2019 - 2022

Investment Manager

2018 - 2020

Medteq Invest is $14 million fund dedicated to early stage companies in medical devices, diagnostics and digital health sectors.

Head of Montreal Chapter

2016 - 2018

We Are Wearables is on a mission to foster adoption and facilitate innovation in wearable tech. We believe that wearable technology is augmenting the human experience making us better at everything we do in work, life and play. We act as a platform to highlight the entrepreneurs, startups, companies and ideas making this happen. We achieve this by offering a series of events in various cities and in storytelling in social media and in our blog. We Are Wearables is the largest wearable tech community in the world with a total reach across all our channels of over 100,000 and physical chapters in Toronto, Chicago, Montreal & Ottawa. Our audience is made up of entrepreneurs, investors, media, product managers, marketing and advertising executives, brand managers, OEMs, UX and graphic designers and developers. Join the wearable revolution! www.wearewearables.com or on Twitter @WeAreWearables

Entrepreneur In Residence

2016 - 2018

TandemLaunch is a unique start-up foundry focused on creating early-stage technology ventures. TandemLaunch works closely with consumer electronic companies and universities to identify disruptive technologies with a sizeable market opportunity. This unique demand-driven approach reduces market risk early in the start-up process.

Founder

2016 - 2018

Biomindr is the ultimate quantified-self platform. It allows to capture a wide variety of biosignals to provide self-guiding solutions for athletes and consumers to better understand and approach their health and fitness. We combine our unique patented RF-based sensor technology with software and cloud into an easy-to-use system to address the shortcomings of optical sensors and to measure hydration status without the need for invasive blood samples.