Suggestions
Etienne Laurent
VP of Product Management @ MISO Chip
Professional Background
Etienne Laurent is a distinguished electrical and biomedical engineer with a keen specialization in technology management and life science entrepreneurship. With a passion for advancing medtech and deeptech ventures, his career has been driven by a commitment to innovation in healthcare. As the Co-Founder of MISO Chip Inc., a pioneering spin-off company, Etienne plays a crucial role in reducing the attrition rates of anticancer drugs during clinical trials. His visionary leadership focuses on leveraging a patient-derived tumor explant platform, thereby facilitating more effective pathways for drug development.
In his position at MISO Chip, Etienne leads customer discovery initiatives, actively engaging with pharmaceutical companies to capture user needs and translate them into viable product solutions for drug development. His expertise extends into business development, where he nurtures relationships with research centers and large corporate entities, ensuring that MISO Chip remains at the forefront of innovation in the life sciences sector.
Having honed his skills in building persuasive pitch decks for fundraising endeavors, Etienne demonstrates his capacity not only for engineering but also for strategic business management. His profound understanding of the regulatory landscape and intellectual property strategies related to medical technologies reflects his holistic approach to bridging the gap between scientific innovation and commercial viability.
Education and Achievements
Etienne's educational journey is marked by commendable academic achievements from prestigious institutions. He holds a Master's Degree in Technology Management and Innovation (M.Ing.) from Polytechnique Montréal, where his studies emphasized innovation assessment and commercialization, particularly focused on a microfluidic platform for translational cancer research. This foundation set the stage for his entrepreneurial pursuits in the biomedical realm.
Prior to this, Etienne earned a Bachelor of Engineering (B.E.) in Electronics and Biomedical Engineering from the Université de Montréal - École polytechnique de Montréal. His early studies also included a DEC in Health Sciences from Collège André-Grasset, further enhancing his comprehensive understanding of both engineering principles and healthcare applications.
To supplement his technical education, Etienne pursued a Certificate in Entrepreneurship and Entrepreneurial Studies at Concordia University. This program equipped him with essential business acumen, preparing him to navigate the complex landscape of life science entrepreneurship effectively.
Achievements
Among his significant achievements, Etienne's role in establishing MISO Chip stands out. The company is dedicated to improving the efficiency of anticancer drug trials, a critical area in pharmaceutical development. By integrating state-of-the-art technology with patient-derived models, MISO Chip addresses a pressing need in the healthcare industry: the high failure rate of cancer drugs during clinical trials. Etienne's ambition to support scientists and engineers in transforming their discoveries into commercially viable applications showcases his commitment to fostering a culture of innovation.
In addition to his entrepreneurial endeavors, Etienne has accumulated valuable industry experience in various capacities. He has worked as a Research Assistant at Polytechnique Montréal, where he contributed to cutting-edge research that underpins many life science innovations today. His engineering expertise was further cultivated during his tenure as a Junior Electrical Engineer at BPA, as well as through internships at Hydro-Québec and lab maintenance at the Centre de recherche de l'hôpital du Sacré Coeur de Montreal, where he acquired skills essential for the development and implementation of medical technologies.
Etienne's admiration for great scientists and engineers fuels his desire to translate science into practical and profitable applications. His professional philosophy centers around the belief that collaboration between technological advancement and business strategy can lead to successful outcomes in the medical field.