Web Summary
Q1: What is the founding year of Imec India Private Ltd., and what is its current status as an independent research and innovation center?
A1: Imec was founded in 1984 and is today the world’s largest independent research and innovation center for nanoelectronics and digital technology.
Q2: What are some of the key areas where Imec focuses its research and development efforts, including its applications and industries?
A2: Imec drives the advancements that power today's most cuttingedge technology in areas such as CMOS (advanced and beyond), integrated photonics, health technologies, sensing and actuation, connectivity technology, semiconductor technology, life sciences and health solutions, automotive technologies, robotics technology for Industry 4.0, and more.
Q3: What is Imec's approach to innovation, and how does it collaborate with its ecosystem of industrial partners, startups, and universities?
A3: Imec works side by side with all players of the ecosystem in a neutral and open innovation model, collaborating with over 200 universities and engaging in partnerships with leading companies and research institutions worldwide.
Q4: What is Imec's mission, and how does it aim to contribute to a more sustainable future through its research and development efforts?
A4: Imec's mission is to create disruptive innovations that make a positive and lasting impact on society, focusing on the positive impact of future chip technologies and aiming to develop technologies that contribute to a more sustainable future.
Q5: Where are Imec's offices located globally, and what are some of its local projects and partnerships in different regions?
A5: Imec operates globally, with offices across Belgium, the Netherlands, the USA, the UK, and Asia. Its local projects include the OnePlanet Research Center in the Netherlands, focusing on precision health and agriculture, and the Holst Centre, focusing on societal challenges like health & vitality, energy, mobility, and Industry 5.0 through advanced microelectronics and sensor technology.
Q6: What is Imec's approach to education and workforce development, and how does it support formal and onthejob training for careers in semiconductors?
A6: Imec supports formal and onthejob training for a range of careers in semiconductors through its education and workforce development programs, aiming to develop the next generation of talent in the field.
Q7: What is Imec's partnership with the National Science Foundation (NSF) Central Florida Semiconductor Engine, and what are some of its goals and objectives?
A7: Imec is an integral research partner in the NSF Central Florida Semiconductor Engine, which aims to provide innovative advanced packaging solutions in the US, as well as inclusive workforce development, and ecosystem building.
Q8: What is Imec's approach to sustainable developments, and how does it aim to inspire and involve the entire microchip value chain?
A8: Imec is committed to sustainable developments for current and future generations, aiming to develop technologies that contribute to a more sustainable future by focusing on the positive impact of future chip technologies.