Engineering Change
Ideas Into Impact
Engineering Change
Ideas Into Impact
Engineering Change
Ideas Into Impact
Innovating at the Intersection of Research and Industry
Innovating at the Intersection of Research and Industry
Innovating at the Intersection of Research and Industry
I’m Prajwal Agrawal, leading advanced additive manufacturing research at ETH Zurich, where I develop next-generation solutions in bioprinting, robotics, and acoustics. Previously, I contributed to cutting-edge biomedical research at Harvard Medical School and have been part of several high-impact, EU and Swiss-funded innovation projects. My work bridges scientific discovery with practical application, aiming to transform healthcare, manufacturing, and sustainable technologies.
As a founder and director of multiple tech startups, I specialize in taking ideas from lab to market—turning research into scalable, real-world solutions. I’m passionate about driving innovation that creates measurable impact across industries.
I’m Prajwal Agrawal, leading advanced additive manufacturing research at ETH Zurich, where I develop next-generation solutions in bioprinting, robotics, and acoustics. Previously, I contributed to cutting-edge biomedical research at Harvard Medical School and have been part of several high-impact, EU and Swiss-funded innovation projects. My work bridges scientific discovery with practical application, aiming to transform healthcare, manufacturing, and sustainable technologies.
I’m Prajwal Agrawal, leading advanced additive manufacturing research at ETH Zurich, where I develop next-generation solutions in bioprinting, robotics, and acoustics. Previously, I contributed to cutting-edge biomedical research at Harvard Medical School and have been part of several high-impact, EU and Swiss-funded innovation projects. My work bridges scientific discovery with practical application, aiming to transform healthcare, manufacturing, and sustainable technologies.
Impact in
Action
Driving innovation through ventures launched, grants won, generating employment, and students guided toward impactful outcomes
3
Startups Co-Founded
Co-Founded ventures focused on design, sustainability, innovation, and impactful problem-solving.
50+
Supervised Thesis Across Disciplines
Guided students' research work and thesis at ETH Zurich across additive manufacturing, robotics, ultrasound, biofabrication, and other disciplines.
60+
Jobs Created
Across research, industry, and allied domains—fostering skill development and driving sustainable growth through innovation.
Impact in
Action
Driving innovation through ventures launched, grants won, generating employment, and students guided toward impactful outcomes
3
Startups Co-Founded
Co-Founded ventures focused on design, sustainability, innovation, and impactful problem-solving.
50+
Supervised Thesis Across Disciplines
Guided students' research work and thesis at ETH Zurich across additive manufacturing, robotics, ultrasound, biofabrication, and other disciplines.
60+
Jobs Created
Across research, industry, and allied domains—fostering skill development and driving sustainable growth through innovation.
Impact in
Action
Driving innovation through ventures launched, grants won, generating employment, and students guided toward impactful outcomes
3
Startups Co-Founded
Co-Founded ventures focused on design, sustainability, innovation, and impactful problem-solving.
50+
Supervised Thesis Across Disciplines
Guided students' research work and thesis at ETH Zurich across additive manufacturing, robotics, ultrasound, biofabrication, and other disciplines.
60+
Jobs Created
Across research, industry, and allied domains—fostering skill development and driving sustainable growth through innovation.
Where Research Meets Innovation
Where Research Meets Innovation
Where Research Meets Innovation
Bridging advanced research and entrepreneurial innovation to create technologies, ventures, and opportunities with real-world impact.
Bridging advanced research and entrepreneurial innovation to create technologies, ventures, and opportunities with real-world impact.
Bridging advanced research and entrepreneurial innovation to create technologies, ventures, and opportunities with real-world impact.
Research
Advancing knowledge through cutting-edge work in ultrasound, robotics, additive manufacturing, automation, waste valorization, and drug screening.
Research
Advancing knowledge through cutting-edge work in ultrasound, robotics, additive manufacturing, automation, waste valorization, and drug screening.
Research
Advancing knowledge through cutting-edge work in ultrasound, robotics, additive manufacturing, automation, waste valorization, and drug screening.
Innovation
Transforming ideas into ventures and technologies that address real-world challenges across industries.
Innovation
Transforming ideas into ventures and technologies that address real-world challenges across industries.
Innovation
Transforming ideas into ventures and technologies that address real-world challenges across industries.
Life Outside Work
Life Outside Work
Life Outside Work
