Dr. Ashish Jagtiani

Technologist, Entrepreneur, Innovator
Dr. Ashish Jagtiani

Dr. Ashish Jagtiani

Co-Founder & CEO, Octargus (AI x Life Science)
Partner, Twenty Seven Labs | Former Co-Founder & CTO, Chronus Health
Building intelligent systems that accelerate discovery in science and create human-scale impact

About Ashish

I'm Ashish Jagtiani, Co-founder & CEO of Octargus, a stealth startup reimagining how science gets done by combining human expertise with intelligent automation.

Over the last two decades, I've built across disciplines from semiconductor R&D at IBM to co-founding Chronus Health, a medtech startup focused on point-of-care diagnostics. At Chronus, where I served as CTO and co-founder, I spent eight years helping build something from scratch. Leaving in December was one of the hardest decisions of my life. It wasn't about equity or future gains it was about stepping away from something deeply personal, something I'd poured years of myself into. What made it painful were not the missed opportunities but the broken promises. Those lessons weren't abstract; they were lived. And while the company didn't make it, the experience sharpened how I think about timing, leadership, and the blurry middle between building fast and building right.

In parallel, I run Twenty Seven Labs, where I partner with early-stage deeptech and diagnostics startups to bring hard technologies to life. Across both ventures, my belief is the same: simplify the complex, build with intent, and design for scale from day one.

If you're a founder navigating that uncertain space between discovery and delivery, I'd love to hear your story.

Technical Foundation

With a PhD in Mechanical Engineering and extensive experience in semiconductor R&D at IBM, I bring deep technical expertise to healthcare innovation. My background spans microfluidics, biosensors, and nanofabrication combining nanoscale engineering with human-scale impact.

I've published extensively in leading scientific journals and hold multiple patents in the fields of microfluidics and healthcare diagnostics. This technical foundation enables me to bridge the gap between cutting-edge research and practical, scalable solutions.

Areas of Expertise

Microfluidics & Lab-on-a-Chip

Development of innovative microfluidic devices for healthcare diagnostics, environmental monitoring, and biological research applications.

Biosensors & Point-of-Care

Design and fabrication of biosensors for rapid diagnostic testing, with focus on portable and accessible healthcare solutions.

Micro and Nanofabrication

Using advanced semiconductor fabrication and traditional techniques to create devices for various applied fields.

Career Highlights

Co-Founder & CEO, Octargus

2025 - Present

Leading a stealth startup focused on AI-driven lab automation and intelligent scientific workflows.

Partner, Twenty Seven Labs

2025 - Present

Advising early-stage deeptech and diagnostics startups, bringing strategic and technical expertise to market-shaping ventures.

Co-Founder & CTO, Chronus Health

2017 - 2024

Built and scaled a portable blood testing platform; led R&D, IP strategy, and product development through preclinical validation.

IBM Research & Engineering

2011 - 2017

Developed breakthrough micro and nanofabrication techniques and applied semiconductor innovations to healthcare and life sciences.

Education

PhD in Mechanical Engineering

University of Akron

Dissertation: Advanced Microfluidic Sensors for Healthcare Applications

MS in Mechanical Engineering

University of Akron

Focus: Microsystem Design and Fabrication

Bachelor in Mechanical Engineering

Mumbai University

Graduated with First Class Honors

Research Focus

Microfluidic Diagnostics

Developing next-generation microfluidic platforms for rapid, accurate diagnostic testing with applications in healthcare and environmental monitoring.

Point-of-Care Technology

Creating accessible, portable diagnostic solutions that can be deployed in resource-limited settings to improve global healthcare access.

Nanofabrication

Advanced nanofabrication techniques for creating high-precision microstructures and devices for biomedical applications.

Healthcare Innovation

Translating cutting-edge research into practical healthcare solutions that can make a real difference in patient outcomes and care delivery.

Research Impact

15+
Journal Publications
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18+
Conference Papers
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6+
Issued Patents
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20+
Years Innovation
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