Hi! I'm Adi
I like enabling sensing and perception in machines so we can better automate and understand the world digitally. Sometimes I get distracted and build a company.
Profile
About Me
Exploring the intersection of hardware and software to build systems that matter.
The Systems Engineer
I'm a systems engineer. I work across the full hardware stack, including electrical, mechanical, software, and data. I thrive in the complexity of connecting these disciplines.
Data Driven
I let data guide my decisions. I care deeply about data quality and spend time making sure what we measure is meaningful, reliable, and understood. Good decisions come from good data.
Driven by Curiosity
I'm a strong advocate for curiosity. I think it's what drives real discovery, innovation, and growth in any project.
Diverse Experience
I've worked on everything from vision systems and medical devices to industrial automation and autonomous vehicles.
Hands-on Leadership
I also believe in hands-on leadership. I may not always be the fastest at executing a task, but by knowing how to do it, I can better support and understand the people I work with.
Seamless Integration
I'm fascinated by how technology gets adopted into everyday life. I enjoy building products that integrate seamlessly and become second nature to use.
Collaboration
I enjoy working with people who care about doing things properly and aren't afraid to get their hands dirty.
Experience
A chronological journey through my professional milestones, engineering challenges, and leadership roles.
Founder
Founded a company to enable intelligent inspection capabilities for physical infrastructure using visual and spatial intelligence tooling for construction, city infrastructure, and industrial teams.
Key Achievement
Drove development of an automated 3D inspection platform and established industry partnerships for pilot studies.
Founder & CEO
Built a business intelligence and data gathering platform for service-based SMBs, enabling operational insight, customer understanding, and growth.
Key Achievement
Scaled to 2,000+ monthly active users, supporting 35 businesses across Taiwan, Japan, and South Korea.
Technical Program Manager, Hardware & Systems
Owned the hardware and systems test program, building custom automated hardware-in-the-loop test platforms supporting product development through EVT and DVT.
Key Achievement
Enabled 3× faster testing through automated platforms and reduced consumable wastage, saving approximately $400K.
R&D Engineer
Developed and integrated sensing systems to optimize industrial extraction and processing workflows.
Key Achievement
Designed and productized a plant yield measurement tool, enabling farmers to assess crop readiness in-field at 95% lower cost than lab-based testing.
R&D Engineer
Coordinated projects between industry partners and academic researchers to deliver novel technical solutions for industrial sensing problems.
Key Achievement
Developed sensing systems for chemical detection across sewer gas monitoring, natural gas, biomedical applications, and remote sensing.
Portfolio
A showcase of some of my technical work.
Sojo
Sojo is a business intelligence and operations platform for service SMBs in Asia, turning bookings, payments, and customer interactions into structured telemetry, dashboards, and automations that improve retention and revenue clarity.
Noze Hardware Test Automation Platform
Designed and deployed a full-stack hardware-in-the-loop (HIL) automation platform to support verification and validation (V&V) of breath-based diagnostic devices. The system enabled repeatable, high-quality dataset generation by tightly controlling physical conditions, sensors, and experiments.
Noze Vision-Language Mapping Tool
Built an internal visualization, labeling, and training tool to map high-dimensional gas sensing data to semantic concepts using vision-language model (VLM) architectures. The system accelerated dataset curation and enabled AI-driven chemical recognition from CMOS sensor arrays.
Vitalis Phyto2
Developed a portable, battery-powered field test device combining chromatography and computer vision to assess crop maturity and phytochemical composition in industrial agricultural environments.
Blog
Thoughts, stories and ideas.
