About Me
Bridging manufacturing and AI through practical innovation
With hands-on industrial experience and a strong focus on technological systems, I explore how intelligent design and data-driven thinking can reshape industrial operations. Dedicated to developing practical, real-world solutions that connect people, machines, and information.
Technological Systems Engineering
Designing and structuring integrated technological systems that connect data, machines, and processes across industrial environments
Applied AI for Industry
Exploring how machine learning and intelligent automation can enhance production efficiency and decision-making in real manufacturing contexts
Process Intelligence & Automation Design
Developing smart workflows and control systems that transform operational data into adaptive, self-improving processes
Building intelligent systems that turn industrial data into actionable insight and smarter operations.
From Industry to Intelligence
A personal journey from precision machining to intelligent systems
"The real problems in manufacturing don't come from the machines—they come from the information."
I started my journey in precision machining. For more than a decade, I worked alongside machines, designed parts, inspected quality, and learned how small decisions affect an entire production rate.
Over time, I noticed that the problems that recurred over and over again did not stem from the machine — but from the information: from uneven communication, from scheduling, from lack of coordination between departments.
That was the moment I realized that I didn't just want to solve problems, but to understand the entire system. From there, the path led me to industrial and management studies, specializing in information systems, and the field of artificial intelligence.
Today, I work exactly on this line — the place where knowledge from the field becomes a technological capability that allows a factory to work smartly, precisely, and in real time.
WHAT I DO
Experimenting with data-driven and AI-based methods to understand and improve industrial systems.
Industrial Process Mapping
Analyzing and visualizing complex industrial workflows to identify optimization opportunities and efficiency improvements.
AI Experimentation & Data Modeling
Developing machine learning models and AI solutions to enhance industrial decision-making and automation processes.
Technical Knowledge Design
Creating structured frameworks and systems for capturing, organizing, and applying technical expertise across organizations.
Transforming industrial insight into applied AI systems and data-driven prototypes.
My Approach
How I approach an industrial process
My approach to industrial processes is built on two fundamental principles:
- • Understand the terrain before the solution — no algorithm replaces a conversation with a production person.
- • Translate a problem into a measurable process — not "what doesn't work," but "where it gets stuck."
- • Build systematic foundations through proper characterization, time allocation, and work planning — creating templates and schemas to establish strong, stable foundations.
My Projects
Strategic AI Initiatives & Development
Get In Touch
Let's connect and discuss opportunities
I'm always open to conversations about AI, manufacturing, and practical innovation. If my work resonates with you — feel free to reach out.