Systems Thinking in Software Architecture
How understanding feedback loops and emergent behavior helps design more resilient systems.
I'm a multidisciplinary engineer focused on solving complex problems through systems thinking, engineering rigor, and pragmatic execution.
My background spans mechanical engineering, software development, psychology, and team leadership. I am particularly interested in how complex systems behave, how decisions are made under constraints, and how engineering solutions can be designed to be both technically sound and human-centric.
Available for consulting and advisory work globally.
Thoughts on engineering, systems, and complexity
How understanding feedback loops and emergent behavior helps design more resilient systems.
Why spending more time understanding the problem leads to better engineering solutions.
Recognizing and mitigating psychological biases in technical decision-making processes.
How embracing constraints leads to more innovative and elegant solutions.
Engineering leadership and technical execution
Leading cross-functional teams in building scalable systems. Focus on architecture decisions, technical strategy, and fostering engineering excellence.
Built and scaled frontend systems serving millions of users. Established engineering practices and mentored junior engineers.
Designed and optimized mechanical systems for manufacturing. Developed expertise in CAD, FEA, and design for manufacturability.
A collection of meaningful work
Built a resilient microservices architecture serving 10M+ requests daily with 99.99% uptime.
Developed a cognitive aid for engineering teams to make better technical decisions under uncertainty.
Redesigned assembly line workflow, reducing production time by 40% while improving quality metrics.
Conducted qualitative research on high-performing engineering teams to identify key success patterns.
Available for consulting and advisory work. Reach out to discuss complex problems that need thoughtful solutions.