About

Six years building IoT systems that had to work in the real world

Six years in embedded-to-cloud IoT: from writing C++ for STM32 microcontrollers and power budgets for off-grid sensors, to architecting government-scale platforms. Hardware constraints shape every decision I make at the system level.

At Tatweer I lead a five-person engineering team delivering platforms for UAE federal agencies — 10,000+ connected devices, 300,000+ AI-assisted assessments, zero tolerance for data loss. That accountability is the difference between design on paper and design for production.

I am targeting senior architecture and applied R&D roles in Germany — Munich, Nuremberg, Stuttgart, Karlsruhe. The German industrial IoT and Industry 4.0 ecosystem is the right fit for this profile.

How I Think About IoT Architecture

• Edge logic should fail gracefully offline; cloud dependency is a field reliability risk.
• Every sensor deployment is also a power-budget problem.
• Protocols should be chosen by topology, not familiarity.
• A device that needs a field technician to recover is a device that was not designed for production.
• The audit trail is part of the system design, not an afterthought.