Engineering Reliability into the IoT
I bridge the critical gap between hardware constraints and cloud scalability. With over a decade in firmware development and industrial automation, I help companies build systems that survive the real world.
Core Engineering Philosophy
My approach shifts the focus from "making it work" to "making it last." Reliability is engineered, not added as an update.
Design for Manufacture
Ensuring hardware is ready for mass production from day one. I minimize revisions by selecting components with long lifecycles and accessible supply chains.
Security First
Implementing robust security protocols at the firmware level. From secure bootloaders to encrypted communication, data integrity is never an afterthought.
Scalable Architecture
Building systems that grow with your data needs. I design modular firmware architectures that separate application logic from hardware drivers.
Technical Stack
10+ Years Experience- C / C++ (Embedded)
- FreeRTOS / Zephyr
- Bare Metal Programming
- ARM Cortex, RISC-V
- PCB Design
- Power Management
- Sensor Integration
- DFM/DFA Optimization
- BLE / Bluetooth 5.0
- LoRaWAN
- NB-IoT / LTE-M
- MQTT / CoAP
- AWS IoT Core
- OTA Update Strategies
- CI/CD for Firmware
- Python / Scripting
From Prototype to Production
Most projects fail not in the prototype phase, but in the transition to scale. My workflow is designed to identify bottlenecks early. By simulating high-traffic environments and testing edge cases in the lab, we prevent failures in the field.
Requirements Analysis
Defining constraints, power budgets, and BOM costs.
Agile Prototyping
Rapid iterations to validate core sensor logic and connectivity.
Production Hardening
Optimization, security locking, and test fixture development.