I'm an aspiring Embedded Systems Engineer who loves hardware, microcontrollers, and low-level programming.I learn by building: reading datasheets, wiring up boards, and debugging at the register level.Ultimately, my goal is to build robust, low-power firmware that solves real-world problems especially in IoT and disaster prevention.
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🔭 Currently building 🌱 Currently learning |
🎯 Goals 💬 Ask me about |
Languages
Hardware / Microcontrollers
Protocols & Interfaces
Tools & Platforms
| Status | Project | Tech |
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| ✅ Completed | IoT Hydroponic System: automates watering, nutrients and monitoring for plants | ESP32, Sensors, IoT |
| 🔧 In Progress | Flood Disaster Warning System: long-range, low-power flood alerts | STM32, LoRa (SX126x), SPI |
| 🔍 Always | Hardware-software integration and exploring new MCU architectures | C, HAL, Datasheets |
📡 Flood Disaster Warning System: how it works (click to expand)
A remote sensor node measures water level and sends it over LoRa to a gateway, which raises an alert when a threshold is crossed. LoRa makes it possible to cover rural river areas with no Wi-Fi or cellular coverage, using very little power.
flowchart LR
A[Water Level Sensor] --> B[STM32 Node]
B -- SPI --> C[LoRa SX126x]
C -. LoRa RF .-> D[LoRa Gateway]
D --> E[Alert: SMS / Buzzer / Cloud]
What I'm working on
- SX126x driver in C on STM32 HAL (SetStandby, SetPacketParams, SetTx, IRQ handling on DIO1)
- Reliable TX/RX with BUSY-pin handling and timeouts
- Low-power sleep between measurements
Learning low-level C programming, system architecture, and manual memory management through the 42 curriculum.
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- 🎓 Founder, Impact Education: an initiative dedicated to making learning accessible to everyone.
I'm open to collaborations, mentorship, and learning opportunities in embedded systems and IoT. Feel free to reach out.
Shorter of breath and one day closer to death."
