About
I’m an embedded systems developer and practical problem-solver focused on low-power IoT. I work extensively with ESP32-class hardware, BLE advertising and connection flows, and LoRa/LoRaWAN telemetry for metering and environmental sensing.
On the device side I’m comfortable with ESP-IDF/Arduino, sleep-mode optimization, SDI-12 sensor integration, and building usable on-device UIs with LVGL/TFT.
On the product side I value clean interfaces and reliable data paths—designing simple provisioning flows, building basic backends and dashboards when needed, and collaborating closely with partners to turn prototypes into field-ready tools.
I care about accuracy, battery life, and clarity: systems should be measurable, dependable, and easy to use.
Find me on GitHub or email contact@notaproxy.lol.
Skills
Embedded & IoT
- ESP32 (ESP-IDF & Arduino), peripheral bring-up, board/pin configuration
- Low-power design: external 32 kHz crystals, sleep scheduling, current profiling
- BLE advertising/scan response tuning; simple GATT flows
- LoRa/LoRaWAN telemetry, frame parsing for metering
- LVGL + TFT displays; basic on-device UX
Data & Integration
- Sensor interfacing (SDI-12 and common digital/analog sensors)
- Lightweight REST/JSON pipelines and basic dashboards
- Prototyping, field testing, and documentation
Product & Collaboration
- Hardware–software integration and partner coordination
- Usability-first provisioning and setup flows
- Clear issue triage, iteration, and hand-off docs
Portfolio
Low-Power BLE Beacon (ESP32-C6)
Built and tuned a BLE advertising demo targeting sub-milliamp averages using sleep modes and a 32 kHz external crystal. Focus on measurable current draw, stable intervals, and repeatable test methodology.
LoRa Water-Meter Telemetry & Frame Decoding
Implemented custom frame parsing for volume/flow units and integrated a lightweight telemetry pipeline to visualize usage patterns. Emphasis on robust decoding, retries, and field resilience.