End-to-end electronics engineering — PCB design, IoT, RF, prototyping, and full manufacturing support. Every stage handled, so you can focus on your business.
WHAT I DO
You have an idea. I'll take it all the way to a manufactured, production-ready product. System architecture, hardware design, firmware, validation, and manufacturing handoff — fully managed.
Schematic capture, component selection, power architecture, and multi-layer PCB layout. From simple boards to complex controlled-impedance designs.
Schematic · Layout · Power · DFMWireless sensor nodes, connected devices, and full IoT ecosystems. WiFi, BLE, Zigbee, LoRa, and cellular connectivity.
WiFi · BLE · LoRa · LTEAntenna design, RF front-end circuits, impedance matching, and signal integrity for wireless applications.
Antenna · Matching · SIComponent-level debug, power sequencing, peripheral bring-up, and full functional validation.
Bring-Up · Debug · ValidateDFM review, BOM optimization, Gerber preparation, and full handoff to PCB fabs and assembly houses.
NPI · DFM · BOM · GerberFirmware for ESP32, nRF5340, and STM32. Peripheral drivers, BLE stacks, RTOS integration.
ESP32 · nRF5340 · STM32 · RTOSWHO I AM
Hardware Engineer. End-to-End.
With over 5 years in electronics engineering, I've designed hardware across a wide range of domains — from 2.4GHz RF receiver chains and BLE medical devices to NVIDIA Jetson Orin carrier boards and industrial STM32 controllers.
Based in Central Israel, I work with local startups and international product companies who need reliable, production-ready hardware without the overhead of a full engineering team. Every project is designed in Altium, validated on the bench, and DFM-reviewed before going to fab.
I handle every stage — no handoffs, no gaps. From napkin sketch to production files.
Deep experience in IoT and RF — the hardest parts of hardware, done right the first time.
Every prototype is validated thoroughly. Problems found on the bench, not in the field.
DFM-reviewed designs that go straight to fab — no surprises at the assembly house.
SELECTED PROJECTS (06)
Signal chain for SDR: band-pass filter (2340–2530MHz), RF limiter, low-noise amplifier (22dB gain). Full link budget analysis from 1m to 500m range.
Enabled reliable long-range wireless detection without costly off-the-shelf RF modules.
View Project →
Custom carrier board for NVIDIA Jetson Orin. PCIe x4 NVMe, 4-port USB 3.0, HDMI, multi-rail power management at 3.3V/4.7A.
Saved months of development vs. adapting a generic carrier board.
View Project →8-channel biopotential acquisition using ADS1298 and nRF5340 dual-core BLE SoC. Runs on 2x AA batteries. Wireless data streaming.
Fully wireless, battery-powered medical-grade device ready for clinical trials.
View Project →Compact IoT device around ESP32-C6 (WiFi 6 + BLE 5). BQ24232 Li-Ion charger, TPS63021 buck/boost for stable 3.3V.
Designed for long-term field deployment with minimal BOM cost.
View Project →Modular field controller based on STM32G474 (Cortex-M4, 170MHz). RS485 via ADM1490E, extensive GPIO, for harsh environments.
Modular architecture reused across multiple product variants.
View Project →BLE control module (nRF5340) driving solenoid valves via shift register. SPI pressure sensing, battery-powered with LDO regulation.
Eliminated wiring harness complexity, cutting installation time significantly.
View Project →Have a hardware project? Always open for new opportunities and collaborations.