Designer
bohdanc
Embedded Product Engineer| Hardware, Firmware& CAD
(NRF52xx/NRF53xx/NRF91xx), TI (CC3220/CC26xx/CC1100/CC3200, MSP430), Espressif (esp32, esp8266), ST(STM32H7/F7/F4/L4/F0/L0/WB/WL/G0 and STM8), Atmel/Microchip(SAM D20/D21/L21/R21/V70/V71, SAMA5/SAM4/SAMD4)
3D Model
FPV Drone Flight Controller Design
Project Requirement: Develop a low-cost, hobby-grade Flight Controller using STM32F405, compatible with Betaflight, INAV, & Ardupilot. The PCB is designed to fit 30x30 FPV frames. Key Features: 1. Wireless
3D Model
Solar-Powered NB-IoT Crop Sensor
LiPo, measuring soil moisture, temperature, humidity, and light, reporting over NB-IoT. Solution: STM32L433 in Stop2 mode draws under 2µA between readings. The solar MPPT charges a 400mAh LiPo that sustains
Designer
rezaj4
Electronic, Hardware, Firmware Engineer
Designer
oleksiir
Embedded Engineer | Hardware | PCB | MachineDesign
help you with: - PCB design (Altium, KiCad) – clean, manufacturable layouts - Embedded firmware (STM32, ESP32, AVR – C/C++) - Hardware development from concept to prototype - Sensor integration and communication
Designer
naveenj2
Hardware & PCB Design Engineer | Altium | KiCad | Power Electronics
DAB, SMPS, EV chargers, battery chargers and embedded controller hardware. I also work with ESP32, STM32, Raspberry Pi, Orange Pi, NXP and Infineon devices, along with schematic design, component selection
Designer
asirir
Senior Electronics Engineer - PCB Design, Schematic & Hardware Development
high-performance computing platforms. My portfolio includes: Motherboard design for NVIDIA Jetson modules STM32-based flight controller PCBs High-accuracy RTK GPS modules Raspberry Pi sensor shield designs High-power
Designer
rajivg1
Electrical Engineer | PCB design | RF design| Signal Power Integrity
Electronics , Automotive , Raspberry pi 4 , Wireless Communications , Bluetooth. FPGA. Medical. Aerospace, STM32, Nordic chip, Arduino. Tool Expertise : Altium , Kicad , Allegro , Orcad , Ansys HFSS, CST , Easy
3D Model
Smart Vehicle Interface PCB – CAN, LIN,K-Line &BLE
This project involves the complete design of an automotive OBD-II diagnostic PCB based on an STM32 microcontroller. The goal was to develop a reliable and industrial-grade board capable of interfacing
Service
I will design 2 to 12 layer kicad pcb with controlled impedance, drc and gerber files
PCIe, USB 3.0, HDMI
- RF and mixed-signal boards
- Power electronics and motor drivers
- IoT, ESP32, STM32, Raspberry Pi carrier boards
- Industrial, automotive, and medical grade layouts
Every delivery includes: