Piotr K.

Hi. If we agree to go ahead with bringing your idea to life, you can be sure that: 💼 The design documentation will be well-structured and tidy. 🎯 The schematic design and PCB layout will be done properly to pass the EMC. 💵 The design will be cost-effective by thoroughly selecting the components and not paying for something the project doesn't need. 🚀 The firmware in C will be designed to be predictable and reliable. 🏭The project will be designed with mass-manufacturability in mind. 🔩The prototype will be assembled and tested in-house using professional equipment. 🎮If required, some of the mechanical parts of your project can be designed using Fusion 360. ● I approach hardware and software design, focusing on reliability and performance in real-world conditions, not just on the desk. Leveraging my expertise as an electronics engineer, I ensure that all my designs pass EMC/EMI requirements. My work is built to withstand the demands of field deployment. Hi! Thank you for visiting my profile. I'm an Electronics Engineer with 8+ years of professional full-time experience and 14 years of hands-on hobbyist experience. My passion for electronics started when I was a kid, and it has driven me to develop an expertise in the hardware and software aspects of electronics engineering. ● My main specialisations are: Power electronics, Audio on low-cost devices, Battery-powered devices. ● I'm experienced with the following: Firmware design in C for ESP32, STM32, CH32V, 8051 MCU's Mixed-signal multi-layer PCBs. BOM optimisation. DC/DC Wi-Fi LoRa SPI, I2S, I2C, UART, CAN User interfaces using the LVGL graphics library RaspberryPi ● Software I use: KiCad for schematic capture and PCB layout(I've used Altium in the past). VSCode and CubeIDE for firmware. LTSpice for simulations. Autodesk Fusion 360 as MCAD. A bunch of other specialised software for calculations and simulations. Let's work together to bring your ideas to life.