STM32 Jobs

I’m looking for an electronics / embedded hardware engineer to help turn an existing PI/TDEM hardware design into a working, bench-tested prototype. The project is already substantially developed. I already have the engineering architecture, circuit concepts, component work, connection details, timing approach, and implementation planning. This is not a design-from-scratch project. I mainly need someone who can: - review the existing engineering package only as needed for implementation; - complete or correct schematic/PCB work where necessary; - prepare manufacturing files and BOM; - work with STM32 firmware and ADC acquisition; - handle pulsed MOSFET / inductive coil hardware; - assemble and bring up the prototype; - perform oscilloscope and LCR measurements; - debug the electronic...

# Custom Industrial PLC Hardware & Firmware Development We are looking for an experienced **Embedded Systems / Industrial Electronics Engineer** to design and develop a custom industrial PLC/controller suitable for real industrial environments. The objective is to develop a reliable, professional, manufacturable controller based on a custom PCB, not a hobby-level Arduino or development-board solution. The engineer should have strong experience in industrial electronics, embedded firmware, PCB design, EMC/ESD protection, industrial communications, and microcontroller-based control systems. ## Project Objective Develop a compact industrial PLC/controller capable of handling digital and analog I/O, industrial communications, machine-control logic, and optional IoT connectivity. The ...

We are seeking an experienced System Engineer (m/f/d) for a development project involving unmanned aerial vehicles. This role is for a Munich-based startup, and the candidate must be a European citizen, ideally already located in Germany/Munich. The project focuses on developing a wireless communication system to support video and data transmission in challenging environments. Key Responsibilities: • Define the system, hardware, and software architecture for the FHSS communication system. • Develop and evaluate approaches to frequency hopping, MIMO, and interference mitigation across RF and embedded subsystems. • Support the integration of Qualcomm Wi-Fi modules and STM32-based controllers with RF front ends and software-defined radio (SDR) platforms. • Collabor...

Design review of an industrial data-acquisition system — Stage 1 Safe Instrumentación (SFI), Bogotá, Colombia, designs modular data-acquisition hardware for geotechnical and structural instrumentation installed on bridges, hydroelectric plants and pipelines, at sites up to 4,000 m above sea level. SFI has a bench-validated four-board prototype: a main controller with cellular and sub-GHz radio, isolated RS-485 and native USB; two near-identical sensor front ends, each with its own MCU, for inclination and for a long temperature chain of up to 200 sensors on a shared bus; and a carrier board for a purchased vibrating-wire module with its own high-voltage protection chain. Part numbers are released under NDA. SFI has consolidated that work into a detailed design docume...

I have an existing advanced mechatronics prototype that was paused during development. I am looking for a senior hands-on engineer to review the current work, complete system integration, troubleshoot remaining issues, and bring the prototype to a stable, test-ready stage. The project combines: • Electromechanical components • High-current power electronics • STM32-based embedded control • Closed-loop/PID control • Multiple sensors • Battery-powered systems • Mechanical structure and custom hardware The main work includes: • Reviewing the existing design and implementation • Integrating electronics, firmware, sensors and mechanical systems • Debugging STM32 firmware and control loops • Tuning PID and system response • Troubles...

I’m building a college prototype powered by one to four 18650 Li-ion cells (3.6 V-3.7 V nominal, 4.2 V full) and I need a compact, smart BMS board that I can drop straight in. The circuit must monitor each cell individually, balance them during charge, and guard the pack against over-voltage/under-voltage, over-current/short-circuit, and temperature events. All cell-level data has to reach an ESP32 or STM32; I’d like the primary interface to be I²C, though UART or SPI compatibility is welcome if it comes for free. Low quiescent current matters because the board will stay wired even when the system’s off. A clear register map or simple firmware hooks are essential so I can pull per-cell voltages, pack voltage, current, and thermistor readings inside my own code. ...

Our engineering department in Bangalore is running an intensive ten-day embedded systems boot-camp from 5 October 2026, and I need an experienced trainer to take charge of the sessions fully offline on campus. The cohort consists of advanced-level students who already grasp the basics and are eager to dive straight into practical work. Scope of the boot-camp I have structured the course around daily, project-driven labs that cover 8051 and ARM Cortex-M fundamentals, peripheral control through GPIO, interrupts and timers, register-level programming, and protocol implementation over UART, SPI, I2C, and CAN. We will be working on STM32 and ESP32 boards, escalating to RTOS demonstrations that culminate in FreeRTOS-based mini-projects. Sensor and display interfacing rounds out the agenda so ...