Embedded Firmware Engineer

·        Write, maintain and optimize Embedded C firmware for MCU-based products.

·        Build quick and functional prototypes using minimum hardware and firmware resources, focusing on efficiency and scalability

·        Develop & maintain Automation and IOT products and data loggers for new designs and existing device code.

·        Develop products using GPIO, UART, SPI, I2C, CAN, ADC, DAC, Timers and other peripherals.

·        Work and implement on various technology such as SD Card, Ethernet, Modbus RTU/TCP, WIFI, BLE, GSM/LTE, MQTT, HTTP And other industrial grade protocols.

·        Read and understand research papers, application notes and technical documents and translate them into working firmware solutions.

·        Debug firmware using debuggers, serial logs, logic analyzer, DSO

·        Integrate sensors, displays, and communication modules

·        Work closely with a senior engineer ‘s on production hardware and prototypes.

·        Assist in testing, bug fixing, and firmware releases.

·        Maintain Standardized Documentation for all the assigned tasks.

What We’re Looking For

·        Strong basics in Embedded C, and low-level programming concepts and Electronics components.

·        Solid understanding of microcontrollers (STM32 / ESP32 / NRF / similar)

·        Should be able to read and understand Hardware schematics

·        Strong R&D mindset: curiosity, experimentation, and technical ownership

·        Ability to deliver working prototypes in short timelines

·        Should be able to work with minimum supervision.

·        Comfortable working with incomplete requirements and evolving hardware

·        Ability to read datasheets and reference manuals and research materials.

Nice to Have

·        RTOS (FreeRTOS)

·        MicroPython for rapid prototyping

·        Industrial or IoT project experience.

Why Join

·        High technical ownership and direct impact on product architecture

·        Opportunity to design efficient and optimized firmware from day one

·        Exposure to the complete product lifecycle

·        Hands-on learning with real embedded products

·        Strong learning curve in R&D driven Systems.