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About the role
We are looking for a highly driven Electronics Engineer to join NID and contribute to the development of cutting-edge embedded systems, instrumentation, automation hardware, and control electronics. You will work across embedded firmware, industrial communication, sensor interfacing, high-precision measurement systems, and electronics for harsh environments, supporting the development of next-generation reactors and advanced hardware that power NoPos SWCNT technology. This role is hands-on, innovation-driven, and ideal for someone who thrives in fast-paced deep-tech environments. Key Responsibilities Embedded Systems & Firmware Develop, test, and debug embedded firmware for microcontroller-based systems (ARM, AVR, ESP32, etc.). Interface sensors, actuators, and peripherals using I2C, SPI, UART protocols. Develop applications on Raspberry Pi and Linux-based embedded platforms (Python/C). Industrial Communication & Automation Implement and troubleshoot industrial protocols such as: o Mod-bus RTU / Mod-bus TCP o RS-485, RS-232 Work with PLC and DCS systems for data acquisition, monitoring, and control integration. Integrate embedded electronics with industrial automation equipment (sensors, transmitters, controllers, valves). Electronics Design & Testing Assist in PCB design, schematic review, and basic layout considerations (Altium/KiCad/Eagle preferred). Perform hardware testing and validation using: o Oscilloscopes o Logic analyzers o Multimeters Read and interpret data sheets, schematics, wiring diagrams, and hardware manuals. Documentation & Collaboration Prepare technical documentation including design notes, wiring diagrams, test reports, troubleshooting logs, and user manuals. Collaborate with mechanical, software, process, and R&D; teams for full system integration. Strong analytical and problem-solving skills, especially when dealing with live system debugging. Ability to work in a fast-paced, multidisciplinary engineering environment. Requirements Required Skills & Qualifications Minimum 2 years of experience in electronics engineering, embedded systems, industrial automation, or related domains. Strong understanding of micro controllers (ARM, AVR, ESP32, PIC, etc.). Good knowledge of digital/analog electronics and basic electrical engineering principles. Hands-on experience with I2C, SPI, UART protocols. Experience with Raspberry Pi, GPIOs, Linux systems, and Python/C programming. Practical understanding of Mod-bus RTU/TCP, RS-485, RS-232, and industrial communication wiring. Ability to interface electronics with PLC/DCS systems. Ability to read schematics, data sheets, wiring diagrams effectively. Familiarity with PCB tools (Altium, KiCad, Eagle) is preferred. Experience using multi meters, oscilloscopes, logic analyzers for system-level debugging. Soft Skills A self-starter who thrives with minimal supervision. Strong ability to hustle and get things done, even in ambiguous environments. Excellent communication and technical documentation skills. Perks The prospect to build never-seen-before hardware systems. Work with best-in-class global customers developing cutting-edge products in EV batteries, semiconductors, advanced filtration, and polymer applications. Be part of engineering solutions that directly support sustainability and environmental impact. Competitive compensation aligned with deep-tech industry standards. A high-growth, innovation-driven environment where you learn something new every day .