Embedded Systems Engineer

We are looking for a skilled Embedded Systems Engineer to design, develop, test, and maintain reliable firmware and device-level software for hardware-connected products and solutions. The role involves working closely with hardware and software teams to develop efficient embedded systems that meet performance, reliability, power, and real-time requirements.

The candidate will be responsible for developing and maintaining embedded software using C and C++, integrating sensors, peripherals, and communication interfaces, and ensuring smooth interaction between hardware and firmware. You will work with microcontrollers and embedded platforms to implement device functionality, troubleshoot hardware-software issues, and support product development from design through testing and deployment.

Strong knowledge of C and C++ programming, microcontrollers, embedded debugging, and real-time programming concepts is required. Experience with communication protocols such as UART, SPI, I2C, CAN, and related interfaces is expected. Familiarity with RTOS, interrupt handling, memory management, device drivers, and real-time constraints is also important.

The role includes debugging and resolving hardware-software integration issues using appropriate debugging and testing tools. You will optimize firmware for memory usage, processing efficiency, power consumption, timing, and overall system performance while ensuring reliable operation under different hardware and environmental conditions.

The candidate will develop and maintain unit, integration, and hardware-in-the-loop (HIL) tests to validate firmware functionality and system behavior. You will analyze test results, troubleshoot failures, and work with hardware, QA, and engineering teams to improve product reliability and quality.

The ideal candidate should have strong analytical and problem-solving skills, attention to detail, and a practical understanding of embedded-system development and debugging. You will also maintain firmware specifications, technical documentation, interface definitions, testing procedures, and development records throughout the product lifecycle.

Familiarity with IoT security, wireless communication protocols, embedded Linux, device connectivity, and secure firmware-development practices is an added advantage. The role requires close collaboration with hardware engineers, software developers, QA teams, and other stakeholders to deliver dependable and efficient embedded solutions.