Join GE HealthCare's Imaging Sub Systems group as a Trainee Engineer, focusing on designing and developing advanced embedded software and tools for X-ray generators. This role offers a fantastic opportunity to work with cutting-edge technology in a world-leading medical technology company. If you're passionate about creating a healthier world and turning innovative ideas into reality, this position is for you.

GE HealthCare is dedicated to innovating healthcare solutions globally, ensuring access without limits. We foster an environment where every voice contributes to building a healthier future. Embrace your ambition and become part of a team that makes a tangible difference.

Key responsibilities include designing, developing, and maintaining embedded software (Control/Firmware) for X-ray generators. You will create essential software tools for embedded system configuration, testing, and validation. This role involves implementing real-time embedded applications using Embedded C, C++, and C, as well as developing and simulating control applications with MATLAB and Simulink.

Further duties involve integrating and troubleshooting hardware drivers, supporting software-hardware interfacing, and working with Real-Time Operating Systems (RTOS). You will also contribute to control algorithm development, analyze control system performance, and collaborate with digital hardware platforms including MCUs, DSPs, and SoC devices. Experience with Git is also crucial for this role.

Ideal candidates will hold a Bachelor's or Master's degree in Electronics, Electrical, or Control Engineering, or a related field. We are looking for recent graduates or individuals with up to one year of relevant internship or work experience. A strong foundation in embedded software development and systems is essential.

Proficiency in Embedded C, C++, and other C programming languages for real-time applications is required, along with knowledge of MATLAB and Simulink for control application development and simulation. Excellent analytical and problem-solving skills, coupled with strong communication and teamwork abilities, are highly valued. Familiarity with control loops (e.g., PI/PID), control system analysis, and digital schematics (MCU/DSP) are considered advantageous.