GM Israel (Herzliya) takes a significant part in introducing sophisticated software features into car in many domains like connected cars, advanced camera technologies and research. We shape the face of the future vehicles in diverse fields by developing cutting edge technologies. GM is committed to Zero Emission, Zero Crashes and Zero Congestion vision.
About the Group:
The vehicle camera team is developing and deploying multiple technologies that are interacting with the driver through the infotainment displays and providing guidance and visibility through the vehicle vision system, with wide variety of surrounding peripheral cameras.
Those technologies are being deployed and in production for growing amount of vehicle programs and have carry critical functionality that support GM vehicle shipment, including safety compliance functionalities.
We are looking for a Software Engineer to join our team!
What will YOU do?
• Be responsible for full software development life cycle of C++ image processing applications.
• Perform design, implementation and optimization of software modules.
• Be part of exclusive team responsible for launching Computer Vision and Machine Learning features to production level applications in real vehicles.
• Collaborate closely with software architects, vehicle system engineering and application engineers across GM worldwide.
• Develop and test your code on real vehicles.
Your Skills & Abilities (Required Qualifications)
• B.Sc. in Computer Science or Computer Engineering (or related BS in Computer field).
• Over 2 years of hands-on experience in C++ or C development of complex software systems.
• Experience in multi-threaded environments.
• Strong computer science fundamentals in design, algorithms and data structures.
• Experience in all phases of end-to-end development from requirements and design till product deployment.
• Strong understanding in continuous development, unit testing and build.
• Hands-on experience with OS-level bring-up, configuration, and software builds in Linux or comparable environments.
