Responsible to develop state of the art advanced driver-assistant systems (ADAS) technologies such as automated driving safety, comfort & driver support features that interpret real-time information from advanced environmental sensors such from cameras, radars, lidars and ultrasonics and directly control one or several aspects of driving such as braking, acceleration and steering. Development activities will range from the concept phase all the way to serial production and include model-based design, simulation, data analysis and replay, deployment on rapid-prototyping electronic control units (ECU’s) and testing on vehicles. Understand, respect and comply with the Automotive V-Model software development process. Have a clear understanding of stakeholder requirements and expectations (Why?) before identifying the solution (How?) and implementing the design (What?) Verify algorithms at the unit, component, ECU/HIL and vehicle level. Develop (design, implement, test and debug) algorithms for core and/or application specific software requirements for automotive embedded electronic module serial production projects. Develop software in compliance with a formal ASPICE/CMMi based Global Product Engineering Process (GPEP). Support rest of the functional disciplines with all aspects related to algorithms. Lead the planning, scheduling, monitoring and reporting of all algorithm related activities for various projects. Coordinate the integration of core and/or 3rd party algorithms into an application specific software ECU.
