Job Description
Valeo is a tech global company, designing breakthrough solutions to reinvent the mobility. We are an automotive supplier partner to automakers and new mobility actors worldwide. Our vision? Invent a greener and more secured mobility, thanks to solutions focusing on intuitive driving and reducing CO2 emissions. We are a leader in our businesses and recognized as one of the largest global innovative companies.Company OverviewHeadquartered in Tuam, Co. Galway, Valeo Vision Systems VVS is the world leader in providing advanced driver-assistance and automated parking systems. The Computer Vision Department is responsible for developing custom-built state-of-the-art algorithms intrinsically designed to leverage the full power of today's most advanced multi-core automotive embedded platforms. Computer vision algorithms developed include: 3D object detection, pedestrian and vehicle classification, trajectory mapping, online calibration, lens soiling detection, lane and park-slot detection, and much more. The outputs from these algorithms feed into a detailed map of the vehicle's environment via advanced sensor fusion. The team specializes in redefining state-of-the-art computer vision techniques for object detection, classification, structure from motion, localization, mapping, and deep learning in order to deliver next-generation advanced driver-assistance and automated driving systems for leading European, American, and Asian OEMs.Role OverviewAs an Image Quality Engineer, you will be responsible for the development of state-of-the-art Vision Systems supporting the video pipeline development focusing on image sensor and image signal processing (ISP) configuration and optimization, and supported by an experienced team of imaging and optics design experts. Working closely with some of the largest OEMs in the industry, you will lead the definition, planning, delivery, and validation of best-in-class viewing and analytics features in line with Valeo's cutting-edge automotive vision applications.ResponsibilitiesDevelop state-of-the-art Image Signal Processing Pipelines for Scene Viewing and Scene Processing applicationsCharacterize and optimize the Image Sensor and associated ISP pipeline for a wide range of VVS applicationsValidate the Image Quality performance to the latest industry standardsReview Customer Requirements and translate into internal systems & software requirements specificationsActively coordinate with Systems Architects, Software Architects, Software and Test engineers to ensure full planning, implementation, and traceability of requirements relating to your assigned functionDefine and maintain development plans for your assigned function within a project and provide regular engineering reports on status and performance of the sameInterface directly to your counterparts at vehicle manufacturers to plan and agree development of your assigned functionManage the validation of your assigned feature throughout its development in both the Laboratory and Test Vehicle in line with best practices and customer expectationsParticipate in OEM Customer Workshops to review, test, and plan next steps relating to your assigned functionProvide regular demos of your function to senior management and customers on prototype vehiclesPerform research into new vision technology, ideas, and approaches to ensure the organization remains abreast of all leading edge/emerging vision technologiesWork innovatively and creatively within the group with a particular focus on protecting innovation and IP through the patent processSupport PC-based algorithmic Image Signal Processing development, including both scene viewing and scene processing applicationsQualifications - ExternalQualifications and Experience:Minimum BEng BScMinimum 2 years Image Processing ExperienceStrong understanding of Imaging and Image Signal ProcessingUnderstanding of Optics FundamentalsStrong programming skills (C, C++, Mathlab, Python, etc.)Excellent English language communication skills, both written and verbalHigh level of innovation and motivation #J-18808-Ljbffr