Tätigkeitsbereich:Forschung & Entwicklung incl. DesignFachabteilung:Production Planning 1Gesellschaft:Mercedes-Benz Research and Development India Private LimitedStandort:Mercedes-Benz Research and Development India Private Limited, BangaloreStartdatum:sofortVeröffentlichungsdatum:..6Stellennummer:MER3VRCArbeitszeit:Vollzeit BewerbenAufgaben
About the Team
Join an elite AI group shaping the future of self-driving mobility. Our Autonomous Intelligence (AI²) team builds ML systems, perception-driven insights, predictive models, and simulation-validated algorithms that power next-generation autonomous vehicles.
We work with petabyte-scale multimodal datasets collected from global test fleets—LiDAR, Radar, Camera, CAN, HD Maps—and transform them into deployable intelligence for safer and smarter mobility.
What You’ll Do
Design algorithms for data mining, clustering, pattern recognition, and anomaly detection in large-scale autonomous-driving datasets.Architect and deploy end-to-end ML pipelines for perception analytics, driving behavior modeling, risk assessment, and ADAS validation.Evaluate the performance of ML/DL algorithms (e.g., object detection, tracking, sensor fusion, trajectory prediction) using state-of-the-art metrics.Build and optimize feature stores, real-time data processing pipelines, and large-scale distributed computing systems.Work with global teams to implement technical solutions using Azure, Databricks, Kubernetes, and Spark ecosystems.Develop advanced visualizations/dashboards for fleet insights, behavior analytics, and safety validation.Collaborate with perception, localization, simulation, and cloud teams to integrate ML models into production AV systems.Drive research on next-generation approaches using transformer models, foundation models for AV, and generative simulation.Required Technical Skills
Programming & Data Engineering
Expert in Python, PySpark, MLlib, SQL; strong in Scala (nice to have)Strong experience with distributed data pipelines and big-data architectureHands-on with Delta Lake, Databricks, MLFlow, Feature StoreMachine Learning / Deep Learning
Solid understanding of:CNNs, RNNs, LSTM/GRUTransformers (ViT, DETR, BEVFormer, BEVFusion)Self-supervised learning (MAE, etc.)Reinforcement learning (for behavior modeling)Probabilistic modeling, Bayesian MLExperience evaluating ADAS/AV algorithms for:Object detection & trackingLane & road feature extractionTrajectory predictionDriving style classificationCloud / DevOps
Strong experience building CI/CD workflows with:Kubernetes, Docker, HelmAzure Cloud (ADF, HDInsight, AKS, Azure Storage, Databricks)Nice to have:AWS or GCP exposureKafka / EventHub stream processingElasticsearch + Kibana dashboardsAutonomous Driving Domain Skills
Experience with:Sensor data: Camera, LiDAR, Radar, CANSimulation tools: CARLA, NVIDIA DRIVE SimHD maps / map-matchingAnnotation/labeling pipelinesSafety metrics for AV validation (RSS, TTC, decel models)Education
Bachelor’s/Master’s in Computer Science, Electrical/EC Engineering, Robotics, or similarCandidates with research publications/patents in AV/ADAS/ML get high preferenceWhy Join
Solve meaningful, globally impactful problemsWork with petabyte-scale multi-sensor dataBuild intelligence for the next era of self-driving vehiclesCollaborate with global experts in AI, robotics, software, cloud, and automotiveQualifikationen
About the Team
Join an elite AI group shaping the future of self-driving mobility. Our Autonomous Intelligence (AI²) team builds ML systems, perception-driven insights, predictive models, and simulation-validated algorithms that power next-generation autonomous vehicles.
We work with petabyte-scale multimodal datasets collected from global test fleets—LiDAR, Radar, Camera, CAN, HD Maps—and transform them into deployable intelligence for safer and smarter mobility.
What You’ll Do
Design algorithms for data mining, clustering, pattern recognition, and anomaly detection in large-scale autonomous-driving datasets.Architect and deploy end-to-end ML pipelines for perception analytics, driving behavior modeling, risk assessment, and ADAS validation.Evaluate the performance of ML/DL algorithms (e.g., object detection, tracking, sensor fusion, trajectory prediction) using state-of-the-art metrics.Build and optimize feature stores, real-time data processing pipelines, and large-scale distributed computing systems.Work with global teams to implement technical solutions using Azure, Databricks, Kubernetes, and Spark ecosystems.Develop advanced visualizations/dashboards for fleet insights, behavior analytics, and safety validation.Collaborate with perception, localization, simulation, and cloud teams to integrate ML models into production AV systems.Drive research on next-generation approaches using transformer models, foundation models for AV, and generative simulation.Required Technical Skills
Programming & Data Engineering
Expert in Python, PySpark, MLlib, SQL; strong in Scala (nice to have)Strong experience with distributed data pipelines and big-data architectureHands-on with Delta Lake, Databricks, MLFlow, Feature StoreMachine Learning / Deep Learning
Solid understanding of:CNNs, RNNs, LSTM/GRUTransformers (ViT, DETR, BEVFormer, BEVFusion)Self-supervised learning (MAE, etc.)Reinforcement learning (for behavior modeling)Probabilistic modeling, Bayesian MLExperience evaluating ADAS/AV algorithms for:Object detection & trackingLane & road feature extractionTrajectory predictionDriving style classificationCloud / DevOps
Strong experience building CI/CD workflows with:Kubernetes, Docker, HelmAzure Cloud (ADF, HDInsight, AKS, Azure Storage, Databricks)Nice to have:AWS or GCP exposureKafka / EventHub stream processingElasticsearch + Kibana dashboardsAutonomous Driving Domain Skills
Experience with:Sensor data: Camera, LiDAR, Radar, CANSimulation tools: CARLA, NVIDIA DRIVE SimHD maps / map-matchingAnnotation/labeling pipelinesSafety metrics for AV validation (RSS, TTC, decel models)Education
Bachelor’s/Master’s in Computer Science, Electrical/EC Engineering, Robotics, or similarCandidates with research publications/patents in AV/ADAS/ML get high preferenceWhy Join
Solve meaningful, globally impactful problemsWork with petabyte-scale multi-sensor dataBuild intelligence for the next era of self-driving vehiclesCollaborate with global experts in AI, robotics, software, cloud, and automotiveBenefits Mitarbeiterrabatte möglich Gesundheitsmaßnahmen Mitarbeiterhandy möglich Essenszulagen Betriebliche Altersversorgung Hybrides Arbeiten möglich Mobilitätsangebote Mitarbeiter Events Coaching Flexible Arbeitszeit möglich Kinderbetreuung Parkplatz Kantine, Café Gute Anbindung Barrierefreiheit Betriebsarzt
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