Lakshmi Narasimhan Srinivasan

+ Achieved over 80% accuracy in the automation of Customer Inquiry Management, handling complex interactions across text, images, videos, and structured data + Accelerated the automation of diverse business processes, reducing the Time to Automation from weeks to mere days, enabling faster deployments and quicker ROI for clients. + Integrated commercial and open-source AI technologies (ML, GenAI) to create scalable, AI-driven workflows that enhanced decision-making and increased operational efficiency

+ Lead a multicultural team of motivated engineers to tackle complex challenges in an agile environment + Client relations and Project Management + Scale current architecture to different robot configurations running in a dockerized environment + Increase robot speed and cleaning performance by upto 35% with simultaneous CPU consumption reduction by up to 45% + Visualize the current robot position and live data on the frontend with minimal CPU overhead Skills: Team Leadership · Software Development · Scrum

+ Implemented a set of 15 highly-configurable recovery manoeuvres that help autonomous robots to recover from challenging situations within 60 seconds + Integration of >10 laser scanners, camera and ultrasonic sensors and build a real-time perception stack with 0% data loss + Build a responsive frontend to display real-time robot state information + Extensive unit and integration tests to guarantee software quality Skills: Robot Operating System (ROS) · C++ · Python · Docker · JavaScript · Shell · Linux

Algorithmenentwicklung zur Kameraposeberechnung: Algorithmenentwicklung zur hochpräzisen Poseberechnung der an der Lenksäule befestigten Fahrerbeobachtungskamera mit Daten aus einem an der Kamera befestigten IMU Sensor unter Benutzung von MATLAB

++ Entwicklung eines Frameworks zur Datenaufnahme und -auswertung in ADTF 3 ++ Entwicklung eines Frameworks zur automatisierten Datenverarbeitung in ADTF 3 ++ Optimierung Referenzsystemkonzeptes ++ Unterstützung beim Aufbau eines Prüfstandes sowie Durchführung von Messungen

++ Verantwortlicher für die Umsetzung von Profitabilitäts-/Qualitätsverbesserungen ++ Als Energiekoordinator: erfolgreiche Energieverbrauchsreduzierung der Abteilung um 5% ++ Unterstützung beim Projektmanagement: Werkserweiterungs- und -Überholungsprojekte

Credential URL: https://www.coursera.org/account/accomplishments/certificate/RM555FA27P42

Credential URL: https://www.coursera.org/account/accomplishments/certificate/98UQBTGSGBCP

Credential URL: https://www.coursera.org/account/accomplishments/certificate/RQ92HEVY4YYF

Advanced Automotive Electronics, Computer Vision, Radar System Design, Advanced Control Theory, Powertrain Calibration

Computer Programming - C/C++, Mechatronics, Mathematics, Automobile Engineering