Stanley Robotics
Pauline Renoux has a diverse work experience spanning various industries. Pauline is currently employed at Stanley Robotics as a Product Manager, where they are responsible for creating and managing the company's product roadmap. Pauline also visits clients to understand their needs and supports the sales team in offering tailored product solutions. In addition, they lead Product Increment launches and organizes sprint planning sessions.
Prior to their current role, Pauline worked at Renault-Nissan-Mitsubishi, starting as an ADAS system engineer. In this role, they developed innovative solutions for Autonomous Emergency Braking (AEB) systems. Pauline combined technical expertise in Euro NCAP rating and testing, sensor perception, data fusion, and control logic with project management skills to ensure the development of safer cars. Pauline was later promoted to AD Project Leader, where they were responsible for exploring technical solutions and partnerships in autonomous driving systems. Pauline also managed one of Renault's experimentations within the SAM project, a French-subsidized national program for autonomous mobility and technologies.
Before their time at Renault-Nissan-Mitsubishi, Pauline worked at Altran France as an Ingénieur Système ADAS. Pauline also completed a Ph.D. in Physics at the University of Iceland, where they developed and optimized metallic thin-film infrared detectors. Early in their career, they worked as an R&D trainee at NTT (Nippon Telegraph and Telephone Corporation), studying and developing piezoelectric control of electronic states in semiconductor devices.
Overall, Pauline Renoux has gained extensive experience in product management, autonomous driving systems, ADAS engineering, and scientific research throughout their career.
Pauline Renoux has a diverse education history in the field of physics. Pauline started their academic journey in 2007 at the University of Nottingham, where they pursued a Bachelor of Applied Science (BASc) degree in Engineering Physics/Applied Physics. In 2008, they continued their studies at Université Paul Sabatier Toulouse III, where they obtained a Master's degree in Physics. From 2004 to 2009, they attended Institut national des Sciences appliquées de Toulouse, where they completed a Master of Science (MSc) in Engineering Physics/Applied Physics. Finally, they pursued a higher level of education at Háskóli Íslands from 2009 to 2014, ultimately earning a Doctor of Philosophy (PhD) degree in Engineering Physics/Applied Physics.
Stanley Robotics
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Stanley Robotics bring forth an inventive, however easy to grasp concept designed to enhance the user experience for travellers who chose to park their car at the airport. With the completely autonomous, robotic valet parking service the steps are simple. You drop your car off at one of their well-lit, enclosed and secured car cabins, and proceedthereafter to take your luggage and belongings out of your vehicle. Once you have confirmed your booking and flight information all that is left is for you to do is to catch your flight. Stan, the name of the valet robot, then does the rest of the work of carefully picking up the vehicle and moving your car to the parking lot to where it is parked in an open spot. Since Stan is connected to your flight information, Stan knows when to retrieve your car and have it waiting for you in the secured parking cabin for hassle-free pick up. The benefits Stanley Robotics brings for users is far more than any other valet parking service. The customer experience that is offered is designed for efficiency, ease of use, and security. There is no need for the user to go searching for a parking spot or spend time and energy carrying luggage to the shuttle pickup location. The kiosks used to input booking and flight information takes little time and are user-friendly. Furthermore, the kiosks offer adaptations for those with reduced mobility. By having Stan perform the valet service, the customer can gain peace of mind knowing that the only interaction that will be had is the careful pickup and placement of your car in a secured parking area.