James Fowe is a seasoned Sr. Principal Research Engineer at HERE Technologies, where he leverages over 17 years of diverse experience in technology innovation, service operations, and research and development across IT, mobile telecommunications, Intelligent Transportation Systems (ITS), and Location-Based Services (LBS) in both West...
James Fowe is a seasoned Sr. Principal Research Engineer at HERE Technologies, where he leverages over 17 years of diverse experience in technology innovation, service operations, and research and development across IT, mobile telecommunications, Intelligent Transportation Systems (ITS), and Location-Based Services (LBS) in both West Africa and the USA. His current role places him at the forefront of the Dynamic Content organization, where he plays a pivotal role in researching and designing cutting-edge technologies that harness the power of AI and Machine Learning.
At HERE Technologies, James is instrumental in automating and deriving insights from automotive sensor data, focusing on critical areas such as roadworks, hazard warnings, traffic management, lane closures, and pedestrian mobility. His expertise in software development and programming languages, including Perl, Java, and C++, allows him to create robust algorithms that enhance navigation and safety solutions. James's work not only improves mid-to-last mile delivery systems but also contributes to the overall efficiency of transportation networks.
His passion for technology innovation drives him to continuously explore new methodologies and tools that can optimize service delivery and enhance user experiences. By integrating his extensive knowledge of telecommunications and networking protocols like TCP/IP with advanced data analytics, James is committed to pushing the boundaries of what is possible in the realm of smart mobility solutions. His collaborative approach and strategic vision position him as a thought leader in the industry, making significant contributions to the evolution of intelligent transportation systems that prioritize safety and efficiency.
