Bharathisha Raghavendra Rao

• Proactively managed the cash counter, ensuring efficient and accurate transactions while delivering exceptional customer service.
• Mentored new crew members and led training programs, fostering a cohesive and skilled team.
• Addressed customer complaints promptly, resolving minor issues independently and involving management for escalated situations, resulting in reduced complaints and increased customer satisfaction.

• Experience of 2+ years in the field of RF and Antennas, contributing to inventing diverse and unique antenna designs such as Millimeter-Wave dual-port antenna, compact 5G mobile phone antenna, 3D-printed Wi-Fi antenna and wide-band Antipodal Vivaldi.
• Filed an Indian Patent for “A Millimeter-Wave 5G wide band vertically polarized antenna with dual ports for 5G mobile phones” and for “Economical Super Compact Antenna System for mmWave 5G and Wi-Fi applicants”.

• Implemented advanced data collection methods, syncing radar and camera data for enhanced object detection accuracy, minimized latency, and improved output format with clear object identification, distances, and contextual information.

• Developed a “Real-Time Compact Radar Sensor-Based Application Development” for drone object detection which are client-oriented, optimized object detection algorithms using machine learning models, and integrated with AWR1642 Radar data through Raspberry Pi, resulting in precise object detection and distances. During the internship, performed several multivariate analyses and actively enhancing problem solving abilities, and enabling analytical skills while collaborating effectively with peers

• During the internship, contributed to the development of applications using micro controllers for Embedded systems, maximizing advanced controller features, and ensuring seamless integration of software with hardware.
• Improved user interfaces for a better user experience and acquired skills in optimizing power usage and enhancing real-time performance. Focused on implementing strong error handling and debugging strategies to ensure the functionality of applications