I’m passionate about Embedded Systems and Intelligent Robotics. My interest in this field has led me to develop award-winning projects, earning recognition at the Lockheed Martin Orlando Science Challenge (2023) and the Florida State Science Fair (2023). I’m currently working with Dr. Adan Vela at the Analytics and Control Laboratory, contributing to projects involving quadcopters, ESP32-based systems, and IoT applications.
Developed a low-power ESP32-S3 sensor node to collect and transmit real-time BLE broadcasts, deduplicating ~600 devices per scan cycle and batching JSON packets over LoRa for airspace mapping. Includes WPA2-Enterprise (PEAP) authentication for campus networks.
Prototyped an augmented-reality heads-up display system that overlays live aircraft data in extended-reality glasses using Remote ID and ADS-B data streams, enhancing situational awareness for drone operations.
Designed a PCB featuring ultrasonic sensors and vibration feedback using Arduino Nano and NE555 IC, providing distance-based feedback. Fabricated a lithium-ion pack (TP4056) for up to 8 hours of use. Earned 1st Place – Engineering Category, Lockheed Martin Science Challenge (2023).
Assembled a single-wing foam-core aircraft with BLDC motor ESC, receiver, and transmitter. Designed and 3D-printed a Fusion 360 servo-based drop mechanism for mid-flight payload deployment.
Email: Banmeet75@gmail.com
LinkedIn: linkedin.com/in/banmeetsingh11