Sai Charith Salla

Innovative engineer with expertise in drone technology and robotics projects. Successfully developed advanced winching and automatic hooking systems, and worked on many types of drones, from small scale to large scale, in the present market. Proficient in programming languages, skilled in technical documentation, good at hardware integration and software programming, and good at research and development of new technology, demonstrating strong analytical abilities and a commitment to excellence in engineering solutions.

English, Hindi, Telugu

Military Electronics & Comm., Unmanned Vehicles (Air, Ground, Water), Robotics, Advanced Weapon Systems, Military Technology

Payload Delivery System (RC GLIDER): Developed a system for delivering small payloads using an RC glider by designing a sensor based mechanism to release payloads from the glider, GPS module for coordinates determine the drop location and RF module for communication with the ground station.

 Autonomous Drone Navigation: Designed a drone equipped with GPS module, ultrasonic sensor for obstacles avoidance and advanced path planning algorithms for navigation, it use an autopilot system to control the drone flight path with predefined waypoints or specific flight patterns autonomously based on GPS coordinates.

 Face Tracking Arduino: Designed Arduino uno project to track face movements using a camera to capture video, OpenCV to process the video and detect faces, and the Arduino to control servos that move to keep the detected face in the center of the camera's view.

 Rainfall prediction: Developed an advanced rainfall prediction software utilizing machine learning algorithms to enhance accuracy and reliability in forecasting precipitation patterns.

 Donate The Hungry: Developed a user-friendly and scalable software solution to facilitate food donations, reduce food wastage, and address hunger-related challenges in the community.

• A Millimeter Wave Wideband Array Antenna (SPRINGER)
• A Millimeter wave directional array antenna for Radar Applications (SPRINGER)
• A compact two element UWB MIMO Antenna (IEEECON)
• A DGS-Based Ultra-Wideband THz MIMO Antenna (IEEECON)

• Augmented Reality (AR) and Virtual Reality (VR) in military Training
• Electro-Magnetic Pulse Weapon (Emp)