ASHOK KORRA

• Designed and implemented an extruder control board and 5-phase stepper motor driver on a 3D printing extruder.
• Responsible for all phases of printed circuit boards (PCBs) and documentation control, including schematics, CAD, BOM, soldering (micro components as well), rework, and debugging prototype stages.
• Proficient in the PCB design tools ALTIUM and KI-CAD. Designed PCB's customized and sensor interfacing used for pellet extruder (3D printing) as per project requirement
• Utilized soldering iron to adjust and replace defective or improperly functioning circuitry and electronics components.
• Repaired printed circuit boards or subassemblies by replacing electronic and mechanical components in the correct orientation.

GlobalLogic applied artificial intelligence and machine learning (AI/ML) to create several datasets and neural networks to make autonomous cars navigate more safely.

• I have trained for different projects like object detection, understood complex driving environments, and learned to navigate busy city streets with pedestrians, road work, and traffic lights.
• Video Bounding box: This input enables sensors and software of the car to scan the objects around the vehicle (such as pedestrians, vehicles, cyclists, etc)
• Video temporal: This input enables the car to efficiently read traffic controls, stop signs, crosswalks and other road features to avoid any mishaps
• Image: This enables the software of the car to predict the behavior of all things around it based on its speed and trajectory, and it also helps in choosing other possible paths to avoid risk.
• I have worked on the software "Crowd Compute," which is used to train algorithms for artificial intelligence.

I designed and built SAM-BOT, a robotic system with MSP4302553 microcontroller-based movement control. Integrated IR and ultrasonic sensors, along with timers, to achieve precise directional movement and obstacle avoidance.

• Proficiently utilized MSP4302553, Embedded C, IR Sensors, Ultrasonic Sensors, CCS Studio, and Watchdog Timer in the development process.

Collaborated in a three-member team to develop a project focused on sunlight detection and solar panel charging, leveraging Sun ephemeris data. developed an Android application to measure the current produced by the solar panel.

Applied skills: Arduino, C programming, GPS integration, and Android Studio development to successfully contribute to the project's implementation.

In this project, I have made a prototype of a smart helmet. It has an infrared sensor inside the helmet, which will detect whether the rider is wearing a helmet or not. The bike will not start until the rider wears a helmet. There are two modules: one mounted on the helmet, and another mounted on the vehicle. An infrared sensor is attached to the helmet module, and a microcontroller is attached to the vehicle module. These two modules will communicate wirelessly using a radio frequency transmitter and receiver with a microcontroller.

In this project, I have designed The vehicle tracking system will send you the location to your mobile phone along with the Google map coordinates (latitude and longitude). You can request the location at any time & view the location on Google Maps installed on your mobile phone.

This is a cheaper solution than a two-way GPS communication system where the communication is done in both directions with GPS satellites. This project uses only one GPS device, and two-way communication is achieved using a GSM modem. The GSM modem with a 2G SIM card is used for communication between the device and mobile phone.