Ananth Sai Teppala

A keen learner and ambitious Electronics and Communications graduate engineer with 2 years of prowess in designing and robotics. Adroit in circuit design, system integration, trouble shooting, debugging and PCB design. A mature team worker and adaptable to all challenging situations. Having experience in the industrial platform always open to take challenging opportunities stepping out of safe zone, to learn and make difference in the field of work.

• Comparison of Class A and Class AB, This project is designing of both the amplifiers Class A and Class AB. compare the performance between them. We use Multisim software, PCB Wizard, Fritzing in this project. We can compare the parameters like THD, Signal Noise Distortion and Output.
• Dini Cazmo Glance, The main objective of this project is to build a embedded robot which has a robotic arm that can be controlled using a RF. The robot moves by dicking and placing the object from source to destination. The robot that we build will have a robotic arm integrated with it and the actuation of the robotic arm is done with the help of servo motors and it receives commands from the user through remote .The top gripper unit is to pick and place any. The applications of this project are vast and can be implemented in industries as smart Grids.
• Line Following Robot, The project mainly deals with Microcontroller (ATmega328P), Motors, IR sensors, Body (Bot), 12v Battery, Connecting wires. The Body moves on its path by commands and senses the path with the help of sensors in order to reach to its destination. The line follower is an autonomous robot which tends to follow either the black line in white background or white line in black background. The IR sensor shall detect the line and allow the Bot to move on the line. Based on the inputs given, microcontroller decides at what direction and speed it responds.
• Log Periodic Dipole Antenna, Half Dipole Antenna and Microstrip Patch Antenna, It is the designing of Antennas in the Antenna Magus Software and CST software. We need to design the antenna Time domain and frequency domain. We can also optimize the designed antenna by changing its parameters like gain, S- parameters, Length and the width. We can differentiate the antennas by comparing the results of all the antennas.
• Thermocouple electricity generation capsule, PATENT (Description of the Invention): The proposed capsule will enable to generate electricity from the surroundings through difference. The proposed idea will replace the existing drawback of solar harvesting electricity. The heat energy that is absorbed from the sun will be converting to electricity by one or more thermos electric element which is then further transferred to the grid system to provide electricity to villages and many other utilization point.

• Participated in "IOT" Competition conducted by IIT Bombay
• Participated in E-summit "Artificial Intelligence" conducted by IIT Bombay
• Participated in "One India - One World" competition awarded 2nd place held in LPU

C language