Ing. Prashanth Pillamari

Advanced Condition Monitoring of SiC MOSFETs Tasks: 1. Designing a PCB board (Altium Designer), CAD model, and firmware development for evaluating the measurement concepts and their EMI robustness 2. SPICE simulations, FEM simulations, setting up the test, debugging, and data processing Tools Used: Altium Designer, AutoCAD, LTspice, Lua (FSM)

Tasks include: 1. Designing of a 4-layer PCB board (Altium Designer) for testing Transient Immunity of TI’s current and future isolated devices 2. Programming PXIe-6570/6556 in LabVIEW (FPGA code conversion) and data processing 3. Working with various electronic equipment on a day-to-day basis and debugging Tools used: Altium Designer, LabView, NI TestStand, Spotfire, Verilog/VHDL

Characterization of optical components on a chip Tasks: 1. Experimental work for characterization of 2D Integrated Cell Waveguide on chip for optimal transmission 2. Ultrasonic cleaning of the chip, optical fiber cleaving, and measuring of the chip 3. Writing a python program for automating Optical Spectrum data collection via GPIB-USB connector, testing, and data processing Tools Used: Zeiss microscope, Python

Tasks: 1. Reliability study of a Chatbot, and its integration with Artificial Intelligence for security 2. Future outlook and cost effectiveness of Chatbots

Design of an NFC based energy harvesting and transceiver system for medical implants (first prototype) Tasks: 1. Designing the circuit as per ISO/IEC 15693 standard, and a custom PCB at Institute for integrated systems (TUHH) 2. Programming of the ultra low power microcontroller STM32L432KC from ST Microelectronics and other sensors for SPI, I2C, and USART protocols, in embedded C language

Design of a 2-stage CMOS OpAmp in AMS 350nm technology using CADENCE Tasks: 1. Schematic, Simulation, Layout and Verification in AMS 350nm technology using Cadence Virtuoso Tools Used: Cadence Viruoso

FPGA Programming (Xilinx Artix7 FPGA and Altera Max 10 FPGA) Tasks: 1. Programming of the Xilinx Artix7 FPGA in VHDL/Verilog using Xilinx Vivado Tools Used: Xilinx Virtuoso

Tasks: 1. Responsible for creating and maintaining the website 2. Involved in social media marketing, online customer support, and field work (if required) Tools Used: HTML5, CSS3, Adobe Photoshop, Windows Moviemaker

50Hz Pure Sinewave Inverter Tasks: 1. Designed an inverter circuit with constant output at 230V, 50Hz on a PCB 2. Programming of microcontrollers from ATMEL in C language Tools Used: OrCAD, Keil uVision

Density based 4-way traffic control system Tasks: 1. Designed a circuit for self-manipulating the traffic light based on traffic density using sensors and microcontroller 2. Programming of microcontroller in C language for self-manipulating the traffic lights based on density Tools Used: FreePCB, Proteus, MultiSim, Keil uVision

FM Radio Transmission System Tasks: 1. Designed a cost effective Radio transmission system with a range of approximately 500 meters on PCB

Basics of Electronic Devices Tasks: 1. Practical study of different electronic devices, instruments, tools, sensor, and Operational Amplifiers 2. Study of Electric Drives

Main Courses: Electronic Circuits and Devices, Analog & Digital Circuit Design, IC Design, Design of Highly Integrated Circuits & CAD Tools, CMOS Nanoelectronics, Microsystem Technology, Digital Signal Processing and Digital Filters, Optoelectronics

Main Courses: Embedded System Design, CMOS VLSI Design, Electronic Devices, Power Electronics, Microprocessors and Microcontrollers, MEMS Technology, IC Technology, Sensors and Transducers, Object Oriented Programming, and Digital Image Processing