Ankur Chauhan

• Design of an analog time-variant filter for X-ray pixel detector readout ASIC. (65 nm node) • Research and analysis on parameter effects consideration for the filter design. • Design of a low voltage, low power and large bandwidth Class- AB Op-Amp. • Filter design with adjustable gain option using Class- AB Op-Amp.

• Implementation of Grid Impedance Measurement functionality in a Power Line Communication (PLC) Modem. • PLC system design using TI C2000 microcontroller and AFE031(analog front end). • Impedance measurement algorithm based on C28X architecture.

• Research on time-discrete analog filter/processor circuitry for the readout of a mega-pixel X-ray detector. • High level simulation and modelling for front end amplifier design using Verilog-A. • Research on low impedance Class-AB output stage.

• Hardware system design and development of smart data box for locomotives. • Firmware development for ESP32 for communicating with different sensor nodes through communication interfaces (SPI, I2C, Ethernet and UART).

• Analysis and evaluation of different energy harvesting techniques to develop sensor buoy for environment monitoring. • Implementation of energy harvester to provide power to sensor nodes and STM32 Nucleo board for LoRa wireless technology.

• Hardware system design for controlling and monitoring of grid impedance measurement device. • Firmware development of the hardware in Embedded C. • Development of GUI communication interface for data acquisition in MATLAB.

• Development of custom software applications for the finance industry using Java. • CI/CD using Git, Maven, Jenkins. Static code analysis using Sonarqube. • Build, configured and operated OpenLDAP software to provide directory services.

• Development of banking application using Java 6 (MVC/DI/Core/Batch). • SWIFT ISO20022/ISO15022/SEPA messages interface development. • Development of an automated testing tool for financial system using Java, XML.

• Development of process and control module using LabVIEW • Module development for generation, acquisition of analog and discrete data using NI DAQmx toolkits.

Learning from the courses: • Analog and Digital circuit design. • Design of Highly Complex Integrated circuits and CAD tools. • Digital Signal Processing and Digital Filters. • Medical electronics devices. • Microsystem technology and fabrication process.

• Relevant course studied: Analog/Digital circuits, Signal processing, Embedded system and Communication Engineering.