1. Developed and simulated basic quantum algorithms using Penny Lane for small-scale machine learning tasks.2. Analyzed existing quantum computing frameworks and their applications in machine learning and communication networks.3. Implemented simple quantum circuits and gates to understand their impact on computational efficiency for machine learning models.

worked as an Engineering Consultant for design, development and testing of embedded systems. I had an opportunity to work in the following areas:1. Software development using Stream Memory Interface (SMI) Module and Stream Fabric Module to perform some dedicated tasks by writing MATLAB and Python Scripts to access Read/Write registers and register-configuration settings using C2. ProFPGA Xilinx virtex xcvu440 FPGA SoC board hardware assembling and Pro-FPGA builder software interfacing with the help of Lauterbach Debugger and its associated Trace-32 software as communication interface between FPGA board and Computer

Digital System Design and Embedded programming for Pressure and Temperature Sensors.Benchmarking of devices with state of the art sensors from Bosch and ST- MicroElectronicsTest Analysis for Infineon Microphones.

Masters Project: Design and development of Single Board Electronics for Under Water Robot "MICRO-LENG"My contributions for the project are:1) Design and development of Single Board Electronics which replaces the previous design which was developed by using the Teensy Controller Board, Adafruit IMU Sensors Board, Power Boost Board, ESC’s Boards, Fuel Gauge Board and Interface Board seperately.2) Software for the new designed hardware. 3) Testing of Hardware. Starting from the concept level Schematics was designed and then later on the layout for 4 layers PCB is designed and Developed. ALTIUM 18 had been used throughout the project work.

Design and Assessment of Non Radio Active Multi phase Flow meters. My major contributions in this Project are: 1) Developed C# GUI for the assessment different parameters like Mass flow rate, Density, Temperature and Drive Gain etc of Multiphase Fluid. 2) Data Acquisition Card (DAQ) from National Instruments is used to get various Sensors Parameters on PC for further assessment. 3) Results are compared with other Different Techniques like Ultrasound based sensors and Magnetic Resonance based Flowmeters.

Worked as Research Assistant with Prof. Dr. Matthew Hölzel ( hoelzel@uni-bremen.de ) in the Research Group “Parallel Computing for Embedded Sensor Systems (PCESS)”. The primary mission of our Team is to develop system identification, control, and image processing algorithms for autonomous control and optical navigation.

Worked as Student Research Assistant with Prof-Ing Hendrik Thamer in the Project Cellular Conveyor, abbreviated Celluveyor. My responsibility in this Project was to control and guide the specially arranged omnidirectional wheels which enable the logistics operator to move and to position several objects simultaneously and independently on any track.

I had worked in Advanced Engineering Research Organization (AERO) as an Assistant Manager in Electronics department. My main assignments were in the field of Embedded Systems. I have hands on experience in DSP Processors & Controllers including software & hardware. I have worked on hybrid systems (both Digital and Analog) and have gone through all of the project phases i.e. Concept, Design, Development, Testing and Qualification. During my Work at AERO I had an opportunity to work in the following areas: 1) Design of Digital and mixed signal printed circuit boards with DSPs and DSCs. 2) Embedded systems Programming in c, c++, Assembly and Verilog/Vhdl. 3) Schematics Design and PCB designing in Altium. 4) Programming of Microcontrollers (DELFINO Tms320F28335 from Texas Instruments) 5) Power Management for PCB using Different Regulators and DC-DC Convertors. 6) Automated Test Equipment. 7) Brushless DC Motor Control. 8) Technical Documentation