Nandish Shivarudraiah

Support in the acquisition of dataset, processing and labeling of the created audio dataset for Speech and Sound Group.

Understanding of massive MIMO theory, non-reciprocal effects in RF chain and their impact on system throughput. - Time variant measurement, characterization and modelling for compensation of non-linear effects in Power Amplifiers due to TDD switching. - Matlab, RF testbed, RF Measurements, using Network analyzer, Spectrum analyzers, Signal generators, Oscilloscopes and etc.

Data analytics on the sensor data from cars in Python using Pyspark API for driver assistance system.

Working on the defect analysis of the manufacturing lines of IC's and power modules for Automotive Electronics using Tableau. With strong experience on knowledge of SQL and various Databases to perform Integrated data analysis for the Manufactured products at various stage.

Working on back office Loan IQ daily/monthly/year-end nightly Batch Programs with complex calculations related to sndicated /Corporate /Commercial Lending written in C++. Responsible for understanding and implementing the new module and enhancements as per design specification from customers and the road-map/strategic plans of the company. Involved in customer specific projects( Banks from Germany and North America), played a vital role in delivering the newer releases on time with the hard deadlines.

Working on Software Development of "Loan IQ" product which is a Banking software for Syndicated and Commercial Lending in C++ and SQL technology. Involved in up-gradation projects of the Loan IQ product in various patches and major version releases. Providing the quality fixes and optimal resolutions for the defects raised by the Client(Banks) in their production and test environments.

Wireless Communications, Antenna systems, Radio Frequency Technology, Microwave Engineering, massive MIMO, mm-wave communications, Signal processing, Channel coding ( Algebraic, Convolution, LDPC, Polar codes), Machine Learning and Deep learning for Communications. Master Thesis Grade : 1.3

Analog and Digital Communication. Field Theory, Antennas. Signals and Systems, Digital Signal Processing. Analog and Mixed mode VLSI, VHDL and Verilog. Information Theory and Coding, Wireless Communication. Analog Electronic Circuits and Linear Integrated Circuits.