Sumit Jha

- Developing tools for next-generation user interfaces in C++ for OpenGL C++ Graphics Engine.

- Direct and control the work and resources of the Company and ensure the recruitment and retention of the required numbers and types of well-motivated, trained and developed staff to ensure that it achieves its mission and objectives. - Prepare a corporate plan and annual business plan and monitor progress against these plans to ensure that the Company attains its objectives as cost-effectively and efficiently as possible.

- Reviewing current systems - Presenting ideas for system improvements, including cost proposals - Working closely with analysts, designers and staff - Producing detailed specifications and writing the programme codes - Testing the product in controlled, real situations before going live

The most promising clustering based equalization (CBE) techniques such as methods Expectation Maximization and Artificial Neural Network in conjunction with coherent detection have been investigated. The performance of CBE techniques were compared with systems without CBE for different transmission scenarios, such as dispersive and non dispersive transmission fiber, all by the means of Monte-Carlo simulations in MATLAB.

Implemented the basic Real-Time Audio Processing blocks in ‘Kiel Realtime Audio Toolkit’ using C++. - Analysis filter bank - noise estimation - noise suppression - synthesis filter bank

I was placed with the Epsilon account where I was working on DREAM (Direct Response Email Application Manager), which is an end-to-end email marketing service tool as a support engineer in escalation management team. Perl, Shell Scripts and PL/SQL were extensively used in this application on Sun Solaris operating system. Along with this project, I was also part of development team of DREAMmail project, an email application for windows.

A detailed analysis of the infrastructure present in the organization was done. Data cabinets and cabling was examined for any physical issues and the location of all network devices was logged. The automated discovery tool was used to scan the network infrastructure using SNMP and ICMP and reports on responding devices were made. Areas of weakness such as single points of failure or un-patched equipment were discovered and recommended remedial action was provided.

Wireless Communications, Optical Communications, Advanced Signal Processing, Neural Networks, Adaptive filters, Information Theory, Time series analysis, Digital systems, Digital Electronics

Microcontroller 8085, Digital communication, VHDL, Verilog, MIMO systems, Digital logic design, C, C++, MATLAB, Power electronics, Information Theory