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About Me
12+ Years of experience in software industry with Development and Tech Lead skills in Banking and Industrial Automation domain. Proficient in C++, VC++, C, OOPs, and Design patterns. Good knowledge of Data structures, COM specification, telecom proto...
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Positions
Portfolio Projects
Description
QVM- QVM is Inventory management and sales processing software aimed at venues such as
stadimus,arenas etc
QVM -software component
The software component of the solution helps in managing venues such as
stadiums/arenas throughtout lifecycle of events
QVM -Hardware component
Hardware component usually installed at the locations and is used for making sales and
card based payments
Description
KeyCounselor is a Windows-based program designed to help KeyCenter sales professionals with
existing and prospective customers.
KeyCounselor automates a number of tasks, such as:
Retrieving information on customer's accounts, bank products and services
Opening both personal and small business deposit and credit accounts
Maintaining existing accounts.
Description
This component sits in a container application and allows configuring
various device parameters and also performs diagnosis operations. It also provides
transmission of all the measured values. The signals are transmitted to remote receivers over
the same two wires that supply power to the transmitter electronics. These wires also carry
two-way data signals between the transmitter and remote communication devices. I worked on
M84 Vortex, CFT51 DTMs which are certified by FDT.
Description
WebKit is an open source web browser engine
webkitis a layout enginedesigned to allow web browsersto render web pages. The WebKit
engine provides a set of classes to display web content in windows, and implements browser
features such as following links when clicked by the user, managing a back-forward list, and
managing a history of pages recently visited.
Description
The Project NOPP-Marconi is optical network planning and
optimization tool developed here is a routing tool which routes traffic demands (i.e., finds the
optimal paths for them) onto a network of carriers, respecting any rules that may apply and
which depend on the protocol in question. The basic algorithm used for routing is an enhanced
version of Dijkstra’s and protocols supported at the moment are SDH, OTU and WDM. The tool
is developed on VC++ platform with the help of MFCs.