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  The Company I was working for : Adit (Formerly NetQuest) (2) | | | Aditi was involved in providing mentoring support to Microsoft developer on the CompuServe (an online Developer Support forum). We provided support to the developers who were using various Microsoft technologies. The developers would post questions and and my team of about 20 people provided detailed answers relating to Microsoft Visual C++ product. | Managed the team and ensured productivity and quality targets | | | | In addition I also had the responsibility of managing the IT systems of the company. This included over 160 desktops, 20+ servers as well as the LAN. We also had a satellite link into the Seattle office of Microsoft which was used to pull information from the Microsoft servers. | Managed the IT infrastructure and the IT team | | | The Company I was working for : Advica Consulting (1) | | | The NY City Government Agency wanted to enhance the current static public site to help Citizens collaborate with the Agency by allowing them to submit applications online, search for status of application and other agency information
To meet the growing need for the agency services, they wanted to deploy a Business Process Management platform to increase the productivity of their staff members
They want to have a solid platform for Reporting and Dashboards including Ad Hoc reporting to allow the leadership to obtain a clear picture of the system performance
To build a scalable and extendable platform for all their future collaboration and process management efforts
Build a robust data model for the platform and migrate data from their existing systems into this new platform database
Integrate with other agency systems to provide a consolidated view of the data
| Designed a Solution using Microsoft Office SharePoint (MOSS) platform
Designed an Intranet, Extranet and Internet user experience to allow different user profiles to consume the services
Designed a complete infrastructure platform to meet the security and scalability needs of the business
Design a work flow framework to meet the process requirements of over 9 departments
Designed a data store strategy of storing information in MOSS Content Database as well as regular SQL Server tables. This also included a Data Access Layer to manage transactions across these data stores
Designed the approach for Data Migration to mitigate risks while ensuring data quality
Designed a Governance model for the solution
Designed a Web Services based approach as well as proper use of the Business Data Connectivity (BDC) service to integrate data from external systems
| Landmark Preservation Comission (USA) | | The Company I was working for : Andersen (Formerly Arthur Andersen) (6) | | | The company had acquired over 27 smaller companies and there was a need to integrate all of these units as one | It began with the redefinition of the businesses process. Once the Business processes had been defined, there was a software selection process during which the required applications were identified. Then the various products were implemented and integrated
Interacted with the End user to generate the requirement and finalize the process.
Managed the A2A and B2B teams to
Played a hands on role in the developed of the different proof of concepts
Developed a web site for assisting in the design process.
Good review and sign off from the client project management
| Expanets | | | MedSprout wanted to become the first online business center for the Medical community and wanted help in developing a business strategy as well as their Internet presence |
We helped them finalize their business plan and their marketing material ( we coined "where medicine meets business" as well as created their logo. We designed the whole web site including look and feel as well as the user experience. When the Firm wanted to find another investor, we helped them with the process and enabled the sales to Salu Inc another health care company. The final product was integrated into the Salu web offering.
| MedSprout | | | There was a need for an online presence for the group | The site was re-branded and all content moved over to the new look and feel. New functionality was also introduced including a secure alumni web site features | | | | There was a need for an online presence so as to enable the registered end user to search and retrieve information from a in house database
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The web site was developed with a good User Interface and cool looks using Flash and audio. The active server pages connected to the SQL server and retrieved information. There was a MS access tool developed to synchronize the local data to the online database. Click on the images below to see images of the web site
| | | | There was a need for an online presence for the group |
The site was developed by me along with the graphics division. I t has cool flash introduction, Detailed bios of the partners and the functionality to call or page the partners from the web site. The user could also send an email to the Partners. Image 1 shows the flash intro. Image 2 below shows the front page. Image 3 shows the click to talk and Emergency contact options for the partners.
| | | | There was a need for an online presence for people to register for a smeinar with predominantly Japanese business persons |
The site was developed by me in both English and Japanese versions
| | | The Company I was working for : Data Inc (7) | | | A web based project for Loctite Corporation using Microsoft Technology which allows the user to analyze the marketing data
Click here to view the details of the project | | | | | A web based project for Loctite Corporation, using Microsoft technology which allowed sales persons of the company to download their sales data and perform analysis | | | | | Project for New York Life which allowed an user to view the image of the check on a browser. The user was able to choose the check in the main frame system and view it from a PC based web browser | | | | | Project for Prudential where we developed an Intranet application which allowed the managers to track the work done by their team and generate a number of reports. This used Microsoft technology | | | | | Developed for DTCC, this solution allowed legal notices to be converted into PDF documents and uploaded to the web site for the users to search and retrieve it. It was totally automated and had an extensive alerting and report bursting solution
| | | | | Developed for a start up company this allowed them to manage large amount of customer information and burst emails based on specific conditions/criteria. | | | | | | | | | The Company I was working for : Hughes Software System (4) | | | Based on my previous experience of providing support to developers, I created the vision and the high level design for a product which could provide similar support environment. This was well received by the leadership and a team was dedicated to design and develop the product | | | | | As Java was getting popular, I set up a team to introduce this technology to the rest of the company. We developed a number of utilities in Java which was used to demonstrate the features and benefits of the language | | | | | We proposed and got approval for building the first official web site of the company. | | | | | As part of the company's ISO 9000 certification, I was one of the few chosen to become the ISO auditor to support the certification | | | | The Company I was working for : National Council for Cement and Building Materials (6) | | | Cyclones are dust collecting equipment used in cement plants. There was a need to optimize the design of these equipment
Part of the Research and Development project of the Institute. | The software developed permits optimized designs of the cyclone. It consisted of 5 programs to design new cyclones, optimize existing designs as well as study the effect of different parameters on the performance | | | | There was a need to collect and analyze the field pollution data collected from cement plants and generate suitable reports. | A set of 3 programs was developed to predict the ground level concentrations. The first is based on the mathematical model developed by NCB. The second program permits the study of the effect of various parameters as well as validation of model. The third program permits data entry, report generation as well as drawing of the wind rose diagram (a meteorological parameter) | | | | While designing a ventilation system, the duct sizes have to be designed based on a number of parameters. There is a large number of iterative calculations to be done. There was a need to automate this process |
The project was to develop a software which the use can interactively construct a graphical duct layout and then perform the required calculations. The final output would contain all the required dimensions to construct the ducting system. | | | | There are multiple selections possible for selecting mining equipment based on the mine parameters. There was a need to automate and standardize it. | The project was to develop a software which accepts a number of parameters from the user and based on a in built logic, suggests possible mining equipment from a internal database. | | | | There was a need to track the equipment used for Pollution control as well as calculate performance of these equipments | The project was to develop a software to facilitate a person to enter the details of the equipment in cement plants around the country and then generate exhaustive reports. It also facilitated calculations of performance of these equipment | | | | There is a need to plan the mining of the lime stones mine so that there we can achieve consistent quality over a long period by properly blending the stone from different sections of the mine. | The project was to develop a software to help a mining engineer to plan for the long term and short term mining. The product consisted of three programs which allowed the mining engineer to input the data from drilling operations, study and analyze the mine deposits as well as simulate mining for the long term and short term periods. The software had 2D and 3D graphics so as to view the mine in various stages of simulation.
It cuts down the time required by the mining engineer to plan the operations by over 90% as compared to the manual means. | |
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