Udit Narayan

The objective of this project was to generate a tool which allows multiple traders to define, test, document, share, optimize and run rule-based trading strategies. To this end, I designed and built a J2SE web application according to the Model View Controller principle. Each user of this application can build his/her own set of strategies. Strategies can be backtested and run live on the server (while connecting to broker software and generating transactions in realtime).

I was responsible for the design and development of a Blackberry software application as well as a J2SE web application. The Blackberry application registers sent and received SMS’es and Blackberry Messenger chats (all including contents), incoming and outgoing phone and conference calls, GPS location and more on the Blackberry device. The Blackberry application sends this data to a server hosting the J2SE web application, which stores the data in a MySQL database. The owner of the Blackberry device can vie

Personel in the AMC Hospital in Amsterdam use an integrated software environment/client desktop offering client applications which assist the personel in medical processes. A client application may use input of and/or generate input for another client application. Such a flow of data must satisfy a custom designed message protocol. X-Care and Labzis are two of these connected applications. It was my task to construct a functional design of the communication between these two applications

GIP-z is a webbased system which collects and prints information about medication for patients in Dutch health institutions. The system consists of a central database containing textual information, and an application which collects and prints the information. Users may log on to GIP-z on a browser from a computer connected to the central GIP-z server. A software engineering company in The Netherlands designed and developed this system, written in J2EE.

During this period I was a member of a project team which developed a Customer Relation Management system. I individually researched several technologies. I contributed to each part of the development of a Model View Control (MVC) model. This project made use of RUP. The model part of the MVC model was based upon the principles of Enterprise JavaBeans. With respect to the view part the principles of Struts and JSP were applied. The controller part was based upon servlets and action mappings (Struts).

SME is a simulation environment in which several operations of the Royal Netherlands Navy can be modeled and simulated. I was responsible for the modeling (OO, UML, Rational Rose) and implementation (Java J2EE, J-Builder) of the user interface, through which users are enabled to define, apply, and save results to a database, of one of the available models.

GAMMA-EC stands for Gaming And MultiMedia Applications for Environmental Crisis, and is an education and training tool for disaster management. It consists of a multimedia program and a simulation game. The goal is to improve the performance of the Environmental Emergency Staff in France, Italy, The Netherlands and Spain. I developed a communication tool which can be used by members of the involved emergency management organizations, making use of OO principles, Design Patterns (such as several event

RiskPlan is a heuristic search algorithm/software tool used to plan Navy countermine operations. In such operations, so called mine hunters/sweepers search water colons to detect and/or remove or detonate sea mines, along certain routes in a predefined canal. RiskPlan is used to determine along which routes the countermine vessels should operate, such that the risk for damage of following traffic through the canal is minimized. I contributed to the development of several optimization algorithms makin

In this project I helped developing a new method for watermarking digital images/ video streams. The method is based upon warping techniques, mathematical analysis and geometry, and image processing. I implemented pilot versions of the method in Matlab and C++. This project consisted of a pilot and a sequel.

Together with one colleague I developed a more effective method (than the existing ones) to use collimators during radar research. Our research resulted in an algorithm by which the client may determine the optimal settings of a collimator in different situations

I worked as an analytic, designer and developer in a team of two persons to describe, predict, and minimize the error of a 3D measuring device.