Member of the Trading Services team that develops systems & services used by Citi's global equities trading platform.

• Working on several trading platform systems including:
  • Equity Order & Execution Services – state management of orders and executions
  • Central Locate Server – provides locates on low-liquidity stocks for short-sell

• Technologies: Core Java, Swing, TIBCO EMS, FIX protocol, JUnit, Linux, Windows, Perforce, Ant

Hiperware is focussed on creating tools and solutions that enable developers to create complex, high-performance and scalable applications that run on multi-core and multi-cpu distributed platforms.

• Managed a full release cycle of the company's core product:
  • Distilled feature specifications from customer requirements.
  • Planned development work and release schedule.
  • Lead a team of two developers in implementing features.
  • Did testing and deployment of new release at customer site.
• Instituted processes for bug tracking, version control and release management.
• Single-handedly managed product deployments at multiple sites.
• Conducted developer training workshops in Japan, USA and Malaysia.
• Delivered several technical presentations to prospective customers.

• Technologies: Core Java, Python, Linux, Solaris, Windows, JBoss, Ant, SVN

Borland VisiBroker is the most widely deployed CORBA ORB server for developing robust distributed computing applications.

• Member of the Borland VisiBroker for C++ core development team.
• Participated in the VisiBroker 7.0 release:
  • Implemented the Realtime CORBA specification which brings granular control of multithreading behaviour for real-time response requirements.
  • Responsible for performance testing, investigating performance regressions and fixing them.
  • Fixed various other bugs and regressions during the release cycle.
• Responsible for transitioning development and support for the VisiBroker-RT product from US to Singapore.
• Setup a realtime systems development lab in Singapore for testing on VxWorks and Montavista platforms.
• Also involved in handling customer support escalations, fixing bugs and delivering patches.

• Technologies: C++, Linux, Solaris, Windows, VxWorks, Visual C++, GNU Make, ClearCase

• Member of the Information Science Research group.
• Designed a new machine learning based algorithm for the computational prediction of subcellular localization of proteins.
• Implemented a cluster-backed parallel implementation of the above algorithm, along with a web based query interface.

• Technologies: C++, Python, MATLAB, Linux

• Developed and implemented efficient strategies for scheduling computing tasks in a parallel cellular life cycle simulation software.

• Technologies: C++, Linux, STL

Dissertation: Scheduling Independent Tasks with Migration
CGPA: 4.7/5

Dissertation: Message Passing using Raw Ethernet Frames in Parallel Computing
CGPA: 7.6/10

pSLIP: SVM based protein subcellular localization prediction using multiple physicochemical properties
BMC Bioinformatics, 2005.

Prediction of protein localization by SVMs using amino acid properties
Asia-Pacific Bioinformatics Conference, January 2005.

Parallel Computing Platform for the Agent-Based Modeling of Multicellular Biological Systems
5th International Conference on Parallel and Distributed Computing: Applications and Technologies, 2004.