Digital Cinema Technology
GDC Technology Ltd
May 2003 – Mar 2004
Singapore , India (Bollywood), USA (Hollywood/Dallas/Orlando) |
Key member of GDC’s R&D team developing its suite of Digital Cinema Servers; Spearheaded GDC’s Digital Cinema Interoperability effort towards a common exchange standard. Demonstrated ShowEast 2003, Orlando, Florida (Sep 29–Oct 2); worldwide press release ( GXF, C/C++, Linux 7.3, DSR Server)
Worked with the Indian Film Industry, Mumbai to upgrade Indian theatres with digital cinema server solutions; Supported GDC’s presence in India, USA and Singapore.
Worked with Digital Cinema Initiative (DCI), Disney, Hollywood studios to finalize Digital Cinema Specifications; Worked actively with Society of Motion Picture and Television Engineers (SMPTE) to formulate/demonstrate new Digital Cinema Interoperability standard based on MXF (Material Exchange Format) |
BioInformatics
HeliXense Pte Ltd
Mar 2002 – Dec 2002
Singapore |
Key member of HeliXense’s R&D team developing genomics Research Network Architecture for life-sciences research; Designed automated DataHoundsto enable bio-scientists to manipulate terabytes of biological data (Java/XML/DTDs/JDOM/ Java Messaging Service (JMS), Linux 7.2, biological databases)
Made sales presentations in Biotech fairs – BioMalaysia Oct 1-4 2002 Kuala Lumpur, BioMedical Asia Oct 28-30 2002, BioCamp Nov 25-29 2002 Singapore
Developed course-curriculum for the Bio-data Management courses to be offered by the Asian Centre for Genomics, the education arm of HeliXense; Trained local universities on life-sciences infrastructure |
CRM / Mobile Communications
Innova Solutions
Feb 2001 – Feb 2002 Singapore, USA (Santa Clara, CA) India (Hyderabad) |
Core member of Innova’s Strategic Technology Group, which evaluated technology gaps and created Intellectual Property in e-business, CRM and mobile communications
Managed a 5-member team that developed a Multi-CRM Transformation System for the Japanese Healthcare market using US-manufactured medical products ( Japanese Kanji, ASP, Java/JDBC, Activex, SQL Server 2000, Unicode )
Chief Architect for building a rules-based Transformation Engine for conversion between healthcare standards (HL7/X12/EDI/XML) and XML ( Java/Servlets/JSP/XML )
Proposed an Integrated Communications Portal Platform that will provide next generation services for people in diverse environments to reach out to each other.
As part of Innova’s IP-creation initiatives, documented technology gap proposals in areas of Priority Routing, Peer-Peer, 3G mobile networks, location control, etc.; Part of Innova’s technical arm for its business initiatives in areas of voice-mail systems, rules-based engines, XML, VoIP, etc.
Reengineered the Trace&Track components of a CRM system ( ClearView 360 ° ) that provides a unified 360 ° view of a customer to the enterprise ( Java, JSP, SQL Server, CRM Systems); Designed and developed the stock modules of an application for loan/accounts/inventory management (Visual Basic 6, SQL Svr. 2000, Spread Control 6.5) |
Voice-over-IP / Telecommunications
MediaRing Ltd
May 1999 – Feb 2001 Singapore |
Member of 5-people Server R&D team providing the backbone of VoIP services (like PC-PC, PC-Phone, VoizMail, etc.) for more than 7 million users worldwide; Reengineered the back-end infrastructure of MediaRing to handle all call-scenarios including PC-PC/PC-Phone using the latest SIP VoIP protocol; Developed a fully automated suite for statistical analysis of Call Detail Records logged by the Proxy Server during PC-Phone calls. Suite facilitates business analysis based on call-minutes nearing 700,000 minutes/day (C++/C, Unix Shell scripting, SUN Solaris)
Designed a Proxy Server interface to enable the MediaRing Gatekeeper to interoperate with Genuity Gateway/ Gatekeeper for routing PC-Phone calls ( H.323/H.245 protocols, C++, Solaris)
Designed a recovery tool (Proxy Recovery System) to handle Billing/Proxy failure (C/C++, SUN Solaris) |
Telecommunications
Hewlett-Packard Singapore
Jan 1997 – Jun 1997 Singapore |
Undergrad Industrial Attachment Developer in a 15-member R&D team for the design of TELMEX SRT, a real-time, multi-machine telecommunications system with emphasis on Disaster Recovery. |
