Phisarn Kittiratanaviwat

Project: NSW e-D/O Platform (Importing sector)

• Thailand’s strategic platform for importing sector (Government's roadmap 2025-2029)
• Lead and manage logistics project both business development and system implementation.
• In-Progress delivering NSW e-D/O 1.0 platform to production.
• Gather requirements from stakeholders (Importing sectors) including THAI Customs Department, National Telecom (NT), Port Authority of Thailand (PAT), Bangkok Shipowner and Agent Association (BSAA), Thai Authorized Customs Brokers Association, Thai International Cargo and Container Terminals Association (TICTA), Port community system (PCS), Terminal Managing Operator (TMO), Revenue Department (RD).
• Design the entire architecture of e-D/O platform to serve high volume of real-time transactions from multiple stakeholders such as multiple carriers, customs broker, freight forwarder, Terminal Management Operator (TMO), Depot, National Service Provider (NSP) etc. with delivery order's services such as D/O request and response, D/O update, container movement etc.
• Prepare technical part for bidding project complied with TOR.
• Fully manage software development in term of architecture and platform design.
• Design distributed architecture, the integration of heterogeneous systems with Confluent Kafka (ESB) and EAI solution.
• Design and implement B2B Adapter in connection to NSW Gateway.
• Integration of Web-based, Web API, mobile system, messaging system.
• Design platform with high availability, security, reliability and fault tolerance.
• DC/DR-designed architecture.
• Design and develop enterprise framework, SOA orientation and integration platform.
• Lead software development in implementation, software design and quality of source code.
• Prepare technical documents.
• Technical communication with partners and vendors.

Manufacturing Business, Export

Project: Outage Management System/Enterprise Application Integration (OMS/EAI) System at Provincial Electricity Authority (PEA)

• Underlying Technology: TIBCO Rendezvous, TIBCO EMS, TIBCO Businesswork, TIBCO Administration, TIBCO Hawks, TIBCO Smart mapper, TIBCO SAP R/3 Adapter, TIBCO SDK, Siemens ICCP Adapter, Siemens JMS Adapter, Bash shell in AIX platform

Responsibility:

• Working closely with Siemens-Austria development team who developed enterprise service bus of OMS/EAI system
• Deeping down on full-stack TIBCO technology with minimal support from Siemens team
• Deeping down on EAI architecture design of OMS/EAI system integration with SAP, .NET, Java, C++, Weblogic, JMS Adapter, ICCP Adapter
• Solid knowledge on TIBCO products and best practice on designing EAI solution and architecture
• Feasibility study and real execution on OMS/EAI migration project from old machines (AIX 5.2) to new machines (AIX 6.1) with a new design of physical architecture and providing the technical document step-by-step in migration
• Developing on creation of TIBCO installation and TIBCO domain with routing strategy, multicasting, hawks cluster, buses, listening ports (RV, Hawks, AMI) and well understand on the configuration of TIBCO components, TIBCO home, TIBCO TRA, fault tolerant, Hawks monitoring and persistent queue
• Developing on unit testing containing all scenarios (inbound-outbound) of SAP, Call Centre, GIS, OMS and SCADA transaction with publisher and subscriber (RV, EMS, IDoc)

Project: Lipper User Creation Application (LUCA) [April 2006 - Aug 2006]

• Underlying technology: C# ASP.Net, Javascript

Responsibility:

• Developing the web-based application and following the standard of code defined by Lipper Access group
• Designing the n-tier layers containing Presentation Layer, Business Layer and Data Access Layer

Project: Lipper for Investment Management (LipperIM), the Enterprise Application [Sept 2006 - Nov 2010]

• Underlying technology: C# .NET 4.0, Windows Form, WPF, WCF, Infragistics, GrapeCity, and ChartFX
• Project cycle experience (11 cycles): Alpha 3-5, Release 1.0-1.4, 2.0, 2.5, 2.6

Responsibility:

• Developing on the most-highlighted financial application since alpha 3 until release globally in version 2.6, totally 11 release cycles, with global development team
• Solid knowledge on the entire architecture of Lipper Composite Framework (LCF), the world-class IDE and Lipper’s largest smart-client framework; powered by Infragistics technology, which supports localization and add-in principle with module-based permission
• Developing on Workbook component, the key object that contains template and fund data persist into file format which can be visualized in kind of grid and chart
• Developing on grid component, powered by Grape City (the excel-like technology)
• The large architecture is designed by applying MVC pattern to support thousands of data point with the enriched features to analyze fund data such as conditional formatting, sorting, grouping and summary statistics
• Applying many design and patterns in the application such as singleton, factory, proxy, façade, MVC, MVVM, publish-subscribe and more
• Multithreading approach which designs to utilize thread pool, background worker thread and UI thread to execute concurrently with performance improvement
• Migrating the application framework from LCF (Windows Form) to a new WPF framework of the application which would become a new era of the application
• Working closely with Lipper Access (LA)/ Lipper Data Integration (LDI) team since alpha 3 until version 2.6 of the platform
• (Being a part of Thomson Reuters Common Platform)
• Solid knowledge on the design of service-oriented architecture (SOA) based on Web service/WCF technology, the middle-tier web service (LipperAccess), which provides services to access fund information, calculation engine (P3 engine/ Lipper Analytical Engine), fund screener, doc server, report generator and public/private fund
• Solid knowledge on the designed components of the API containing of data access, caching, security, cryptography, exception, logging, authorization, authentication and compression to build up the robust API with scalability and traceability approach
• Solid knowledge on how to design test-oriented and robust API architecture which would provide the high availability of services with performance and reliability approach
• Unit test and load test have been developed as part of the reliable API to ensure the quality of services in term of accuracy, endurance, consistency and guarantee of route trip (time-limited threshold) of each service
• Working with 5 main development sites: St.Louis(USA), Denver(USA), London(UK), Bangkok(Thailand), Beijing(China)