Lead development of RVM system. Define technical roadmap. Drive the collaboration between developer team and data scientist team.

Led research in Blockchain data structure and the method to utilize Blockchain data with existing data technology in a fusion way. Defined global DAPP performance load balance topological structure. Focus on developer’s experience to extend MOAC developer community.Drove and implemented wallet.moac.io to accelerate DAPP user and developer’s learning curve to use MOAC and develop smart contract on MOAC.Led and designed innovative NOSQL and Blockchain infrastructure to build nodes101.moac.io and gateway.moac.io, which dramatically reduced preparation and learning curve for DAPP developer on MOAC and help them focus more on application logic.

Proactively identified opportunities supporting Intel’s revenue decision. Influenced BU stakeholders and secured fund and resource to drive continuous iterations. Led engineering team to implement Decision Engineering solutions that can facilitate Intel business decision of LRP in Supply Chain, Finance and Manufactory.Rapid Visual Modelling 2015 – 2018 Jun (Hillsboro, OR)Built and led project engineering team (8 engineers in OR, AZ and Shanghai), collected feedback and requirements, balanced between technical and business requirements to set milestone of each revision. Was technical leader in all project phases, including drafting PoC, launching project to meet success criterion, as well as daily executing of software engineering. RVM provided a visual data modeling system and helped BU users to reduce business model building time from months to weeks, and also to shift focus from collecting and setting up complicated business model to analyzing key business problem. The system enabled completion of data collection process, and delivered working data integration and data mining with classic machine learning technology to provide more valuable insight from cross BUs modelling. System supports different planning models across Intel, which includes factory equipment location optimization, supply chain stack optimization and Fab product ramp up/down solver etc.Portfolio Management 2014 (Austin, TX) As a backend service technical lead to help Portfolio Management team to re-architect Monte-Carlo simulation algorithm. The performance of this module was prompted by more than 50%. Visual Planning Optimizer 2011-2014 (Chandler, AZ/Austin, TX)VPO is a system to schedule resource and spending for corporate long-range plan. Led engineering team of 5. In charge of regular software development, define the enhancement plan and lead task force team to support re-org. Team members sit in AZ, NC, TX and Shanghai.

Have worked in Intel IT Flex Service department which provides internal consultant service, focuses on information system to global Intel departments (both manufacture and BUs). Built strong knowledge in IT Service area, includes enterprise application, data warehouse, and software engineering etc. in manufacture environment.Was a software engineering and technical lead/architect in many projects, including DHeG Arlington Network Module (C, C# 2009 - 2010), VM Live Migration Researching (C, Ubuntu, Qemu 2008, 2009 demo showcase in IDF), Small Form Factor Engineering (Android, Blackberry, Moblin 2007-2008), iPAT Makeover (EFI 2006-2007), EPSD Data Warehouse Phase II and III (C# 2004-2005), Intel Cockpit Data Warehouse System (C#, MS SQL Server, SSAS, NCR TeraData 2003-2004).