• Used Angular, Flask to develop and build an Online Speech Therapy platform based on AWS cloud server• Designed and implemented the automated test framework• Implemented a high-performance synchronization tool to integrate data from/to a 3rd party CRM system by using PHP.• Troubleshoot issues, fixed defects, wrote test cases and performed tests. Technologies used: Angular, Flask, JavaScript, PHP, E2E, Python, Flask, MySQL, Docker

• Analyzed, designed and developed a news material management system for a daily newspaper which has 5+ million subscribers in Japan• Designed and implemented logging framework to monitor all communicating information (HTTP/MQ/SOCKET/FTP) with external systems • Developed REST APIs to provide services for external systems• Successfully implemented high-performance binary image compression function with lower memory consumption compared to Apache Common Imaging library• Collaborated with teams divided between three locations in two countriesTechnologies used: Java EE, RESTful APIs, HTML5, JavaScript, VB.net, DB2, Linux, WebSphere, IBM Cloud

• Participated in all aspects of developing IBM Clinical Information System Solution for major general hospitals in Japan• Contributed software engineering expertise in the development of products through the software lifecycle, from requirements definition through successful deployment• Excelled at rapid application development and management of technological issues for assigned projects, earning the highest customer satisfaction rating for all software solutions delivered• Successfully developed and integrated NFC authentication function into the existing logon component• Maintained product quality by establishing coding standards and carrying out reviewsTechnologies used: VC/C++, Win32API, C#, WPF, Java EE, RESTful APIs, HTML5, JavaScript, Embedded SQL

• Performed as a key member of a team in VC/C++ based Toshiba Ultrasound Cardiovascular Application development project• Optimized analysis report UI to make it user-friendly• Improved execution performance of medical images analysis module by as much as 80% by using parallel computing technology (CUDA)• Troubleshoot issues, fixed defects, wrote test cases and performed testsTechnologies used: VC/C++, Win32API, MFC, CUDA

• Acted as a key member of a team in VC/C++ based Toshiba Ultrasound Imaging Measurement Application development project• Successfully decoupled measurement modular from legacy dependencies and boosted efficiency of development and test• Wrote, modified, integrated and tested software code• Troubleshoot issues, fixed defectsTechnologies used: VC/C++, Win32API, MFC, COM