Kee Tang Email and Phone Number

• Team Lead on developing a web-based blood pressure monitor with an interactive ischemic conditioning protocol for home-use achieving Health Canada approval and CE-mark. • Architected, designed and developed all aspects of the software system including device interface, GUI, web services, database, and web applications.• Developed highly-scalable, distributed microservices and web apps hosted in the cloud using REST, SOAP, WCF, C#, ASP.Net, HTML5, CSS, JSON, Javascript, JQuery, Bootstrap, Entity Framework, LINQ, SignalR, Google API, PayPal API, Highcharts, Highstock, ZedGraph• Extensive knowledge on server management, scaling up cloud servers, SSL certificates, cybersecurity best practices, encryption protocols, memory management, log monitoring, automated DB backups, role-based authentication. Tools used include MS Server, IIS, SQL Server, Management Studio, FTP, and PowerShell scripts. • Managed the entire software product development lifecycle ensuring quality based on ISO13485/IEC62304 (e.g. requirements, risk analysis, design specs, code reviews, unit testing, V&V, etc.).• Other Technologies Used: Matlab, MCR, Builder NE, C/C++, Git, TortoiseGit, Bitbucket, JIRA, Confluence, TeamCity

• Team lead for all software-related projects, managing several developers and testers. Also became project manager of a team of 10 co-ordinating development efforts between the various teams. • Responsible for all software quality documents. Gained extensive knowledge working with various regulatory standards including FDA guidelines, IEC 60601-1-8, IEC 62304, and ISO13485. Generated requirements specifications, risk analysis, software design documents, and test cases. • Architected, designed, and developed the 3rd generation of the treatment planning and delivery software using C++.• Technologies Used: C++, Matlab, ITK/VTK, FLTK, FFTW, DCMTK, Boost, Bugzilla, SVN, Siemens IDEA & ICE API

• Designed and developed the 1st & 2nd generation of the Windows-based treatment delivery software in Matlab & C++ respectively for an MRI-guided ultrasound treatment of the prostate.• Developed the MR interface to the Linux-based GE scanner to perform real-time MR temperature image processing. Implemented serial port communications to hardware components.• Generated image processing tools for registration, warping & analysis of MR images (DICOM).• Technologies Used: C++, Matlab, ITK/VTK, FLTK, FFTW, Linux, DICOM, HTML, Perl/CGI, MySQL