• Responsible for using technologies such as C#,MVC, SQL, and Javascript to deliver new feature to end product as well further enhance/optimize end-user experience• Partnered with other developers to discuss new solution designs and approaches to help align current functionalities with clients' needs.• Continuously provided new features and bug fixes for existing solutions to fulfill clients' requirements and provide an ease of use experience

•Recreated Temperature Verification Tool (TVT) in VB.Net with support for additional processes, compatibility with all TVT related projects and ability to analyze data based on any sets of user defined criteria•Created software in VB.Net to automatically compare two sets of data profile and output result in pass-fail table based on predefined criteria•Conducted preliminary research on the properties of LCP (Liquid Crystal Polymer) based material and its viability in hermetic sealing processes

•Devised electrical layouts and routed power connections to electrical appliances in commercial and residential spaces•Coordinated with contractors and clients regarding office renovation for Niagara Hilton Hotel•Conducted extensive lighting calculations and utilized results to redesign lighting layouts for the Macdonald Block Complex•Performed electrical load calculations for lighting and power appliances to correctly size breakers and panel amperage

•Collaborated with TTC by redesigning an existing current sensing product to detect and measure stray current leakage on subway tracks•Utilized MATLAB to significantly increase efficiency and lowered labor cost of future flicker mitigation study by more than 50%•Investigated the relationship between different types of input modulation with its corresponding power-line flicker value, Pst•Calculated Pst value of furnace data and improved result by over 10%•Post-processed data reading from furnace site and wrote MATLAB scripts to graph data and identify areas of interest•Contacted different vendors to inquire about their FRP products and facilitated the decision making process for designing new housing for PCB used in electrowinning

• Prototyped and designed different circuits to replace EOL audio amplifier using electrical components and soldering• Utilized commands from J-Flash and J-Link to create sequence files for automation and testing prototype boards• Optimized sequence files to allow tests to run much quicker and allow multiple boards to be tested in parallel, drastically increasing efficiency• Tested quality of existing products using temperature chamber to simulate real life environment• Replaced and fixed broken components on PCB boards through the aid of microscope and schematic capturing tools