Material Design Tokens* Scaled Material design tokens across platforms: iOS, Jetpack Compose, Flutter,web - which in turn effects billions of devicesJetpack Compose* Delivered Material 3 design system a Google OKR on Jetpack Compose, a newplatform for Material* Implemented Dynamic Color, the marquee feature of Material 3 andadditionally created other major Material features such as: Shape, Typography,ColorScheme, MaterialTheme, Elevation, FABMaterial Flutter* Expanded, maintained, tested, and updated Material Components in Flutterwhile providing accessible, internationalized, and adaptive experiences andmigrated 1p clients like gPay, Stadia, Google Home devices* Created and delivered Flutter Gallery, adaptive breakpoints, adaptivecomponents, adaptive navigation, and dart code viewer package

• Working on a Mobile Application for Googlers supporting internal business workflows• Utilized Flutter framework, Dart language, and other progressive web application frameworks and migrated the existing Android Application

• Work with a senior test engineer, to deliver the L3/L4 inspection functionalityon the 7x50 family of platforms.• Hands on experience with provisioning and analysing internet-based protocols• Work closely with testers and the developers to resolve issues

As a teaching assistant I have to review course concepts with students and helped them work through assignments. I also have to meet with supervisor to discuss student’ grades, and designed challenging projects for students.

Worked with David Ting in automating wind turbine machines for graduate studentsusing C++ and developed a website to show the advantages of turbulence research.

As a research assistant it is my job to administrate websites for a team which is part of a larger organization for injury prevention. I am the main line of communication between the lower levels of the operation and the head of the project.

During my summer work term I had the opportunity to work for two sectors of the Canadian Government: the Canadian Food Inspection Agency (CFIA), and Agriculture and Agri-Food Canada (AAFC). Both institutions share similar goals – the governing and regulation of food production and safety standards in Canada. However, both departments are unique in their jurisdiction and specific functions. My placement during my time in the CFIA and AAFC was in information technology. Because modern offices rely heavily on technology in every department, my peers and I dealt with the entire CFIA office building, after which we would report to our supervisors. The role that information technologists play are a small but vital role in any office environment, and one that is increasingly common in our contemporary professional environment. In his book Computers in the Workplace, Robert Plotkin estimates that the rise of the internet and computers has created over 1.2 million jobs in the United States alone (2012). Today, even a miniscule error in the software or hardware of a machine can bring business to a complete halt. Therefore it was very important that my peers and I dealt with these errors quickly and effectively. As a worker for both AAFC and CFIA responsibility was to help with technical problems. I helped troubleshoot computers, phones, and other devices that contribute to the work flow of the department. This is very relevant to the company as everybody uses computers in the organizations. However, I found that not only is the role of information technology vital to the functionality and progressive output of an office space, it is also crucial to the happiness and morale of office workers. Problems with hardware and software can be extremely frustrating to the average worker; therefore I believe that my colleagues and my roles in the workplace contributed to the overall happiness – and subsequentially, the productivity – of the workplace.