.Alex Kozin. Email & Phone Number

Toronto, Ontario, Canada

Toronto, Ontario, Canada

Toronto

Toronto, Ontario, Canada

Montreal, Quebec, Canada

- Integrated the product with APIs of Coda, Meistertask, and Salesforce, attracting new customers- Identified and fixed several critical bugs before they reached production- Created dashboards and improved metrics for service usage tracking in Datadog- Improved documentation and DevOps resulting in faster iteration and better system understanding

Toronto, Ontario, Canada

Toronto, Ontario, Canada

- Worked on the ‘Preview’ feature for questions professors create resulting in about 80% adoption in 2 weeks- Created the workflow abstraction for transitioning sets of permissions in the Django back-end- Improved accessibility of the front-end React application resulting in better user experience and satisfying compliance requirements- Wrote and modified E2E, sanity, and unit tests using Jest, Enzyme, Puppeteer, and Gherkin- Fixed bugs and implemented enhancements that improved web functionality and speed

Developed course content for a new version of a Computer Science Fundamentals course at UofT, suggested topics, developed problems and instructional materials, provided feedback on the suggested course topics, created assignments.

Toronto, Canada Area

Worked in collaboration with Scotiabank Global Payments to facilitate instant data-rich B2B payments complying with ISO20022 standard.Built an extendable, scalable, and secure MVP to demonstrate the business use-case scenarios. Worked in a group of four and presented the app to stakeholders.Frontend (optimized for mobile Iphone X): https://github.com/aaangelaaa/request-to-pay-frontendBackend: https://github.com/alex-kozin/request-to-pay

- Created a client desktop application to configure the device utilizing C# along with Windows Forms- Coded the system of AT commands for Wi-Fi module using C for communication between the device and software- Designed, soldered, and assembled necessary electrical circuitry using Arduino Uno as a microcontroller base- Read sensor input, transferred the values via Wi-Fi to the client application and decoded to control room temperature- Developed an emergency failsafe for possible malfunctions, utilizing a GSM module to send alert texts to users in case of fire- Got the device showcased on local tech expo: Interpipe TechFest 2017

- Used C# and Windows Forms to create a silent app that restricts access to chosen websites on the schedule specified- Learned standard Windows utilities and how they can be executed from the C# code- Used routing tables. the registry, and Task Scheduler instead of hosts file to complicate bypassing the program- Utilized Command Line Script (.cmd) files to launch the sequences of commands needed