Connor Wilson

Software Developer

Github

About Me

I have over 3 years of experience as a Full Stack Web Developer. I currently work for Neuropoint and prior to that I worked for Asignio, a small tech startup specializing in passwordless multi-factor authentication. I hold a Bachelors Degree in Computer Science and a Minor in Mathematics from Oregon State University. I will also be pursuing a Masters Degree in Data Analytics from Georgia Tech starting August 2025.

In my free time I like exercising outside whether it be running, biking, or hiking. I also enjoy trying new coffee shops and learning Spanish. I currently have a 611 day streak on Duolingo.

Contact Me

Resume

Work Experience

Full Stack Software Developer - Neuropoint, Remote Worker

January 2025 - Current

Medical Practice

Developed full-stack web application and appointment scheduling system using Node.js, Express, and React.
Integrated SendGrid API to automate appointment confirmation, cancellation, and reminder emails for both clients and staff.
Designed RESTful API endpoints to handle appointment bookings, cancellation, and user notifications securely.
Implemented Google Authentication with Firebase for secure admin login, including user state management and role-based access.

Full Stack Software Developer - Asignio, Remote Worker

September 2021 - July 2024

Passwordless multi-factor authentication startup

Implemented HTTP requests using C# and .NET MVC to facilitate communication between client and server side endpoints.
Contributed over 330 commits to the production codebase hosted on Microsoft Azure, supporting feature development, bug fixes, and performance improvements.
Developed responsive web applications enabling compatibility for a range of browsers, users, and devices using Razor, Foundation CSS, AJAX, JSON and jQuery.
Integrated Twilio API to send over 500 real-time notifications daily, using .NET microservices and RabbitMQ for scalable and efficient message queuing.
Managed and oversaw QA testing deployments by implementing structured QA processes and coordinating testing efforts with developers to ensure seamless production integration and maintain software reliability.
Built and managed reusable JavaScript libraries to ensure consistent functionality across various projects.

Full Stack Software Development Intern - Asignio, Seattle, WA/Remote Worker

Summer 2018, 2019, and 2020

Passwordless multi-factor authentication startup

Built a password keeper and file management system using C#, .NET MVC, and MySQL, which was actively used on the company’s production site for managing user credentials.
Recognized by project leads for in-depth research and analysis of password keeper UI/UX patterns and functionality to inform design decisions.
Utilized Git to manage iterations of code and GitHub to collaborate with other team members.
Used Jira software for collaboration with team members and bug/issue management.

Farmer - WWOOF, Captain Cook, Hawaii

September 2022 - December 2022

Nonprofit cultural and education program focused on sustainable agriculture

Worked part time on an off-grid coffee and fruit farm while working as a software developer remotely.
Helped harvest, maintain, and start a variety of crops using multiple tools and techniques.
Collaborated with other workers to set goals for the day and ensured all tasks were completed in a timely manner.

Math Learning Assistant - Oregon State University, Corvallis, OR/Remote Worker

January 2021 - June 2021

Assisted professor with classroom sessions of 60-100 students for Differential Calculus and College Algebra.
Facilitated discussions for breakout rooms via Zoom.
Responded to online discussion board posts regarding homework questions.
Researched efficacy of synchronous vs asynchronous remote courses.

Math Learning Assistant Research Poster.pdf

Undergraduate Research Assistant - Oregon State University, Corvallis, OR/Remote Worker

January 2019 - June 2020

Developed software to integrate 3D printing (additive) and milling (subtractive) processes for hybrid manufacturing.
Streamlined G-code (commands that instruct the printer) for 3D printing and milling using C++ and file I/O, improving production speeds by 20%.
Designed a GUI using Windows Presentation Foundation and XAML to receive user inputs to construct G-Code.
1 of 8 finalists nationally to present my research at the ASME 2019 MSEC conference.