# Max Dribinsky > Senior Software Engineer @ Kodiak | Ex-Amazon Location: Littleton, Colorado, United States Profile: https://flows.cv/maxdribinsky I am a highly driven worker and perpetual learner, seeking understanding in complex systems with cloud technologies. I have proven experience with full stack development at a company which some consider to have the largest impact in the world, working with the newest technologies. I feel comfortable switching between technical and customer-focused discussions to ensure the product we deliver provides the most possible value to end users. ## Work Experience ### Senior Software Engineer - Offboard Infrastructure @ Kodiak Jan 2023 – Present | Littleton, Colorado, United States Designing and developing distributed architectures and web applications for 1. external and internal autonomous vehicle management 2. business-to-business APIs for customer and client system integrations Automating, optimizing, and scaling processes and systems! ### Software Development Engineer II (Customer Engineering) @ Amazon Jan 2021 – Jan 2022 Member of AWS Professional Services team focused on bringing Amazon-class engineering to customers. 1. Built Open-Source Cluster API Provider for Apache CloudStack (CAPC) infrastructure provider 2. Integrated CAPC provider into AWS EKS-Anywhere offering for creating EKS-Anywhere Kubernetes clusters in customer datacenters ### Software Development Engineer II (Amazon Scout) @ Amazon Jan 2019 – Jan 2021 | Seattle, Washington Built fleet management system to facilitate operation of autonomous delivery robots at scale. Serverless single page application, full stack development, and automation of manual processes through integration with external systems. Designed and built system for managing software deployments to the robot fleet at scale. ### Software Development Engineer I-II (Alexa Brain) @ Amazon Jan 2017 – Jan 2019 | Seattle, Washington -Designed and implemented platform for rapid online model prototyping -Worked across teams to implement name free skill invocation for Blueprint skills, eliminating frequent sources of customer friction -Designed and enabled continuous deployment in our code release pipeline, getting code changes out in 30 hours, fully tested, saving approximately six engineer hours per month on manual deployments -Implemented A/B testing platform for our model service ### Cloud Engineering Co-op @ Motorola Solutions Jan 2016 – Jan 2017 Developing a single sign on serverless application to simplify internal accesses, using SAML protocols to ensure secure and efficient authentication. Facilitating in the evaluation of cloud monitoring software and vendors. ### Software Engineering Tools Support Engineer Intern @ Motorola Solutions Jan 2016 – Jan 2016 | Chicago, IL Worked to modify existing physical cloud structure to allow for dynamic server startup and termination, and also assisted in the move from physical servers to virtual servers through Amazon Web Services. The servers will be managed by Jenkins for CI/CD. Additionally, I set up a server to host a Proof of Concept for a new chat application the IT department is considering adopting for developers to use to communicate. ### IT Help Desk Consultant @ University of Illinois at Urbana-Champaign Jan 2014 – Jan 2016 Assisted in the support for students, staff, and faculty at UIUC in regards to their University accounts and various software/WiFi issues. This involves addressing tickets for support, account management, and general debugging. ### Math/Computer Science Division Intern @ Argonne National Laboratory Jan 2015 – Jan 2015 | Lemont, Illinois Developed firmware for the Waggle platform, which is a part of Chicago's Array of Things initiative to create a smart-city. The processor and bootloader are Arduino-based, and I assisted in the development of the sensor-reading loop, as well as the Power On Self Test. Also, I facilitated the transition from Arduino boards to original PCB's. ### Hardware Engineering Intern @ MEMSIC Jan 2014 – Jan 2014 | Naperville, IL Performed simulations of various circuit configurations in T-Spice to develop Verilog models, and assemble them in to a single library. Verilog simulations are faster and more efficient than T-Spice simulations when working with large systems, so the library streamlines testing and development. ## Education ### Bachelor’s Degree in Computer Engineering University of Illinois Urbana-Champaign Jan 2013 – Jan 2017 ### Study Abroad in Computer Science DTU - Technical University of Denmark Jan 2015 – Jan 2015 ### Naperville North High School Jan 2010 – Jan 2013 ## Contact & Social - LinkedIn: https://linkedin.com/in/maxwell-dribinsky - GitHub: http://github.com/maxdrib --- Source: https://flows.cv/maxdribinsky JSON Resume: https://flows.cv/maxdribinsky/resume.json Last updated: 2026-03-22