About

Andrew Kwolek - Robotics Engineer

Andrew Kwolek is a robotics enthusiast and software engineer from Northbrook, IL, a suburb of Chicago. He holds dual Bachelor of Science in Engineering degrees, one in Computer Science and the other in Mechanical Engineering, both from the University of Michigan - Ann Arbor, where he graduated cum laude in 2022.

During his undergraduate years, Andrew was an active member of the University of Michigan Solar Car Team, contributing to the design and development of solar-powered vehicles. He also conducted research in the field of robotic prosthetics, specifically designing a subsystem for a robotic prosthetic ankle as part of Professor Elliott Rouse’s Neurobionics Lab.

Andrew gained valuable industry experience through multiple internships. He worked at Sarcos Robotics, a startup in Salt Lake City, UT, focused on developing full-body exoskeletons for industrial applications. As a member of the controls team, he contributed to the development of testing procedures for the Guardian XO. He also interned as a Software Engineer at General Atomics ASI in Poway, CA, where he wrote Python tests for autonomous flight routines used by the Predator Drone.

After graduating, Andrew began his professional career at Deloitte as a Software Engineer, where he worked as a Site Reliability Engineer for TikTok. In this role, he played a key part in securing U.S. user data and maintaining essential user account services. Additionally, he was responsible for ensuring the smooth operation of creator monetization services, supporting the platform’s creators and their ability to generate revenue. His contributions were crucial in improving infrastructure reliability and security across TikTok’s platform.

In pursuit of his passion for robotics, Andrew left Deloitte to pursue a Master of Science in Robotics at Northwestern University, with an expected graduation in late 2025. He is currently seeking full-time or internship opportunities in Robotics Software Development, with a particular interest in autonomous vehicles, Simultaneous Localization and Mapping (SLAM), sensors, and sustainable robotics.