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May 2025 - Present
BOS12 - North Reading, MA
During my 2nd co-op at Amazon Robotics, I worked on electromechanical actuator systems and articulated robotic arms that are central to Amazon’s next-generation automation platforms. My contributions focused on the design and testing of custom PCBs for motion control, enabling high-precision movement and reliable feedback in complex robotic assemblies. These projects involved close collaboration with mechanical, firmware, and test engineering teams to bring advanced robotic systems from concept to hardware validation — all in support of Amazon’s mission to continuously enhance fulfillment automation.
PCB Development
PCB Development
Will design and developed custom PCBs for internal testing, fault insertion, and system diagnostics.
System Design Verification
System Design Verification
Conducted extensive Design Verification Tests (DVT) on voltage rails, clock signals, and sensor outputs for several AR platforms
Leveraged advanced diagnostic tools such as oscilloscopes, logic analyzers, and thermal imaging to identify and resolve complex hardware issues, improving overall system reliability.
This role provided invaluable experience working with state-of-the-art robotics and safety systems in a real-world environment. It strengthened my expertise in hardware design, sensor integration, and autonomous systems optimization. I gained a deeper appreciation for the complexity of human-robot collaboration and the challenges of creating scalable and efficient robotics solutions in high-demand environments.
Learn more about Amazon Robotics: Amazon Robotics Technology
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