Intern - Hardware Engineer

Exol•Wilmington, MA

25d•$29 - $40•Onsite

About The Position

Symbotic's Hardware Engineering team is a dynamic community of innovators designing the technology that powers our integrated systems. Intern opportunities in our Hardware function include: Mechanical interns turn ideas into reality by designing and prototyping robotic components while gaining hands-on experience with CAD, SolidWorks, and other technologies that keep our robotics systems running. Electrical interns play a key role in sustaining and enhancing our system by managing cables, troubleshooting power issues, and testing and debugging circuit boards (PCBs). Testing interns will ensure seamless interaction between hardware and software systems through building test fixtures, developing test plans, and conducting root cause analyses. Industrial Controls interns support onsite installations, working hands-on with programmable logic controllers (PLC). At Symbotic, Early Career talent plays a meaningful role in helping us reimagine the future of supply chain automation. Through our Internship and Co-op programs, students have the opportunity to contribute to real projects, collaborate with experienced engineers and business leaders, and gain hands-on exposure to the technologies powering our end-to-end robotics and automation solutions. We are looking for curious, motivated students who are excited to solve complex problems, bring new perspectives to cross-functional teams, and see their work make an impact in a fast-moving, innovative environment. Along the way, Interns and Co-ops are supported through mentorship, professional development, networking opportunities, and a robust calendar of events designed to help them build community and grow their careers. Symbotic offers transportation and housing benefits for students who meet our relocation requirements.

Requirements

Currently pursuing a Bachelor's degree in engineering required (Systems, Robotics, Mechanical, Electrical, Computer Science, or related engineering/technical field).
Familiarity with developing tests for integrated systems with a high degree of hardware and software complexity, preferably robotics or automation.
Familiarity with Python.
Knowledge of complex electro-mechanical applications including technologies such as robotics, vision, safety-critical systems, multi-axis sensors, localization methods, actuators, and control algorithms.
Strong analytical, creative problem solving, critical thinking, and organizational skills.
Outstanding communication skills with demonstrated ability to organize and present data.
Mechanical: Working knowledge of GD&T and other drawing standards. Experience using SolidWorks or equivalent 3D design software. Familiarity with manufacturing processes: machining, casting, sheet metal, plastics, fabricated assemblies, etc.

Nice To Haves

Experience with programmable logic controllers (PLC) a plus

Responsibilities

Assist one of our various Hardware Engineering teams with designing, documenting, building, testing and debugging of the latest technologies and engineering designs.
Design parts for various manufacturing processes, including machining, casting, sheet metal, plastics, and fabricated assemblies using CAD.
Assemble electromechanical assemblies, fixtures utilizing hand tools, measurement equipment and machine tools.
Assist in debugging issues with the bot Mechanical and Electro-mechanical systems and components.
Develop and execute robot motion scripts (python) to control single-axis repetitive movements and coordinate complex multi-axis behaviors in support of test requirements.
Create and manage Bills of Materials (BOMs) and Engineering Change Orders (ECOs).
Contribute to the design and implementation of PLC hardware and software systems.
Inform reliability test plans to identify failure modes early in development cycles.
Conduct root cause analysis of system failures to support engineering development.