Intern - Mechanical Engineer
Time type: full time
Posted on: September 09, 2024
Job requisition id: R3935
We want to learn from you! Our teams at Symbotic value theearly career talent that helpsus solve critical issues in creative and innovative ways. That is why we offerInternship and Co-op programs where students have the opportunity to work alongside industry professionals on some ofour most pivotalprojects. We invite students from institutions across the country to apply online or engage with our teams on campus at career fairs and other events. Symbotic offers an extensive calendar of events including Lunch and Learns, Social Outings, and Volunteer opportunities for our Interns and Co-ops to engage in.
The Summer Intern session is a 12-week,full-time (40 hours Monday-Friday) program while the Co-op cohorts typically run 16-weeks in the Spring and Fall. In both programs, students are paid a competitive hourly rate. Continue reading to learn more about this exciting opportunity!
What you'll do
- Perform tolerance analysis on complex mechanical assemblies and create mechanical drawings.
- Help to create and manage Bills of Material (BOMs) and Engineering Change Orders (ECOs).
- Utilize CAD to update drawings and facilitate a rapid turnaround of detailed prints.
- Apply your Engineering Skills in the design of and recommend fixtures, tools, and processes.
- Uses mechanical components, standards, and mechanical best practices.
- Assemble mechanical fixturing, utilize hand tools, machine tools.
- Properly use calipers, micrometers, scales, and other measuring equipment.
- Prototyping and Machining Experience (Vertical Mill, Drill Press, Rapid Prototype, Lathe, etc.) a plus.
- Design parts and assemblies to support current and future Symbot products.
- Create detailed drawings with GD&T.
- Finite Element Analysis (depending on their background).
- Prototype building and testing.
What you'll need
- Currently pursuing a BS in Mechanical Engineering.
- Working knowledge of GD&T and other drawing standards.
- Experience using SolidWorks or equivalent 3D design software.
- Familiarity with complex mechanical mechanisms specifically robotics or automation such as motors, sensors, actuators, materials, bearings, power transmission components, etc.
- Familiarity with manufacturing processes: machining, casting, sheet metal, plastics, fabricated assemblies, etc.
- Experience with Finite Element Analysis using software, like SolidWorks Simulation or ANSYS, preferred but not required.
- Knowledge of MS Office (Excel, Word, Outlook, PowerPoint).
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