Electrical Engineer

With its A.I.

-powered robotic technology platform, Symbotic is changing the way consumer goods move through the supply chain. Intelligent software orchestrates advanced robots in a high-density, end-to-end system – reinventing warehouse automation for increased efficiency, speed and flexibility.

With its A.I.

-powered robotic technology platform, Symbotic is changing the way consumer goods move through the supply chain. Intelligent software orchestrates advanced robots in a high-density, end-to-end system – reinventing warehouse automation for increased efficiency, speed and flexibility.

Symbotic is seeking a Staff Electrical Engineer to lead electrical design for complex subsystems and the cross-discipline interfaces on automated material-handling robots and related platforms. In this role you will direct how established design principles are applied, guide development of new practices and ideas, and take designs from concept through production with accountability for program-level technical outcomes.

You will be a recognized resource on the team and may lead more complex design efforts. You will work through Symbotic’s Product Development Process (PDP) with guidance only in the most complex situations, and you will partner with mechanical, firmware, safety, PLM, and contract manufacturers so designs can be built, qualified, and released.

The Electrical Engineering – Bot Hardware team is part of Symbotic’s Hardware Engineering organization and develops the electrical hardware that powers and connects our robotic systems. Our team designs PCB-based electronics, harnesses, and electrical interfaces that support power distribution, sensing, compute, communications, and control across our automation platforms. We partner closely with mechanical, firmware, test, manufacturing, and other engineering teams to integrate these designs into reliable, manufacturable robotic products and support them from development through production.

• Lead solutions to complex electrical problems with many variables, at board, harness, and subsystem-integration level (power, sensing, compute, interconnect, grounding, and interfaces to mechanical, firmware, and controls), and guide other designers on the approach.
• Drive designs from concept through production for the programs you own architecture of the subsystem, schematic, PCB layout, prototype, DVT, design freeze, production release, and sustaining.
• Follow the PDP and lead others through it on the efforts you own — phase gates, design reviews, requirements, verification, and release — so the work ships on a repeatable path.
• Design schematics and PCB layouts in Altium, and review the layouts of other designers. Own stackup, placement, routing, SI/PI, EMC-aware layout, and DFM through release.
• Apply DfX (DFM, DFA, DFT, DFS, and related) and raise the same expectation on designs you review, so hardware is manufacturable, testable, serviceable, and cost-capable at the contract manufacturer.
• Work in PLM (BOMs, ECOs/ECNs, item and document release) and with contract manufacturers to enable builds, first article, and production for the programs you support.
• Write requirements and test plans; plan and execute the testing needed to validate safety, function, and robustness, including EMC/EMI bring-up and mitigation.
• Investigate issues and failures in the lab and at customer or manufacturing sites; lead containment and corrective design for the programs you own.
• Research and qualify electro-mechanical components (connectors, sensors, power devices, compute modules) for robotics, automation, and automotive-class environments, and direct how approved design principles are applied.
• Serve as a recognized resource for the team.…