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Design and review PCB layouts, manage Altium Designer tools and libraries, integrate designs with PLM systems, and establish PCB standards. Lead component strategy, qualification, lifecycle management, cost reduction, alternate-part validation, and supply-chain resilience. Support legacy design migration and cross-functional engineering teams while applying signal integrity, power distribution, EMC, and manufacturing principles.

Owns Workday integrations and reporting, including EIBs, Core Connectors, vendor feeds, custom reports, calculated fields, dashboards, and analytics. Partners with HR, IT, Payroll, Benefits, Finance, and external providers to maintain reliable data exchange. Troubleshoots integration issues, supports releases and testing, resolves ServiceNow requests, and strengthens data governance, documentation, audit readiness, and system scalability. Provides guidance and training to HR stakeholders.

Lead the System Modeling and Design Simulation organization, managing 5–10 engineers and specialists. Define modeling and simulation strategy, develop mathematical and discrete-event models, optimize robotic system designs, and guide capacity, throughput, and performance analysis. Partner with architecture, controls, mechanical, and software teams on trade studies and product decisions. Establish technical standards, mentor staff, support hiring, and communicate simulation-based recommendations to engineering leaders and executives.

Leads complex technical programs across engineering, product, software, robotics, and automation teams. Responsibilities include managing risks, priorities, dependencies, milestones, accountability, cross-functional communication, executive reporting, and program health metrics using SQL and Jira. The role drives alignment, execution, process improvement, and delivery in a fast-paced technical environment, with up to 20% travel to client and customer locations.

Design and develop real-time perception software for automated forklifts and loading dock systems. Lead technical efforts, troubleshoot system-level performance issues, define requirements and roadmaps, mentor engineers, and engage customer stakeholders on technical scope and KPIs. Work across perception, controls, architecture, CI/CD, and planning while delivering reliable robotic systems into production.

Supports the reliability, availability, and performance of automated warehouse systems in a live production environment. Troubleshoots PLCs, VFDs, motors, sensors, robotics, and electro-mechanical equipment; performs preventive and corrective maintenance; analyzes alarms, logs, and system data; documents repairs in CMMS; escalates downtime issues; guides technicians; and maintains compliance with OSHA, LOTO, PPE, and electrical safety standards.

The job description provides limited role-specific information. The Software Engineer will likely contribute to Symbotic’s core systems and platform services supporting AI-powered robotic warehouse automation, but specific responsibilities and qualifications are not provided.

Own complex production incident investigations from root cause through customer communication and verified corrective action. Lead blameless RCA reviews aligned with ITIL Problem Management, analyze logs and telemetry for recurring failure patterns, present data-backed recommendations to leadership and customers, and drive continuous service improvement through automation, tooling, and reporting. Mentor teammates and influence cross-functional teams to resolve high-priority issues without direct authority.

Lead and scale a team of project managers delivering a $250M+ portfolio of complex automation projects. Oversee scope, schedules, budgets, risks, safety, quality, and customer satisfaction while serving as the primary escalation point for customers, vendors, and stakeholders. Drive standardization, continuous improvement, executive communication, and accountability across the region. The role requires customer-site travel, leadership in matrixed environments, and experience integrating hardware, software, and controls.

Maintain and troubleshoot automated warehouse systems in a live production environment. Diagnose PLCs, VFDs, motors, sensors, robotics, and other electro-mechanical equipment; execute preventive and corrective maintenance; analyze alarms, logs, dashboards, and system data; document work in CMMS tools; support downtime recovery; guide maintenance technicians; and ensure compliance with OSHA, LOTO, electrical, PPE, and other safety standards.