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Leads the after-sales finance function supporting service operations, warranty activities, operational costing, forecasting, reporting, and governance. Develops scalable processes, performance metrics, dashboards, and business planning practices while partnering with service, supply chain, procurement, customer-facing teams, and leadership. Identifies operational challenges, leads root-cause analysis and cross-functional improvement initiatives, and presents recommendations to senior stakeholders to improve service delivery, customer experience, efficiency, and scalability.

Designs, implements, and runs automated software tests for mobile robot drive and pick-and-place capabilities. Develops scalable simulation-in-the-loop and hardware-in-the-loop testing frameworks across robotic platforms, performs integration testing, analyzes logs and test data, and conducts system-level debugging and root-cause analysis. Collaborates with software developers to verify new robot capabilities and troubleshoots hardware and software performance issues in production and design environments.

Develop and execute component- and system-level test plans for warehouse automation equipment. Create functional, regression, reliability, and recovery testing strategies; verify PLC software releases; build automated and manual test fixtures; produce electrical schematics, panel layouts, and PLC code; analyze test data; and lead root cause investigations across complex electromechanical systems.

Support the reliability, availability, and performance of automated warehouse systems in a live production environment. Troubleshoot PLCs, VFDs, motors, sensors, robotics, and electro-mechanical equipment; perform preventive and corrective maintenance; analyze alarms, logs, dashboards, and system data; document repairs in CMMS; provide technical escalation and guidance; and maintain OSHA, LOTO, electrical, and other safety standards.

Build production-grade analytics systems that combine enterprise data, SQL, Python, dashboards, and agentic AI. Partner with leaders to analyze performance, define metrics, improve data quality, establish governance, and deliver executive insights and recommendations. Develop self-service data exploration, natural-language analytics, AI integrations, and reusable tools while collaborating with data engineering teams to resolve data issues.

Leads quality engineering activities across customer installation sites, overseeing inspections, installation partners, suppliers, and local QC personnel. Drives root-cause analysis, corrective and preventive actions, reliability improvements, and compliance using 8D, Six Sigma, Lean, FMEA, PPAP, and statistical methods. Collaborates with engineering, manufacturing, sourcing, project management, contractors, and customers to resolve quality issues and improve warehouse automation installation processes. Requires frequent travel and hands-on work at construction sites.

The job description provides company background but does not specify detailed responsibilities or qualifications for the Integration Specialist role. Symbotic develops AI-powered robotic warehouse automation systems supported by intelligent software and machine learning.

Design, develop, test, and deploy real-time planning software for large-scale robotic systems. Build algorithms for multi-robot motion planning, task allocation, inventory flow, traffic management, and fleet orchestration. Develop simulation and modeling tools, analyze telemetry and performance data, integrate production solutions, troubleshoot deployments, and collaborate with robotics, perception, controls, cloud, operations, and systems engineering teams.

Lead manufacturing and third-party partner activities for autonomous robots, automated cells, and engineered structures. Manage production ramp and customer installation projects, quality processes, technical issue resolution, engineering changes, supplier coordination, risk mitigation, and corrective actions. Partner with engineering, quality, contractors, and manufacturers to deliver safe, reliable projects on schedule and within budget. The hybrid Detroit-based role requires at least two onsite days weekly and up to 25% domestic travel.

Lead cross-functional teams in delivering large-scale robotic automation and material handling projects from site preparation through system acceptance. Own scope, cost, schedule, quality, risk, stakeholder communication, and customer coordination. Partner with engineering, supply chain, installation, commissioning, suppliers, and executives to deliver projects on time and within budget. The role is remote and travel-based, requiring up to 60% travel and extensive work at customer construction sites.