• Own system-level technical intent from early design through deployment, ensuring alignment across engineering, deployment, and operations teams. • Define system architectures covering interactions between robots, AI and optimization layers, control software, and external systems. • Design and document integrations with customer IT systems, including WMS, WCS, WES, ERP, and other automation platforms using APIs, events, and data models. • Collaborate closely with robotics, software, controls, and deployment engineers to validate technical feasibility and system behavior. • Serve as the primary technical expert for robotic piece picking engagements, working directly with customers to understand their business objectives, operational flows, and constraints. • Translate customer requirements into end-to-end system architectures that balance performance, scalability, cost, and risk, while aligning with AutoStore’s robotic piece picking product portfolio. • Support pre-sales team to analyze customer operations to evaluate optimized robotic piece picking solutions. • Evaluate system architectures based on value, cost, functionality, feasibility, and operational risk. • Support system configuration, testing, validation, and operational readiness, including UAT and performance testing. • Analyze system performance data, logs, and operational metrics to identify bottlenecks, edge cases, and improvement opportunities. • Create and maintain technical documentation such as system diagrams, process flows, solution descriptions, and requirements specifications. • Contribute to design standards, best practices, MRS and project documentation for robotic piece picking solutions.

• Ensure the optimization of the organization’s Digital Employee Experience solutions • Manage incident escalations and resolving solution outages • Oversee the planning, design, and implementation of system engineering projects • Lead the enhancement of processes, procedures, and policies relating to systems functioning and performance • Provide technical direction in-line with business goals • Develop, modify, test, implement, document, and maintain systems software and hardware • Troubleshoot and resolve server, operating system, and other infrastructure problems • Monitor systems and networks for viruses, malfunctions, and errors • Prepare network analytics, data reports, and operational manuals • Perform troubleshooting and remediation

• Provide technical support to plan, schedule and execute hardware and software engineering and implementation of Building Automation Systems projects in Healthcare, Industrial, Commercial and Mission Critical / Technology sectors • Collaborate with design engineers, construction contractors, equipment vendors and client staff to ensure proper operation and acceptance of the automation and software solutions • Assist with Development and Execution of Engineering Documents (60%) • Perform basic engineering work and design tasks under a senior engineer’s supervision • Utilize AutoCAD and Revit software to prepare drawings and visual aids • Assist in the review and creation of drawings details, schedules, sequence of operations and drawing content as directed • Assist with selection and sourcing of DDC programmable controllers to match the application needs • Learn to source and select instrumentation, sensors and field devices • Review and possibly assist with shop drawings, submittals, product data, operations and maintenance manual and asbuilts • Assist in Pre-Construction Activities (15%) • Survey existing building conditions and prepares technical reports of findings • Collect data and other information for construction documents • Prepare project design and construction documents • Basic review and editing of project specifications • Assist in Construction Activities (15%) • Review shop drawings and submittals • Review and respond to RFIs • Assist with punch lists and project closeout documents • Assist with project communication and reporting • Assist with project progress reports for internal and external stakeholders • Manage personal hours using company tools • Leverage AI-enabled and digital tools to enhance efficiency, reduce manual effort, and support consistent, high-quality work output

• Lead the development, decomposition, and management of system, subsystem, and interface requirements in alignment with customer needs and program objectives. • Collaborate with the engineering team to ensure requirements are traceable, verifiable, and aligned with mission performance. • Participate in subsystem architecture trades to balance performance, cost, schedule, and risk. • Review and approve technical approaches to ensure designs meet requirements and integrate cleanly at the system level. • Provide technical oversight and direction to subcontractors and suppliers delivering hardware, software, and system elements. • Review subcontractor designs, analyses, test plans, and test results for compliance with requirements and interfaces. • Review and approve subcontractor technical artifacts, including requirements, designs, test plans, and deliverables. • Serve as a technical interface between subcontractors, internal engineering teams, and government stakeholders. • Actively participate in technical reviews, ensuring technical rigor and risk mitigation with subcontractors and customers. • Mentor and develop junior and mid-level engineers, fostering strong systems engineering practices and technical growth. • Promote consistency in systems engineering processes, tools, and best practices across programs. • Foster a culture of continuous learning, technical curiosity, and accountability. • Support proposal and capture efforts by contributing technical approaches, requirements understanding, and engineering cost estimates. • Write technical content including white papers, technical sections of proposals, status reports, and internal documentation. • Deliver effective internal and external technical briefings. • Engage with customers and partners to understand technical needs and communicate SIE’s engineering capabilities.