Jobs at Rockwell Automation

Entry-level firmware engineer supporting the development, testing, debugging, and maintenance of embedded firmware for industrial drives products. Responsibilities include C/C++ and Python programming, real-time systems development, unit and integration testing, cybersecurity practices, code reviews, documentation, anomaly investigation, and compliance with engineering standards. The role offers mentorship and collaboration within globally distributed Agile and Scrum teams.

Designs and develops embedded firmware subsystems for industrial automation products, emphasizing real-time performance, reliability, security, scalability, and maintainability. Responsibilities include firmware architecture, coding, testing, defect resolution, requirements traceability, cybersecurity-by-design, CI/CD, and collaboration with hardware, systems, quality, and product teams. The role also provides technical leadership, mentors junior engineers, and contributes to engineering standards and processes.

Lead the architecture, design, implementation, and evolution of embedded firmware platforms for industrial automation products. Develop real-time firmware subsystems, integrate operating systems, networking, communication protocols, and cybersecurity technologies, and optimize performance, reliability, safety, and scalability. Lead architecture and design reviews, technical investigations, roadmaps, and risk assessments while mentoring engineers and collaborating with global teams, customers, partners, and certification bodies.

Designs, develops, debugs, and tests embedded firmware for industrial drives and communication protocols. Responsibilities include real-time control systems, firmware subsystem architecture, protocol implementation, cybersecurity practices, anomaly resolution, requirements traceability, testing, and engineering process improvement. The role collaborates with globally distributed teams and supports protocols including Ethernet/IP, BACnet, Profibus, PROFINET, SNMP, and Modbus TCP.

Lead the architecture, development, integration, testing, and maintenance of embedded firmware for industrial communication solutions. Develop reusable communication subsystems and protocols, troubleshoot networking issues, mentor engineers, ensure requirements traceability and standards compliance, and collaborate with global firmware, hardware, systems, quality, and product teams.

Leads embedded firmware security design, development, testing, threat modeling, vulnerability remediation, and secure development practices for industrial automation products. Implements Secure Boot, encryption, authentication, key management, secure updates, and security communications using C/C++. Conducts code analysis, risk assessments, penetration testing, and security investigations while collaborating across firmware, hardware, systems, quality, and product security teams. Mentors engineers and influences security architecture, standards, verification methods, and enterprise cybersecurity strategy.

Leads cybersecurity architecture, secure development, and firmware security across embedded industrial automation platforms. Responsibilities include threat modeling, risk assessments, vulnerability remediation, secure boot and firmware updates, cryptography, device authentication, compliance, certification, security investigations, process development, roadmap influence, and mentoring. Requires deep C/C++ embedded systems expertise, cybersecurity leadership, and experience with secure development practices, industrial security standards, and security automation.

Plans, designs, automates, and executes firmware testing across functional, integration, system, regression, and performance areas. Develops HIL, SIL, simulation, and CI/CD test environments; investigates defects and field issues; maintains requirements traceability; reports quality metrics; and collaborates with firmware, systems, and product teams. Provides technical leadership, mentors junior engineers, and improves test methodologies for embedded products.

The DevOps Engineer automates builds, CI/CD pipelines, software packaging, deployment, and release processes for embedded software and firmware. Responsibilities include maintaining build scripts and repositories, monitoring build environments, supporting hotfix releases, managing configuration and deployment processes, integrating testing across systems, and coordinating with global engineering, IT, and DevOps teams. The role also involves infrastructure support, documentation, compliance, and occasional unit-testing activities.

Assists with daily maintenance, testing, troubleshooting, changeovers, equipment setup, calibration, and operational support for final assembly automation lines. Supports preventive and corrective maintenance, root cause analysis, process improvements, automation modifications, safety buyoffs, work instructions, process documentation, and engineering change updates. The role also assists with label modifications, compliance buyoffs, and related SharePoint requests.

Develop AI-powered engineering assistants, intelligent automation tools, test automation platforms, and data-driven engineering solutions. Design, develop, test, debug, and validate embedded software using Python, C/C++, embedded platforms, automation frameworks, and AI tools. Collaborate with embedded, systems, and test engineers across regions while gaining experience in industrial automation, Agile methodologies, and enterprise engineering practices.

Develop and improve manufacturing processes, resolve production issues, reduce costs, implement lean techniques, maintain ERP bills of materials and routings, design production-line layouts, support product transfers, implement engineering changes, and improve product manufacturability. The role also coordinates with design engineering and maintains manufacturing records and reporting systems.

Plans and coordinates materials, inventory, procurement, and production activities for new product launches and product lifecycle management. Ensures supply-demand alignment, material availability, inventory optimization, and smooth end-of-life transitions. Uses SAP for forecasting and inventory planning, participates in S&OP and capacity planning, and collaborates with purchasing, production control, and supply chain stakeholders to reduce obsolescence and support production schedules.

Lead strategic sourcing, supplier negotiations, cost reduction, delivery performance, risk mitigation, sustainability, and supplier quality initiatives. Serve as the technical interface between suppliers and engineering teams for alternate sourcing, materials, processes, and quality resolution. Manage RFQs, value engineering projects, engineering changes, supplier development, NPI activities, and special projects while coordinating cross-functional stakeholders across global operations.

Automate builds, develop CI/CD tools, and support automated firmware and software delivery. Create quality metrics and dashboards, improve build and deployment processes, and collaborate with firmware, software, DevOps, testing, and quality teams across global sites. The intern will implement and demonstrate a measurable process improvement during the internship.

The role involves developing quality strategies for products, conducting design reviews, managing quality standards, and leading risk mitigation to ensure product reliability and performance.

Support ETO project execution and engineering activities for power and control systems: review specs and drawings, manage engineering changes, maintain BOMs, coordinate cross-functional teams, support prototype builds and manufacturing readiness, track schedules/risks, resolve manufacturing issues, and provide post-sales technical support.