Overview Do you want to join a team that's changing the world? Do you have a strong background as a Sr. Engineer, Industrial Automation and Robotic? Then we're looking for you! Check out the job description and apply now! Put your skills to meaningful use, gain unique experience, and work with world-class team members with diverse backgrounds and expertise who share the same vision. Join the PECNA team today! Responsibilities Sr. Engineer, Industrial Automation and Robotics https://www.youtube.com/watch?v=0tMgKm_71qs (by clicking this link you are being referred to an external site that is not part of Panasonic) Meet the Recruiter: Princess Damato Job Summary: Panasonic Energy is seeking a Sr. Engineer, Industrial Automation and Robotics reporting to the Sr. Director, Next Gen Initiatives. This role operates within the Next Gen Initiatives (NGI) team, a strategic function responsible for advancing automation, AI enablement, and operational transformation across PECNA. This role focuses on the physical execution layer of manufacturing: deploying automation and robotics systems that transform how work is performed on the factory floor. The engineer will drive deployment of robotics, task-specific equipment automation, process control, automated inspection, and AI-integrated hardware systems. This role converts Next Gen concepts into stable, production-ready assets that improve safety, quality, productivity, throughput, cost performance. The ideal candidate blends future-forward curiosity with a hands-on approach to problem-solving. You will translate complex manufacturing challenges into structured intiatives, driving cross-functional execution from early discovery and ideation through proof-of-concept and full deployment, ensuring measurable performance improvements and sustained adoption across the shop floor. Essential Duties: Strategy & Execution Partner with site leadership and manufacturing stakeholders to define and prioritize initiatives aligned to NGI pillars and identify opportunities to improve performance, cost, and workforce capability. Translate operational challenges into clear initiative charters and drive end-to-end delivery across physical systems (automation/robotics). Own use cases from discovery through proof of concept to scaled deployment, ensuring solutions are operationally relevant, explainable, and embedded into frontline workflows. Manage initiative timelines, risks, and dependencies; drive issue resolution with cross functional stakeholders. Next Gen Technologies Evaluate and pilot emerging automation and robotics technologies across production sites, including advanced robotics, AMRs, and polyfunctional platforms. Identify and evaluate high-impact opportunities in areas such as task-specific equipment automation, process control, automated inspection, and AI-integrated hardware systems. Identify and prioritize automation opportunities that deliver measurable improvements in productivity, throughput, quality, and safety. Partner with process engineering/mechanical engineering/quality/controls/SCADA to convert manual or semi-automated operations into reliable, closed-loop automated systems using PLCs, HMIs, sensors, and control logic. Develop evaluation frameworks to assess readiness, capability, reliability, safety, and ROI before scaled deployment. Stakeholder & Vendor Coordination Bridge the gap between Operations, Engineering, Safety, Maintenance, IT/OT, Quality, Finance, HR, Supply Chain to ensure deployments are safe, scalable, and sustainable. Manage relationships with robotics OEMs, automation integrators, and equipment vendors, including RFAs, bids, delivery milestones, FAT/SAT, and performance accountability. Define and track KPIs such as cycle time, resource efficiency, MTBF, uptime, ROI, quality impact, and safety improvement. Document standards and best practices to enable repeatable deployment across NV and KS sites. Support training and change management for sustainable ownership by relevant teams. Personal Protective Equipment (PPE) Requirements: To ensure the health and safety in the workplace and for the protection of our employees, wearing PPE is a possibility and may include equipment such as a full Tyvek suit, safety shoes, gloves, safety glasses, face mask, bump cap, and a full hazmat suit that includes a respirator. The foregoing description is not intended and should not be construed to be an exhaustive list of all responsibilities, skills and efforts or work conditions associated with the job. It is intended to be an accurate reflection of the general nature and level of the job. Qualifications Requirements - Required and/or Preferred Required Education, Certifications, and Licenses: Bachelor's degree in Engineering, Robotics, Mechanical Engineering, Electrical Engineering, Mechatronics, Computer Science, Industrial Engineering, or related field Preferred Education, Certifications, and Licenses: Master's degree in a related field PMP, Six Sigma, or equivalent continuous improvement certification Essential Qualifications: 7+ years of experience in industrial automation, robotics, controls, equipment engineering, or systems integration within a high-volume manufacturing environment Proven cross-functional delivery from concept to adoption Knowledge of factory systems (MES, SCADA, PLCs, ERP) Experience managing vendors or integrators through requirements, RFA/RFQ, FAT, SAT, commissioning, and handoff Strong communication, structured problem-solving, and stakeholder management skills Strong project execution skills with ability to manage scope, timeline, risks, dependencies, and cross-functional stakeholders Strong communication skills, comfortable working on the shop floor and presenting progress to leadership Preferred Qualifications: Experience in battery, semiconductor, automotive, pharmaceutical, or high-speed consumer goods manufacturing Experience with AMRs/AGVs, cobots, articulated robots, inspection automation, or material movement automation Experience with industrial controls, programming, and systems integration, including PLCs, HMIs, sensors, robotics interfaces, equipment communication protocols, or integration of automated systems into manufacturing environments Familiarity with ROS, robot simulation tools, AMR fleet management, LIDAR navigation, or AI-driven motion control Experience with Lean, Six Sigma, TPM, or continuous improvement methodologies Experience working with Japanese manufacturing partners or in cross-cultural engineering environments Travel Requirement: Up to 25% travel required Physical Demands: Physical Activities: Percentage of time (equaling 100%) during the normal workday the employee is required to: Sit: 30% Walk: 40% Stand: 30% Required Lifting and Carrying: Rare (