Descripción de puesto
the role
design, develop, implement, and sustain industrial automation and robotics solutions that improve efficiency, reliability, safety, and digitalization across operations. Serve as the technical expert in control systems, robotics, industrial networks, ot cybersecurity, and continuous‐improvement initiatives supporting maintenance, processes, and production.
what you'll do (impact areas)
* control & robotics engineering
* design, program, and implement plc, hmi, scada, and industrial robot systems for both new and existing equipment; develop control logic and coordinate commissioning of automation and robotic cells.
* industrial networks & ot cybersecurity
* configure and maintain industrial networks (ethernet/ip, profinet, modbus), ensuring availability and redundancy. Apply industrial cybersecurity best practices, including access control, segmentation, backups, and patch management.
* digital asset & documentation management
* maintain backups, robot routines, drawings, and technical documentation. Ensure proper traceability and documentation of process data, alarms, and operating conditions.
* operations support & reliability
* provide second‐ and third‐level technical support to maintenance, processes, and operations. Develop condition‐based maintenance routines for robots and automated systems; participate in audits and risk assessments (hazop, loto, sil).
* advanced control & visualization
* implement advanced pid, cascade, and feedforward control strategies. Design intuitive hmi/scada interfaces with kpis, alarms, trends, and traceability features.
* innovation & continuous improvement
* propose and evaluate technologies such as iiot, edge computing, machine vision, ai, and automated diagnostics. Analyze bottlenecks, energy use, and process variability to recommend automation improvements.
* integration with process engineering
* ensure control systems meet operational requirements (pressure, temperature, flow, mixing). Adjust logic with process engineering for functional upgrades, recipe changes, or performance improvements. Lead or support validation activities and engineering modifications.
* training & capability building
* train technicians, operators, and engineers on operation, maintenance, troubleshooting, and proper use of automated and robotic systems.
what success looks like
* high availability and stable performance of automated and robotic systems.
* secure, reliable ot network infrastructure.
* accurate and well‐maintained backups, documentation, and process data.
* improved throughput, quality, reliability, and reduced failures through automation enhancements.
* operational teams capable of safely and effectively using automation systems.
core competencies
* advanced plc, hmi, scada, and fieldbus programming (allen‐bradley, siemens preferred).
* industrial networks (managed switches, vlans, industrial firewalls).
* industrial robotics programming and automated cell design.
* integration of sensors, vision systems, actuators, and control equipment.
* industrial cybersecurity standards (iec 62443, nist).
* root‐cause analysis, spc, condition‐based maintenance, and advanced control.
* strong communication, leadership, problem‐solving, teamwork, curiosity, and adaptability.
what you bring (qualifications)
* bachelor's in electronics, automation, mechatronics, robotics, or a related field.
* 5+ years of experience designing, operating, and improving automation and robotics systems.
* experience with multi‐brand plcs, scada platforms, robots, and industrial networks.
* strong analytical, technical leadership, and troubleshooting skills.
* english proficiency (~80%).
* availability for travel.
* no shift rotation required.
key stakeholders
* internal: plant management, area leads, production supervisors, plant personnel, champions.
* external: suppliers, engineering/project teams, and mexico battery plants network.
top challenges
* integrating legacy and modern automation technologies across brands and generations.
* maintaining cybersecurity without impacting system availability.
* diagnosing multifactor issues involving sensors, controllers, and process conditions.
* balancing urgent support needs with long‐term automation projects.
* driving adoption of new technologies and overcoming resistance to change.
key decisions
* selecting suitable control architectures, robots, and field devices for new applications.
* defining control logic, interlocks, sequences, and ot network configurations.
* prioritizing critical failures and deciding when to escalate issues.
* approving automation upgrades, firmware updates, and vendor technology proposals.
* determining access levels, visualization standards, test acceptance criteria, and training content for operational teams.
work model & travel
on‐site role with required travel. No shift rotation.