Manufacturing Engineer I - OT/MES

Terex Corporation•Moses Lake, WA

1d•$80,000 - $90,000•Onsite

About The Position

Join our team at Terex/Genie in a hands-on manufacturing engineering role focused on Operational Technology (OT) and Manufacturing Execution Systems (MES) support. This is an exciting opportunity for an early-career engineer who enjoys solving production problems, improving processes, and working at the intersection of equipment, controls, data, and operations. At Terex / Genie we believe in fostering a vibrant and inclusive work culture where every person is empowered to thrive. We're dedicated to driving quality, innovation, embracing diversity, and creating an environment where everyone feels valued and respected. We're committed to excellence in everything we do, and we're seeking talented individuals who share our passion and values to join our team.

Requirements

Bachelor’s degree (BS) in engineering or engineering technology from an ABET-accredited program in Mechanical, Electrical, Industrial, Manufacturing, Engineering Technology, or a related discipline.
Basic knowledge of manufacturing processes and industrial automation concepts.
Basic understanding of PLCs, HMIs, machine safety, and instrumentation, including analog and digital signals.
Interest in OT systems, MES platforms, manufacturing data, and plant-floor system integration.
Strong problem-solving skills and a willingness to learn in a fast-paced manufacturing environment.
Ability to communicate effectively with operators, technicians, engineers, and cross-functional teams, consistent with the original posting’s emphasis on conveying technical engineering concepts and working cooperatively with internal and external customers.
Technical writing skills sufficient to support process documentation, work instructions, test documentation, and system support materials.

Nice To Haves

Exposure to PLC programming or troubleshooting, such as Rockwell RSLogix or Studio 5000.
Familiarity with HMI platforms or operator interface systems, including platforms such as C-More or equivalent tools.
Basic understanding of industrial networking concepts such as Ethernet/IP, Profinet, Modbus-TCP, managed vs. unmanaged switches, and VLAN fundamentals.
Exposure to MES, SCADA, historian systems, production reporting tools, or manufacturing data collection platforms.
Basic knowledge of Python or C# scripting for reporting, data extraction, or process monitoring.
Exposure to robot integration or vision systems
Ability to read electrical schematics, mechanical drawings, blueprints, and equipment documentation.
Sufficient human relations skill to convey technical engineering concepts to others; and technical employees; and to work cooperatively with internal and external customers.
Technical writing skills sufficient to prepare product specifications, test, and process documentation.
Advanced mathematics skills.
Ability to perform all the responsibilities of the position.
Requires the ability to conduct mathematical exercises using physics, algebra, analytic geometry, and statistical analysis.
Requires the ability to convert designs into production action plans.
Ability to learn and perform within the principles of Lean Manufacturing, Just-in-Time, and Total Quality Management.

Responsibilities

Support plant-floor OT and MES-related systems used to monitor, control, and improve manufacturing operations.
Assist with the implementation, configuration, and support of connected manufacturing equipment, operator interfaces, and production data systems.
Help troubleshoot production issues involving PLCs, HMIs, industrial networks, device communications, and connectivity between equipment and manufacturing applications.
Work with manufacturing, controls, maintenance, and IT partners to improve uptime, data accuracy, traceability, and process visibility across production lines.
Participate in the installation and sequencing of machines, workstations, tools, parts, and supplies to optimize production flow and support system integration efforts.
Assist in maintaining and improving PLC/HMI applications and related OT devices used in manufacturing processes, building on the original role’s focus on PLC/HMI programming, debugging, and maintenance.
Gather and analyze process and production information including cycle times, downtime events, quality trends, test results, and system performance to support continuous improvement and problem solving.
Support small-scale projects related to equipment connectivity, production monitoring, manufacturing data collection, error-proofing, and digital manufacturing improvements.
Help create and maintain documentation such as I/O lists, network layouts, process flow diagrams, work instructions, schematics, and support documentation, aligning with the original posting’s emphasis on I/O lists, schematics, panel design, and technical writing.
Collaborate with design, project, manufacturing, and operations teams to resolve engineering-related production and systems issues.
Participate in cross-functional meetings that support safe, efficient, and reliable manufacturing operations.
Perform other duties as assigned in support of the overall objectives of the position.