Manufacturing Engineer

Caterpillar•Boonville, MO

3d•$89,210 - $133,810•Onsite

About The Position

As a Manufacturing Engineer with a strong process engineering focus, you’ll play a key role in designing, improving, and supporting manufacturing processes that drive safety, quality, cost, and efficiency across the production floor. You’ll work closely with cross‑functional teams to develop and optimize processes, introduce new tooling and equipment, support engineering changes, and solve complex manufacturing challenges. This role is ideal for someone who enjoys hands‑on process improvement, root cause problem‑solving, and working directly with operations to build safe, capable, and efficient manufacturing systems. You’ll be part of a collaborative team that values continuous improvement, innovation, and delivering high‑quality products every day.

Requirements

Bachelor’s degree in Engineering (Industrial, Mechanical, Electrical, Manufacturing, or a related discipline).
Decision Making and Critical Thinking: Demonstrates strong decision‑making and critical thinking skills by thoughtfully evaluating prior decisions to extract insights and continuously improve future outcomes. Guides others in analyzing relevant data and evaluating multiple alternatives to reach well‑informed conclusions. Actively challenges assumptions and conventional thinking, ensuring decisions are grounded in objective analysis rather than habit or bias.
Manufacturing Processes: Leverages extensive industry experience and external benchmarks to advise others on improving manufacturing methodologies and overall process effectiveness . Provides clear instruction on critical tasks , key process considerations , and end‑to-end manufacturing workflows . Identifies, tailors, and optimizes process‑specific methodologies while evaluating the benefits, limitations, and applicability of alternative processes and technologies .
Manufacturing Standards, Procedures and Policies: Ensures communication channels effectively inform all impacted employees and functional areas of relevant standards and updates. Collaborates cross‑functionally to establish, align, and document shared standards that promote consistency across the organization. Actively contributes to defining organizational principles , standards , and governance frameworks that support operational excellence and compliance .
Problem Management Process – MFG : Oversees issue identification and resolution , providing timely feedback to downstream customers and stakeholders. Applies established manufacturing procedures to address non‑standard or complex problems and consistently utilize structured problem‑solving methodologies to deliver effective and sustainable solutions .

Responsibilities

Design, develop, and continuously improve manufacturing processes to support safety, quality, cost, and production goals.
Serve as a process engineering expert for molding operations, identifying opportunities to improve process capability, efficiency, and reliability.
Lead process risk identification and mitigation activities, including Safety FMEAs and Process FMEAs, and drive corrective actions for safety incidents, near misses, and quality defects.
Support new product introductions, engineering changes, and process updates by developing and implementing new processes, tooling, and equipment.
Provide day‑to-day engineering support to manufacturing operations, including troubleshooting process issues and driving root cause analysis and corrective actions.
Reduce manufacturing costs and improve throughput through data‑driven process optimization and continuous improvement initiatives.
Collaborate with cross‑functional teams including Operations, Quality, Design Engineering, and Supply Chain to ensure manufacturable designs and robust processes.
Develop and maintain process documentation, standard work, and engineering specifications to ensure compliance with safety, quality, and environmental standards.
Support equipment planning, installation, validation, and ongoing maintenance to ensure processes remain capable and efficient.
Promote a culture of continuous improvement, defect prevention, and safe work practices across the manufacturing floor.