You kick off the morning scanning ERP dashboards and production metrics. A spike in scrap triggers a structured root cause analysis; by noon, you’ve validated corrective actions and aligned cross-functional partners on the path forward. The afternoon shifts to design-for-manufacturability reviews—translating product concepts into robust, repeatable molding processes. You close the day by mentoring junior engineers on best practices and exploring a promising new molding technology to pilot next quarter.
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Designing, developing, and tuning injection molding processes to drive efficiency, quality, and cost improvement.
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Leading rigorous root cause investigations and implementing durable corrective and preventive actions.
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Partnering with design, quality, and operations to ensure parts are manufacturable and meet all specifications.
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Driving projects for process improvements, equipment upgrades, and the introduction of new molding technologies.
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Coaching and upskilling junior engineers and production teams on technical standards and methods.
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Monitoring KPIs and deploying strategies to lift throughput, yield, and first-pass quality.
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Staying on top of industry advances in materials, tooling, and molding equipment.
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BS in Mechanical Engineering, Manufacturing Engineering, or related discipline.
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5+ years in manufacturing engineering with a deep focus on injection molding.
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Expert knowledge of molding processes, materials, tooling, and press/auxiliary equipment.
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Proficiency with CAD and related engineering tools.
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Exceptional problem-solving skills with a proactive, hands-on mindset.
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Clear, collaborative communication skills and effectiveness in cross-functional teams.
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Familiarity with Lean Manufacturing and Six Sigma; formal certification is a plus.
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Mixing
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Plastic Extrusion Experience
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Injection Molding Experience
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Tool/Die/Mold Setup Experience
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ERP Software
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CAD and engineering analysis tools
This role is based in Monette, AR.
