Process Engineer

ERMCO•Dyersburg, TN
•Onsite

About The Position

The Technical Process Engineer is a system-focused engineering role responsible for improving manufacturing throughput, flow, and delivering reliability through disciplined process engineering and operations science. This position applies Lean Six Sigma (LSS) methodology, Theory of Constraints (TOC), Factory Physics, and structured experimentation to identify, stabilize, and elevate system constraints-without compromising safety, quality, or process integrity. Unlike roles focused on daily production expediting or firefighting, this position concentrates on structural, long-term improvement of manufacturing flow, capability, and constraint behavior. The Technical Process Engineer takes a holistic view of material flow, information flow, and process capability, partnering cross-functionally to align manufacturing processes with business demand. This role works under the direction of the Technical Project Manager (TPM) of Process Engineering, supporting plant-wide flow objectives and constraint management strategy through data-driven analysis and validated improvement efforts.

Requirements

  • Bachelor’s degree in engineering (Industrial, Mechanical, Manufacturing, Electrical, or related discipline)
  • Strong analytical and problem-solving abilities, with a focus on detail and precision
  • Excellent communication and interpersonal skills, capable of engaging effectively with stakeholders at all levels
  • Proven track record of leading quality improvement initiatives and achieving significant quality enhancements
  • Proactive and results-driven, with a continuous improvement mindset
  • High level of integrity and professionalism, with a commitment to ethical quality management practices

Nice To Haves

  • Advanced certification in Quality Management Systems (e.g., CQM, CQE) or Lean Six Sigma Green/Black Belt

Responsibilities

  • Identify manufacturing system constraints and bottlenecks using Lean Six Sigma, Theory of Constraints, Operations Science, and Factory Physics principles
  • Analyze cycle time, queue time, WIP, yield, and throughput data to diagnose performance losses and prioritize improvement opportunities
  • Lead efforts to exploit and elevate constraints by reducing variation, controlling WIP, implementing standard work, and redesigning processes-starting at the bottleneck
  • Evaluate the system-level impact of local process changes to prevent sub-optimization and ensure enterprise-wide improvement
  • Apply Lean Manufacturing, TOC, and Six Sigma tools to stabilize flow and improve process capability at constrained operations
  • Design and implement process controls, error-proofing, and standard work that protects quality while improving speed and reliability
  • Partner with Manufacturing, Quality, and Engineering teams to ensure processes are predictable, capable, and aligned with demand
  • Support investigation of chronic throughput instability, quality issues, and delivery misses by focusing on upstream process behavior
  • Monitor and communicate performance trends, clearly linking constraint behavior to business outcomes such as lead time, service level, and cost
  • Mentor and coach stakeholders on LSS, TOC thinking, system behavior, and disciplined process improvement methods
  • Ensure all improvements align with ERMCO safety standards, quality requirements, and long-term operational sustainability
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