Technical Process Engineer

Ermco•Dyersburg, TN

12h•Onsite

About The Position

ERMCO Electric Research and Manufacturing Cooperative, Inc. (ERMCO) is the leading manufacturer of distribution transformers and engineered electrical solutions, serving electric utilities, Original Equipment Manufacturers (OEMs), and industrial customers across North America. Headquartered in Dyersburg, Tennessee, ERMCO delivers reliable, high-quality products that power homes, businesses, and communities across North America. With a commitment to safety, operational excellence, and continuous improvement, ERMCO is at the forefront of supporting grid modernization and energy transition. Our vertically integrated operations, customer-focused culture, and investment in people and technology make ERMCO the Most Valued Partner for delivering resilient, sustainable power infrastructure for the future. The Technical Process Engineer is a system‑focused engineering role responsible for improving manufacturing throughput, flow, and delivery reliability through disciplined process engineering and operations science. This position applies 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. This role is onsite in Dyersburg, TN. Relocation assistance is available.

Requirements

Bachelor’s degree in Engineering (Industrial, Mechanical, Manufacturing, Electrical, or related discipline)
3–5 years of experience in process engineering, manufacturing engineering, operations engineering, or technical continuous improvement
Working knowledge of Theory of Constraints, Factory Physics, Lean Manufacturing, and structured problem‑solving methodologies
Demonstrated experience identifying and improving manufacturing bottlenecks in complex production environments
Strong analytical capability with experience using operational data to assess flow, variation, and system performance
Experience improving quality and yield through process design and variation reduction rather than reliance on inspection
Effective cross‑functional communication and collaboration skills
Systems mindset with the discipline to prioritize work based on constraint impact and overall performance
Self‑directed, data‑driven approach and comfort working in environments that require experimentation and learning
Commitment to continuous improvement and advancing ERMCO’s operational excellence initiatives

Responsibilities

Identify manufacturing system constraints and bottlenecks using 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 protect quality while improving speed and reliability
Conduct structured root cause analysis and lead small, fast, low‑risk experiments at the gemba to validate improvement hypotheses
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 TOC thinking, system behavior, and disciplined process improvement methods
Ensure all improvements align with ERMCO safety standards, quality requirements, and long‑term operational sustainability