Pomfret - Optimization Engineer

Central Wire•Pomfret, CT

2d•Onsite

About The Position

Take the next step in your career with an exciting and growing company As the only fully integrated maker of premium quality wire, rope, and assemblies, Loos & Co holds a leading position in the global aerospace sector. A division of the Central Wire (CWI) Group of Companies encompassing 12 locations in three countries, 750+ employees, and over six decades of excellence, Loos & Co solutions are found in mission critical flight control applications. Our precision-manufactured components are also used for defense, med tech, and heavy industry purposes around the world, in large part because of the people behind our products. If you have a passion for customer success and want to grow with a dynamic company that offers opportunities to reach your full potential, we want to hear from you. We’re seeking an Optimization Engineer to join our fast-paced Engineering team in Pomfret Center, CT. Essential Function The Optimization Engineer exists to improve manufacturing performance through disciplined, data driven process optimization. The role focuses on identifying, prioritizing, and executing improvements that increase throughput, yield, capacity, safety, and predictability across manufacturing operations. The position partners closely with manufacturing, process engineering, quality, supply chain management, IT, and sales teams to translate analytical insights into sustained shop floor improvements and standardized practices. Overarching Goals of the Role • Improve operational efficiency by reducing waste, rework, and variability in manufacturing processes • Increase production output and reliability without proportional increases in labor or capital • Establish repeatable, standardized processes that can be sustained by manufacturing teams • Shift process decision making from anecdotal or “tribal knowledge” methods to data based engineering controls • Support strategic initiatives (e.g. automation, layout changes) that materially improve operating performance

Requirements

Associate’s or Bachelor’s degree in Industrial, Manufacturing, Mechanical, Systems, or related Engineering discipline, or equivalent demonstrated experience
1 – 3 years of experience in optimization, process improvement, or related engineering roles
Demonstrated success completing projects with measurable impact to manufacturing performance
Working knowledge of continuous improvement, Lean, and basic project management principles
Proficiency in data analysis tools (Excel required) and ability to interpret complex operational data
Strong communication skills with the ability to influence cross functional teams without direct authority
Regular presence on the manufacturing floor to observe processes, collect data, and support implementation
Ability to stand, walk, bend, and access production areas as required to perform engineering analyses
Occasional lifting or movement of light materials or tools in support of process studies (within standard industrial limits)
Ability to work in a manufacturing environment with appropriate PPE

Responsibilities

Analyze manufacturing processes to identify inefficiencies, bottlenecks, quality risks, and capacity constraints
Lead and execute improvement projects targeting cycle time, throughput, yield, scrap reduction, and labor efficiency
Use data analysis tools (e.g., Excel, ERP data) to quantify problems, validate solutions, and track results
Collaborate with project managers and cross functional teams to improve execution, reduce waste, and increase predictability
Hand off completed improvements with clear documentation and standards to ensure long term sustainment
Standardize successful solutions so they can be replicated across products, cells, or sites
Support layout, flow, and cell design improvements to improve material movement and space utilization
Evaluate opportunities and support optimization of automated or semi automated processes through data analysis and controlled changes to improve safety, quality, and throughput
Work within defined engineering and change control standards when implementing improvements affecting equipment or systems
Ability to engage productively with members of the team at all levels.
Ability to utilize concepts and data to acquire buy in from members of the team.