Industrial Engineer 3

ULA•Decatur, IL

1d•Onsite

About The Position

At ULA, success comes through the efforts of a strong, united team. As an Industrial Engineer at ULA's Decatur location, this individual will use engineering and Lean methods to improve processes, resources, and product lifecycles to enhance cost, quality, and schedule performance. ULA is a company that values ethics, ingenuity, engagement, and professional development for employees at all levels. They are committed to the extraordinary, aiming to save lives, explore the universe, and connect the world.

Requirements

Bachelors degree in Engineering or related technical field from an accredited college or university.
Experience in industrial engineering principles including lean methodology and continuous improvement.
Proven ability to lead projects and coordinate team efforts.
Experience with Microsoft Office (Word, Excel).
Must be a U.S. Person as defined in ITAR 22 CFR 120.62 (e.g., U.S. Citizen, Lawful Permanent Resident (Green Card holder) or protected individual).

Nice To Haves

Experience in a manufacturing/production environment.

Responsibilities

Use the application of Industrial Engineering concepts, techniques, analysis and decision tools under general supervision to promote and implement changes in manufacturing, engineering and service operations.
Use development of models, data bases and spreadsheets to analyze data (e.g., statistics, operations research, engineering economics), and provide summary analysis and metrics for consultation to customers (e.g., management, departments, suppliers).
Apply general industrial engineering techniques and concepts to product and process design teams throughout all phases of product lifecycle, resulting in a robust product design and work statement that meets program requirements.
Research, design, develop, improve and implement processes to enhance schedule performance, lower cost, and improve quality, through the application of Lean and other Industrial Engineering concepts for large scale systems integration and asset utilization.
Manage, define, negotiate, and control the scope, cost, and timing of projects, and perform risk analysis using project management tools (e.g., work break-down structure, precedence network, resource allocation).
Use engineering methods (e.g., mathematical models, simulation, statistics) to develop optimal process designs and efficient utilization of resources (e.g., facilities, personnel, materials, equipment) in the creation and validation of products.
Analyze and design value stream, including capability, capacity (e.g., make/buy, supplier selection, risk analysis, supplier performance), throughput, work flow and logistics (e.g., critical path, lead-time, transportation, factory layout).