Industrial Engineer

Summary/Objective
As a member of the technical staff, the Industrial Engineer (IE) works to eliminate waste and uncover inefficiencies in production processes. The IE designs efficient systems that integrate workers, information, machines, energy, and materials to make products or provide services.

Essential Functions
Reasonable accommodations may be made to enable individuals with disabilities to perform the essential functions.

• Coordinates and performs assessments and audits/surveillance of the operation.
• Designs equipment to coordinate production planning to minimize production issues and costs while ensuring products meet quality standards.
• Ensures the company complies with all industry standards for safety while meeting design standards and guidelines.
• Provides technical direction, serves as a point of contact or business liaison, prepares briefings for management, and assists in problem resolution specific to the program and or project.
• Designs, develops, and maintains manufacturing routes to maximize effectiveness, efficiency, and space.
• Reviews production information to understand methods and activities in manufacturing and services including, but is not limited to, production schedules, process flows and engineering specifications.
• Creates systems and production plans to ensure all products meet quality control standards.
• Develops standards for production and design by working with clients and management.
• The IE performs a support role as needed on less complex projects.

Competencies

• Technical Capacity
• Problem Solving/Analysis
• Communication Proficiency

Required Education and Experience

• B.S. in Industrial Engineering, Physics, or equivalent work experience.
• Knowledge of production processes, costs, quality control, raw materials and other methods for maximizing the efficient manufacture and distribution of goods.
• Knowledge of the ways various systems interact and how changes in operations, the environment and other conditions will affect outcome.

• Design control systems to minimize and resolve production issues and project costs.
• Review production information to understand methods and activities in manufacturing and services. This includes, but is not limited to, production schedules, process flows and engineering specs.

Preferred Education and Experience

• Master’s degree in industrial engineering
• Knowledge of CAD software (ProE or AutoCAD preferred).