Industrial Engineering Support

Title: Industrial Engineering Support

Location: San Antonio Texas

Job Type: Full Time

Experience: 4-6 Years

Onsite/ Remote: Day 1 Onsite at customer location

Looking for Only USC & GC

Job Description:

Background

International in San Antonio Texas would like to quote mid-term Industrial Engineering support. The resource selected should be able to provide experienced degreed industrial engineers for mid-term facility support.

Requirements

1. Contractor to provide a minimum of 15 mid-term support Industrial Engineers to provide daily support for Internation Facility in San Antonio Texas. Contractors are expected to work on site 4 days/week. Standard workdays are 5:30am to 4:00 pm 4 days a week. On occasion Industrial engineers may need to work Fridays and Saturdays to support major project initiatives.
2. Engineers provided must have 4-year engineering degree.
3. Engineers provided must be Most certified and have documented experience using MOST to determine labor requirements.
4. All engineers provided must have a minimum of 2 years experience in an industrial setting.
5. All engineers must be on site no later than 1/26/2026.

Key responsibilities- Domain (Automotive Manufacturing )

• Process optimization: Streamlining assembly lines improving workflow and eliminating bottlenecks to reduce cycle times and waste.
• Supply chain management: Coordinating with suppliers and distributors to ensure timely delivery of parts and efficiently manage inventory.
• Quality control: Implementing statistical methods and systems like Six Sigma to ensure vehicles and components meet quality standards consistently.
• Manufacturing and facility planning: Designing plant layouts planning process sequences and setting up new facilities or machinery.
• Workforce and ergonomics: Designing workstations and processes to improve worker productivity and safety.
• Project management: Leading continuous improvement projects and the development of new products or services.

What they do

• Analyze production processes: Look for inefficiencies in the production line and redesign them for better speed and cost-effectiveness.
• Improve logistics: Work on material handling equipment and method planning to ensure a smooth flow of materials.
• Develop new manufacturing plans: Plan the steps layout and resources needed to build new vehicles or components.
• Implement quality systems: Develop and implement systems to ensure final products are high-quality and meet all specifications