Title Industrial Engineer, Continuous Improvement

Industrial Engineer/CI

With presence in more than 20 countries, Gestamp is a leading international group specializing in the design, development, and manufacture of metal automotive components. Our commitment to innovation drives us to create safer, lighter vehicles while minimizing energy consumption and environmental impact.

The Manufacturing Engineer is responsible for developing and optimizing manufacturing methods, processes, and systems to improve productivity, quality, safety, and cost efficiency. This role focuses on maximizing the utilization of machines, tooling, equipment, and facility resources while supporting continuous improvement initiatives across the operation.

• Ensure full compliance with OSHA, safety, PPE, ISO, and environmental requirements.
• Promote a safe work environment for employees, contractors, and visitors.
• Analyze production schedules, work orders, and workflows to identify inefficiencies using Lean, Kaizen, and Six Sigma principles.
• Lead and sustain 5S initiatives across the facility.
• Develop and implement strategies that eliminate waste, streamline processes, and improve cycle time and throughput.
• Perform root-cause analysis and drive corrective actions related to process variation and quality issues.
• Design and optimize control systems to support production planning, process stability, and operational efficiency.
• Collaborate with engineering and IT to implement systems such as IoT, VQM, Workflow Manager, and Power BI dashboards.
• Improve data collection, reporting, and visualization methods across production, quality, maintenance, and materials teams.
• Establish and maintain min/max levels for lineside stock and warehouse storage.
• Develop and implement efficient production floor layouts focused on throughput, FIFO, 5S, and material flow optimization.
• Support launch of new programs by designing layouts, workflows, and material handling strategies.
• Implement and support quality assurance measures to reduce defects and ensure product conformance.
• Work cross-functionally with engineering, production, maintenance, materials, and quality teams to drive improvements.
• Assist in preparing budgets, project timelines, and training plans.

• Bachelor’s degree in Engineering (Industrial or Manufacturing preferred).
• Knowledge of SPC, JIT, MRP, and industrial management practices.
• Must have experience with Kaizen Lean Manufacturing, maintaining 5S.
• Must have worked on the floor/boots on the ground engineer.
• Minimum of 3 years of engineering experience; 5–8 years preferred.
• Experience with OEM or Tier 1 automotive suppliers strongly preferred.

Provide manufacturing methods and systems for optimizing the utilization of machines, tooling, equipment, facilities, quality, and production.

• Understand and comply with all OSHA, safety, and PPE requirements.
• Understand and comply with all ISO and environmental requirements.
• Health & Safety of self and colleagues including outside contractors or support personnel.
• Analyzing Workflows:
  Assessing production schedules, work orders, and existing workflows to identify inefficiencies and areas for improvement using Kaizen & Lean Manufacturing principles.
• Implement and maintain company 5S.
• Process Improvement:
  Developing strategies to eliminate waste and streamline operations, often using methodologies like Lean Manufacturing and Six Sigma.
• Designing Control Systems:
  Creating systems to coordinate activities and production planning, ensuring that processes run smoothly and efficiently.
• Quality Assurance:
  Implementing quality control measures to maintain high standards and reduce defects in products or services.
• Collaboration:
  
  Working closely with management to create budgets, timelines, and project plans, as well as training staff on new processes and safety regulations.
• Work with engineering and IT for implementation of IOT/VQM/ Workflow manager and power bi dashboards.
• Work with production, maintenance, engineering, materials, and quality to improve data collection and reporting methods.
• Establish min/max quantities of lineside stock for new and existing programs.
• Evaluate and…