Industrial Engineer

• To be successful as an industrial engineer you should be able to design production systems that maximize productivity, reduce wastefulness and production issues, are cost-efficient, and ensure high product quality.
• Design the layout of facilities and determining personnel requirements, maintaining labor models.
• Improve site Material Flow by using tools like PFEP, Floor space Planning tools and Inv. Calculations.
• Calculate Capacity and maintain site capacity models.
• Perform Indirect Labor time studies, calculate utilization and developing action plans for improving plant efficiency.
• Improve Material flow and introduce Material automation. (AGV/VGV etc.,)
• Reviewing production schedules, processes, specifications, and related information.
• Map production processes / use Value Stream Mapping to identify constraints and help with constraint management.
• Developing and implementing process improvements and analyzing current processes for new technological upgrades.
• Developing design and production standards in cooperation with management and Shop personnel.
• Preparing material and equipment lists, purchase orders, cost analyses, and estimated production costs.
• Training staff for new processes and providing instructions and manuals.
• Managing process/project documentation and preparing reports.
• Identifies waste and opportunities for the business to improve in (among others by using Lean principles and methodologies).
• Collaborate with site lean teams for improvements, participate or lead Kaizen events, and waste reduction.

• Bachelor's Degree in Industrial Engineering.
• Relevant work experience: Internships, co-op experience, or collegiate projects
• Strong communication and presentation skills.
• Troubleshooting skills and attention to detail.
• Proficiency in MS Office and AutoCAD.
• Experience or knowledge on Time studies, calculating Capacity, Labor models, and Toyota Production System principles.

Johnson Controls