Industrial Engineer at Teijin Automotive Technologies

Teijin Automotive Technologies is an innovative and full-service Tier One supplier with a global presence and emphasis in development for lightweight technologies. Teijin Automotive offers employees the opportunity to join a leading edge company within the composite material industry and enjoy the benefits offered by a growing company in North America and internationally.

We are seeking an Industrial Engineer for our Salisbury, North Carolina Plant.

Specific Job Duties:

• Write system operation procedures in BOS format.
• Recommend equipment improvements, or manufacturing methods, which would result in improved quality or greater efficiency.
• Coordinate all mechanical/electrical system modifications with external vendors, maintenance personnel and Facility Engineering Manager.
• Organize and maintain all system documentation (i.e. mechanical/electrical prints, software documentation and backups, path problems, robot configuration parameters, configuration parameters.
• Outline maintenance practices for automated systems. In addition, maintain software programs for automated systems.
• Design and implement software, electrical and mechanical automated system enhancements.
• Support and assist maintenance personnel with diagnosing software and electrical system problems.
• Support multiple PLC and electrical controlled automated systems.
• Design, implement and support all human machine interface (HMI) hardware and software for automated systems.

Requirements:

Bachelor's Degree required, preferably in Electrical Engineering, Mechanical Engineering, Computer Science, or a related field of study.

• Must have a minimum of 5 years experience in the following:
• Control Software - Core software using Fanuc Software, DVT Frameworks, WonderWare, RS-View, Allen Bradley SLC 505 series, Fluid Delivery
• Must have good problem-solving skills.
• Must understand the application of the PLC in automated systems. This includes the ability to program and troubleshoot relay ladder logic.
• Must be comfortable with the applications of control theory with emphasis on the PID loops.
• Must be experienced with electrical and electronic controls