Engineering

Porter Cook

Porter Cook

Porter Cook is a Visiting Instructor of Practice in Mechatronics and Industrial Robotics at Utah Tech University. His teaching focuses on providing students with practical, hands-on experience in industrial robotics, automation, controls, electrical systems, and modern manufacturing technologies. He works extensively with FANUC industrial robots and RoboGuide simulation software to connect classroom concepts with the equipment and processes students will encounter in industry.

Before joining Utah Tech as an instructor, Porter gained industry experience in aerospace manufacturing and industrial automation, working with PLC-controlled systems, robotic automation, automated testing, manufacturing software, and system integration. He brings this experience into the classroom by emphasizing troubleshooting, system integration, safety, and project-based learning.

Education

B.S., Mechatronic Engineering

  • Utah Tech University

A.S., Pre-Engineering

  • Utah Tech University

Courses

  • MTRN 2800 - Industrial Robotics
  • MTRN 2805 - Industrial Robotics Lab
  • MTRN 2200 - Industrial Wiring
  • MTRN 2205 - Industrial Wiring Lab

EXPERIENCE

  • Porter has professional experience in industrial automation, robotics, aerospace manufacturing, automated testing, PLC controls, and manufacturing system integration.
  • His industry work has included programming FANUC, Yaskawa, and Universal Robots; developing PLC-controlled automation systems; integrating sensors and test equipment; and developing C# applications connected to SQL databases for manufacturing execution systems.
  • At Utah Tech University, Porter has developed curriculum, laboratory activities, and safety procedures for Industrial Robotics and incorporated FANUC RoboGuide for offline programming and virtual work cell development.

RESEARCH & INTERESTS

  • Porter’s professional and technical interests include industrial robotics, manufacturing automation, mechatronics, PLC controls, robotic system integration, smart manufacturing, automated inspection, and closed-loop manufacturing systems.
  • He is particularly interested in integrating robotics, machine tools, inspection equipment, sensors, and controls into connected manufacturing processes.

PUBLICATIONS & PROJECTS

  • Development of hands-on FANUC industrial robotics curriculum and training systems at Utah Tech University, including physical and simulated robotic work cells.
  • Development of advanced manufacturing and automation concepts integrating robotics, automated inspection, machine tools, and process feedback to improve automation, quality control, and process reliability.

ADDITIONAL INFORMATION

  • Porter enjoys designing, building, and troubleshooting electromechanical systems and bringing real-world industrial equipment and automation challenges into the classroom.