Robotics & Automation Engineer for Smart Manufacturing

Foxconn Industrial Internet; Houston (TX); On-site; USD 80,000 - 110,000; Full time

Job summary

Foxconn Industrial Internet in Houston designs manufacturing robotics and implements automation processes for customer products. The role covers building, testing and deploying robots, programming and debugging, and creating control software to drive automated production lines.

You will collaborate with engineering teams and vendors to optimize cycle times, costs and quality, while developing detailed SOPs and providing hands-on training across shifts.

Qualifications

• Bachelor's degree in Engineering and 2 years of robotics/manufacturing experience.
• Master's degree in Robotics or Mechanical Engineering is a plus.
• Contract manufacturing experience is a plus.

Responsibilities

• Design manufacturing robotics and automation processes for customer products.
• Build, configure, test and implement robots or automation equipment.
• Program robotics, analyze equipment, troubleshoot, repair and develop.
• Design software systems to control robotics and automate production lines.
• Collaborate with IE and cross-functional teams to reduce cycle time and costs.
• Plan data acquisition for automation equipment and enable fast intelligent switching.
• Source production equipment with vendors and maintain SOPs for equipment.
• Provide technical support and training for robotics systems.
• Work with global teams on site improvements to increase productivity and precision.

Skills

Electrical Controls

Mechanical Systems

Automation

Vision Systems

Design (CAD)

Production Processes

Communication

AutoCAD

Visio

SAP

Six Sigma

Education

Bachelor's degree in Engineering

Master's degree in Robotics or Mechanical Engineering (plus)

Tools

AutoCAD

Visio

SAP

Six Sigma

Job description

Foxconn Industrial Internet in Houston designs manufacturing robotics and implements automation processes for customer products. The role covers building, testing and deploying robots, programming and debugging, and creating control software to drive automated production lines.

You will collaborate with engineering teams and vendors to optimize cycle times, costs and quality, while developing detailed SOPs and providing hands-on training across shifts.