ILT 139 : Introduction to Robotic Programming
Credits
3Prerequisites
As determined by college
Tarina Vanatta, Department Chair
256.352.8150
tarina.vannatta@wallacestate.edu
electrical@wallacestate.edu
www.wallacestate.edu/mechatronics
Associate in Applied Science Degree (4 Semesters)
Certificate (4 Semesters)
Short-Term Certificates (1 Semester)
Graduates of the Robotic Welding program are skilled professionals who set up, operate, and maintain robotic welding equipment. They support manufacturing by improving department efficiency. Robotic weld technicians are critical to the fabrication of metallic parts or assemblies through welding by using robotic machines. They are responsible for robot designing/programming, welding robots’ maintenance/troubleshooting, and implementing robotic welding for production.
The course curriculum covers basic electrical, welding, automation (motor controls, sensors, plc’s), and robotics.
Students can earn an associate in applied science degree (or certificate) within four semesters. Additionally, short-term certificates are available each semester. Students are encouraged to work in the field while attending school to gain job experience that can help them advance rapidly.
Teaching is accomplished by traditional lectures and demonstrations in the classroom. Hands-on labs reinforce concepts covered in the courses and strengthen those concepts by using industry-standard equipment. Both collaborative and traditional robots are used in class and labs. The classroom-to-lab ratio is weighted heavily on the lab side for students to gain the actual skills that they will be using in the workplace.
According to the U.S. Bureau of Labor Statistics, the median pay for professionals in 2023 was as follows:
Electro-Mechanical Technicians: $65,080 per year
As determined by college
As determined by college
As required by program
As determined by college
As determined by college.
As required by college
As required by college
As required by college
WDT 218 and/or as required by college
This course is designed to teach students how to MIG weld using a robot weld cell and includes extensive hands-on training. Topics include robot programming and the interrelationship with welding principles, programmed safety precautions utilized in robotic welding, robotic weld controls systems, troubleshooting, and utilization of multi-functional teach pendants. Upon completion, students will be able to operate MIG welding industrial robots and understand the interaction between robots and MIG welding technology.
As required by college.
This course focuses on advanced robotic weld topics used in industry. Students will learn and implement task associated with: creating multiple weld procedures; adjusting procedures for various materials; modifying procedures for increased cycle time; creating quality welds using various modes of metal transfer; fixture setup and modification; Hardware/Software fault recovery; visual weld inspection; destructive testing procedures. Students will also gain a thorough knowledge of AWS D16.4 AWS QC19 specifications.