Overview of Industrial Production Technologies/Technicians

Industrial Production Technologies/Technicians is an academic field that prepares students for a career in the industrial automation and production technology industry. Students learn the fundamentals, tools, and techniques involved in the maintenance and operation of modern production technologies. The field encompasses the design, implementation, maintenance, repair, and testing of a variety of automated systems and industrial production equipment. This includes robots, sensors, solenoids, controllers, power systems, programmable logic controllers, and feedback control systems.

What are the career opportunities associated with Industrial Production Technologies/Technicians?

The career opportunities available to Industrial Production Technicians/Technologists are varied, ranging from entry-level technician work to specialized roles in industrial engineering or operations management. Entry-level Industrial Production Technicians work directly with tools, machinery, and equipment in a wide variety of production settings, and are responsible for settings and troubleshooting equipment while maintaining production schedules and efficiency levels. More advanced roles may involve the design and/or management of automated systems, and may require the use of advanced computer modeling or simulation.

Are there internship or co-op opportunities related to Industrial Production Technologies/Technicians?

Many colleges and universities offer internship and co-op opportunities related to Industrial Production Technologies/Technicians, although these opportunities may vary by institution. These internships and co-ops can provide valuable on-the-job training and experience that prepares students for more advanced leadership roles in the industry. Additionally, participating in internships or co-op positions often helps students to develop networks and contacts that can be valuable upon graduation and entering the job market.

Are there specialized tracks or concentrations within Industrial Production Technologies/Technicians?

Many schools provide specialized tracks or concentrations within their Industrial Production Technologies/Technicians degree programs. Examples of concentrations available include Process Automation, Robotics and Automation, Industrial Maintenance/Repair, and Quality Control/Certification. Depending on the particular concentration, specialized courses may be required to develop skills and knowledge related to the chosen field.

How Industrial Production Technologies/Technicians prepares students for graduate school or further education?

Industrial Production Technologies/Technicians degree programs prepare students for a variety of career paths, from entry-level technician roles to advanced positions requiring additional education or training. Students who plan to pursue further education, such as a Master’s degree in Industrial Management, or a Doctoral degree in Industrial Systems Engineering, may benefit from the courses, internships, and practical experience provided by Industrial Production Technologies/Technicians degree programs. Additionally, graduate study can provide advanced skills that can help to increase career potential in the industrial engineering or automation industry.

Impact of artificial intelligence on Industrial Production Technologies/Technicians?

The use of artificial intelligence (AI) in industrial automation and production technologies promises to revolutionize many aspects of the industry. With AI-driven automation, production times can be significantly shortened and quality control levels can be improved, reducing costs and allowing manufacturers to stay competitive in today’s global economy. Additionally, AI-driven industrial automation technologies can be deployed more quickly, and require less maintenance than traditional automation systems.

The career outlook for Industrial Production Technologies/Technicians?

The career outlook for Industrial Production Technicians and Technologists is very positive. As automation and machine tools become more widely used, the need for skilled technicians who understand how to maintain, troubleshoot, and optimize these systems will continue to increase. Additionally, Industrial Technicians/Technologists educated in the use of industrial automation technologies can expect high salaries and job security in the current economic environment.

Here are the top reported starting salaries for graduates in Industrial Production Technologies/Technicians:

Brigham Young University-Idaho, Salary: $98,723

University of Dayton, Salary: $75,715

Ferris State University, Salary: $70,938

Weber State University, Salary: $70,126

Clarion University of Pennsylvania, Salary: $66,836

Ohio Northern University, Salary: $66,764

Southern Illinois University-Carbondale, Salary: $64,959

Central Connecticut State University, Salary: $64,906

Texas A & M University-College Station, Salary: $64,503

Northern Kentucky University, Salary: $64,058

For privacy reasons, not all schools report the first year salaries for students who earned their bachelor’s degree in Industrial Production Technologies/Technicians.