Engineering & Manufacturing

Texas manufacturers create everything from aircraft components and energy systems to vehicles, medical products, and semiconductors.

Behind every product are skilled professionals who program machines, maintain automated equipment, fabricate components, and keep production moving. TSTC prepares students to work where engineering concepts become real products through precision and technology.

The future of the industry

Photo of the industry
Intelligent Automation
Connected production systems are making manufacturing faster, smarter, and more precise. Skilled technicians will be needed to program and maintain the technology behind increasingly automated facilities.
Digital Manufacturing
Digital tools are changing how products move from concept to production. Future professionals will work across both virtual designs and physical equipment to improve accuracy and efficiency.
Manufacturing the Next Economy
Texas is expanding into increasingly advanced forms of production. That growth is creating demand for people who can pair technical expertise with the hands-on skills needed to build complex products

TSTC's training meets this demand

Built with Employers

TSTC works directly with manufacturers to shape training around workforce needs. Programs like TXFAME go even further, combining classroom instruction with paid experience at partner companies so students apply their skills on the job.

Technology Meets Craft

Students learn by making, maintaining, and troubleshooting real systems. In Precision Machining, for example, students progress from reading technical drawings to programming CNC machines and producing parts with increasing independence.

Preparing for Advanced Manufacturing

TSTC is evolving its curriculum as manufacturing changes. Its new Advanced Manufacturing program brings automation and robotics into a broader technical foundation designed to prepare graduates for increasingly sophisticated production environments.
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Manufacturing is becoming more advanced, increasing the need for technicians.

54.2K
Annual Industrial Maintenance Openings
As factories become more automated, employers need technicians who can keep complex machinery operating, diagnose failures, and minimize costly production downtime.
13%
Projected Industrial Maintenance Growth
More advanced production equipment creates stronger demand for professionals who can maintain robotics, automated systems, conveyors, and precision machinery.
$63.5K+
Median Industrial Maintenance Pay
Advanced technical knowledge can lead to strong earning potential in a career that is essential to keeping modern manufacturing facilities productive.

Envision your future through the experiences of our graduates.

“Learning all the CNC machines — that was the first I ever learned about them. It really set myself up for success for where I work now.”
Andrew Butschek
Machining professional at Star Precision
Star Precision Logo
Electrical & Electronic Engineering Technicians
$67,720
Median Salary

Envision your future through the experiences of our graduates.

“The multitude of training equipment we used was invaluable and really helped me retain information as a hands-on learner.”
Andrew
Maintenance Technician, Stamping Department at Tesla
Tesla Logo

Train Where Ideas Become Products

Students gain skills in welding, CNC machining, electrical controls, automation, and fabrication, focusing on safety, accuracy, troubleshooting, and real-world manufacturing.
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Marshall // Precision Machining Lab
Marshall // Process Operation Lab
Waco // Robotics & Automations Lab

In-demand programs

Advanced Manufacturing

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IPC J-STD-001 Soldering Certification

Accelerated Training

Welding

Program

Automation & Controls

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Electrical Power & Controls

Program

Electromechanical Technology

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Industrial Maintenance

Program

Instrumentation

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Mechatronics

Program

Precision Machining

Program

Process Operations

Program

Robotics & Industrial Controls

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