The Mechanical Engineering Technology degree prepares students to apply engineering principles, technical expertise and modern design tools to develop, test, manufacture and maintain mechanical systems. The program emphasizes the practical application of engineering concepts through hands-on laboratory experiences, design projects and industry-relevant technologies, preparing graduates to solve real-world engineering challenges.
Students gain knowledge in mechanical design, engineering graphics, computer-aided design (CAD), computer-aided engineering (CAE), materials science, manufacturing processes, mechanics, fluid power, thermodynamics, heat transfer, machine design, automation and instrumentation. Coursework also includes computer-aided manufacturing (CAM), quality assurance, mechatronics, additive manufacturing and product development, equipping students with the technical skills to support the engineering lifecycle from concept and design to production and testing.
Graduates are prepared for careers in product design, manufacturing, testing, quality engineering, automation, maintenance engineering, technical sales and engineering project management. Career opportunities span industries including aerospace, automotive, energy, biomedical devices, consumer products, industrial equipment and advanced manufacturing. With a strong foundation in applied engineering principles and emerging technologies, graduates are prepared to improve product performance, optimize manufacturing processes and support innovation across technology-driven industries.
Graduates of Tarleton State University's Engineering Technology programs work in industries such as:
Aerospace
Automotive
Semiconductor manufacturing
Energy and utilities
Distribution and logistics
Food processing
Transportation
Medical device manufacturing
Oil and gas
Advanced manufacturing
Program Benefits
The Mechanical Engineering Technology degree focuses on applying engineering principles to the design, manufacturing, testing and operation of mechanical systems. Compared with traditional engineering programs, the curriculum emphasizes hands-on learning and the practical application of engineering concepts. Students gain experience through laboratory work, 3D modeling and design, applied engineering fundamentals, systems design and testing, and process improvement.
Courses
The program provides specific instruction and hands-on learning in manufacturing processes, materials science, Computer-aided design and Manufacturing (CAD/CAM), applied mechanics and thermodynamics, fluid power, and industrial controls.
The Industrial Technology, Mechanical Engineering Technology, and Manufacturing Engineering Technology programs overlap to some extent, but they can lead to different career paths. The best choice depends on whether you see yourself solving technical engineering problems, working on manufacturing systems, or leading operations. Choose Industrial Technology if you enjoy:
Leading people
Improving operations
Project management
Production planning
Business and manufacturing
Choose Manufacturing Engineering Technology if you enjoy:
Improving factories
Automation
CNC machining
Robotics
Lean manufacturing
Process improvement
Choose Manufacturing Engineering Technology if you enjoy:
Building things
CAD design
Mechanics
Machines
Robotics
Testing products
Choose Manufacturing and Industrial Management if:
You are employed or have several years of extensive work experience
Need a fully online program
Have at least nine hours of undergraduate credit
Have company or military credit that might be used for academic credit in the program
Choose the Master’s in Quality and Engineering Management if:
You have an undergraduate degree
You work in a related field such as manufacturing, quality, engineering, or operations management
Need a fully online program with asynchronous courses
Learning Outcomes
Computer Aided Design (CAD)
Materials Science
Mechanical Systems
Fluid Power
Thermodynamics and Heat Transfer
Electrical Fundamentals
Automation and Robotic
Problem Solving
Career Outcomes
Manufacturing Engineer
Process Engineer
Quality Engineer
Reliability Engineer
Automation Engineer
Project Manager
Credit for Prior Learning
Workforce Hours: Workforce courses in the fields of Technology, Machine Design, Advanced Materials, Mechanical Analysis, Industrial Controls, Fluid Systems, Thermodynamics, Quality and Continuous Improvement, Project Management or other related workforce credit hours taught at a community college
Certifications: Training and certifications in: Mechanical Design, Analysis, Production, Quality or other related management or technical practices
Military Service: Your military experience and training documented on your joint services transcript (JST) can translate into college credit. Particularly training in technology, logistics, supply chain and related topics.
Flexible Learning Options: We offer online and hybrid formats on our Stephenville, Waco and Ft Worth campuses to accommodate your busy schedule.
Reduced Time to Completion: By leveraging your existing knowledge and skills, you will be able to complete your degree faster and at a lower cost.
Experienced Faculty: Our instructors are industry professionals who understand the value of real-world experience and can help you connect your learning to your career goals.
Scholarships: Discover our Career Enrichment Scholarship for a steady, affordable education. The Fixed-Price Degree Scholarship keeps costs constant, covering the difference to ensure your cost will be, at most, $200 per credit hour for five years after you start your degree. Secure your education with confidence.
