Diagnose. Repair. Keep Machines Moving.
Keep critical systems running.
Owens’ Mechanical Major, AAS program equips you with expertise in machine design, repair and modern industrial technologies like CNC and fluid power. Your classes will blend essential theory with practical applications to prepare you for real-world readiness in industrial and mechanical technology settings.
Ensure that plants, factories and infrastructure operate safely and efficiently, supporting people’s livelihoods and daily life. Every day presents new challenges—giving you the thrill of solving them on your own or as part of a team. From manufacturing essential products to maintaining energy systems, you will have a direct impact on society and the economy.
Professional qualities that set you apart in mechanical operations and maintenance:
- Technical Competence: Mastery of mechanical systems, hydraulics, pneumatics, electrical systems, and the ability to read blueprints and technical manuals.
- Problem-Solving Skills: Ability to diagnose issues quickly and creatively, finding practical solutions to complex mechanical challenges.
- Safety Awareness: Commitment to OSHA standards and safe work practices to ensure a secure and efficient workplace.
Small Classes. Expert Guidance.
Our instructors are experts who take pride in your success. Combined with our small class sizes, you’ll get one-on-one mentorship and precise technical feedback tailored to your goals.
Award Type
Associate of Applied Science (AAS)
Department
Department of Skilled Trades
Required Credit Hours
60-61
Real Results
2
Years of training, typically completed in 4 semesters
$50K+
Median starting annual salary 1 year after graduation
86%
Job placement rate for Owens grads within 2 years
Mechanical Expertise: From Fundamentals to Factory Floor
You’ll start by building a solid foundation in communication and applied math while exploring the role of technology in society. Alongside this, you’ll develop hands-on skills in reading mechanical blueprints and maintaining electrical systems.
From there, you’ll move into the core of mechanical training—studying industrial physics in action, learning piping and hydraulic systems, and gaining experience with plant equipment, including gears and bearings.
As you progress, you’ll expand your marketability with courses in industrial psychology, pneumatic systems, welding processes, introductory machining and mechanical power transmission systems, along with computer applications used every day in the field.
In your final semester, you’ll prepare for the workforce with OSHA safety training, explore the arts and humanities, and choose skilled trade electives that let you specialize in areas like advanced welding, machining or technical systems.
State-of-the-Art Training
The Dana Center for Advanced Manufacturing is a sprawling 59,000-square-foot facility featuring natural lighting and glass walls, making it ideal for technical and immersive training.
Program Outcomes
Students will…
- Students will be able to read and interpret prints.
- Students will be proficient in reading precision measuring instruments and safely and effectively use hand tools and machine tools for their trades.
- Students will adhere to the OSHA safety standards.
- Students will know how to use the Machinery’s Handbook.
Career Outcomes
You’ll graduate with an associate degree and a balanced mix of technical expertise, problem-solving ability, and professional skills that prepare you for high-demand mechanical and industrial careers with substantial salaries—especially in roles like industrial mechanic, maintenance specialist, millwright, multicraft technician, tool and die maker, machinist, CNC machinist and more.
The practical, career-ready abilities you’ll gain through this program allow you to step directly into positions in mechanical maintenance, plant operations and industrial technology. The degree also opens doors for further education, giving you the flexibility to continue your studies or advance into specialized technical fields and supervisory roles.
Explore the employment data to understand trends in our area.
In Their Words
“Having the equipment to build, test, and learn on made Owens a great place to learn. I also credit the smaller class sizes with the opportunity to take a more in-depth dive to develop my skills through ‘testing and tinkering.’”
Dillion Gibbs, Electrical Engineering and Computer Technologies, STEM, ’22
Getting Started at Owens
Begin your high-quality education at an affordable price today!
Enrollment is easy—just fill out an online admissions application to get started. We’ll ask you to submit your transcripts for course placement and college credit.
Upon acceptance, schedule a meeting with your admissions advisor to register for classes. Next, attend an on-campus orientation and meet with your student financial services advisor to discuss ways to pay for college.