OHIO University Undergraduate Catalog 2024-25
Engineering Technology Major (A.A.S.) |
Major code AA4999*
Russ College of Engineering and Technology
Engineering Technology and Management
125 Stocker Center
Ohio University
Athens, OH 45701
Phone: 740.593.1455
www.ohio.edu/engineering/engineering-tech
Zaki Kuruppalil, Dept. Chair, Engineering Technology and Management/contact person
kuruppal@ohio.edu
Available at the following locations:
- Lancaster Campus and at the Fairfield County Workforce Center
Program Overview
Ohio University Lancaster offers a two-year program leading to an Associate of Applied Science with a major in engineering technology. The Engineering Technology program is designed to offer students a technical foundation needed to help solve complex problems by exposing them to real-world applications using hands-on lab courses. Students are taught a variety of courses including manufacturing processes, mechatronics, automation, and robotics, as well as skills in quality analysis tools (Lean), occupational safety, and electronics. A large focus within the program is on the importance of automated equipment, operation, and repair. The concentration focuses on controls, programming, troubleshooting automated equipment and programmable logic controllers (PLCs). This associates degree has two built-in certificates– one in Automation and another one in Mechatronics.
*This program was previously AA5023 which awarded the Associate in Applied Science degree. Pending Board of Trustees approval (anticipated June 2024), the new program code will be AA4999 and will award the Associate of Applied Science degree effective the 2024-25 catalog year.
Program Learning Outcomes
Upon completion of the engineering technology major, students will be able to:
- Apply technical fundamentals to help resolve a manufacturing process problem using metal machining (manual and CNC); plastics processing, welding and metal fabrication, hydraulics and pneumatics, and electronics, PLCs, motors, and automation/robotics
- Add value to an organization
- Work effectively as a team member
- Generate and interpret drawings/sketches that incorporate dimensions, tolerances, and specifications
- Value and respect diversity in the workplace
- Collect, generate, and understand data to control manufacturing processes and provide feedback for continuous improvement
- Maintain common manufacturing processes
- Identify potential safety concerns and designate a proper emergency plan
- Communicate technical topics in a professional manner
Admissions Information
Freshman/First-Year Admission
No requirements beyond University admission requirements.
Change of Program Policy
No selective or limited admission requirements.
External Transfer Admission
No requirements beyond University admission requirements.
Opportunities Upon Graduation
The various topics of the Associate of Applied Science degree provides the student with a wide variety of career opportunities. With much of the program’s focus on automation, this degree prepares students as an electrical technician for programmable logic controllers (PLCs) and electric motors and controls. Graduates may work for manufacturers or field service providers to set up and troubleshoot sensors, automated equipment, and robots to ensure productivity. Job titles may include industrial systems technician, automation specialist, or engineering technician. Some graduates may also be involved in equipment sales. Through this program, students are also prepared for a career as a testing technician, safety technician, or production quality technician.
The engineering track provides students with the opportunity to pursue engineering baccalaureate programs offered by the Ohio University Russ College of Engineering and Technology. Students should discuss with their advisors the career pathway that best suits their individual interests.
Requirements
Technical Associate Degree Requirements
The minimum requirement for the Associate of Applied Business (A.A.B.) or the Associate of Applied Science (A.A.S.) degree is the completion of 60 credits with a 2.0 accumulative GPA in both the major area of study and all course work attempted at Ohio University. A maximum of 15 credits earned through prior learning assessment may be applied to any technical associate degree. You must earn a minimum of 18 semester credit hours while enrolled at Ohio University, and you must earn a minimum of 50 percent of coursework taken to fulfill your major concentration in residence with resident credit as defined in the Graduation Requirements – University-wide section. You also must meet Ohio University BRICKS requirements for associate degrees.
To earn a technical associate degree, you must complete an Application for Update of Program(s), available from any college office or regional campus student services office.
Non-Major Required Courses
Complete the following courses:
- COMS 1030 - Fundamentals of Public Speaking Credit Hours: 3
- CTCH 1250 - Introduction to Computers Credit Hours: 3
- ENG 1510 - Writing and Rhetoric I Credit Hours: 3
- MATH 1200 - College Algebra Credit Hours: 4
- MATH 2500 - Statistics and Probability Credit Hours: 4
- PHYS 2001 - Introduction to Physics Credit Hours: 4
Complete one OHIO BRICKS Course
Complete one of the following (3 credit hours) to fulfill OHIO BRICKS requirements:
- Humanities: Texts and Contexts (PHTC)
- Humanities: Arts (PHA)
- Social or Behavioral Sciences (PSBS)
Major Requirements
Complete the following courses:
- ENGT 1100 - Introduction to Engineering Technology Credit Hours: .5
- ENGT 1190 - Manufacturing Materials and Processes Credit Hours: 3
- ENGT 1200 - Industrial Electronics Credit Hours: 4
- ENGT 1500 - Mechatronics Systems and Components Repair Credit Hours: 3
- ENGT 2100 - Career Preparation in Engineering Technology Credit Hours: .5
- ENGT 2170 - Intro to Computer Numerical Control Machining and Metrology Credit Hours: 3
- ENGT 2200 - Basic Hydraulics and Pneumatics Credit Hours: 3
- ENGT 2210 - Programmable Logic Controllers 1 and Motor Controls Credit Hours: 3
- ENGT 2230 - Automation and Robotics I Credit Hours: 3
- ENGT 2250 - Programmable Logic Controllers II and Motor Controls Credit Hours: 3
- ENGT 2330 - Automation and Robotics II Credit Hours: 3
- ENGT 2630 - Process Control Credit Hours: 3
- ENGT 2850 - Lean Enterprise Credit Hours: 3
- ET 1100 - Engineering Graphics Fundamentals Credit Hours: 2