Manufacturing Engineering Technology
Why pursue Manufacturing Engineering Technology as a degree?
If you see yourself as a hands-on problem-solver who enjoys seeing raw material being transformed in front of you into a finished product, this degree might be the perfect fit for you!
If you are interested in Engineering but don’t want the math-intensive curriculum requirements of an engineering program at a research university, this degree might be the perfect fit for you!
Our goal is to provide a broad curriculum that touches on many different engineering disciplines while allowing you to have a hands-on experience to better understand opportunities for your career path.
What will I learn?
This bachelor’s degree will provide you with the ability to solve problems using techniques and tools originating in science, mathematics, engineering and technology. Often, the process will begin with analysis and interpretation of measurements and test data. You might even be designing and testing your own solutions.
Lean manufacturing, production efficiency and manufacturing management issues will be part of the curriculum to ensure you are able to engage and better understand what today’s manufacturing companies are utilizing in their processes.
Additionally, the Manufacturing Engineering Technology degree builds in a Minor in Business in order to prepare you for your future in a business setting. Understanding economics, communication and financial principles are crucial to success in the manufacturing industry.
What courses will I take?
You will receive a broad foundation in business, mathematics, chemistry, physics and liberal arts, in addition to your manufacturing engineering technology courses
What career opportunities are there?
The skills provided through the Manufacturing Engineering Technology program are in extremely strong demand locally, regionally and nationally. Manufacturers report this field is one of the top three disciplines needed by their workforce. Statistics forecasts that there will be a 12% increase in new jobs for manufacturing engineers by 2032.
Locally LaGrange College is partnering with several manufacturing companies to provide internships, co-ops, tours and guest speakers to engage our students in real-world learning and prepare them for full-time employment after degree completion.
Majors and Minors
Major Minor
There are currently no Majors or Minors.
Courses
Introduction to engineering as a discipline and the materials and processes used in product manufacturing. Also includes an introduction to the values and ethics of engineering and engineering technology.
Introduction to occupational safety and the health hazards associated with man-machine systems. Emphasis is on the recognition, evaluation, and control of such hazards.
Introduction to visualization skills and graphic communication techniques for engineering technology. Sketching, computer-aided drafting, solid modeling, and drawing interpretation.
Introduction to programming in MATLAB or other software with an emphasis on solving problems in engineering technology. Basic operations, variable manipulation, loops, functions, input and output, and data visualization. Course requires MATH 1221 or higher as a pre-requisite.
Machine tool functions, use of hand tools, precision measurements, welding, and fabrication of metals.
Introduction to concurrent force analyses, stresses, strains and combined stresses in structures and machines components. Includes laboratory work.
Examines the values and ethics of a technological society and the input of the technologist into the decision-making process of a technological organization. Health and safety, sustainability, professionalism, integrity, quality, and continuous improvement with emphasis on applications related to manufacturing/technology.
Processing/microstructure/property interrelations; heat treatment of steels and alloys; overview of manufacturing processes; interrelations among materials, design and manufacturing; and introduction to material selection.
An internship is designed to give students direct exposure and experience working in a professional environment. It requires, and develops, both content knowledge and soft skills. Pre-majors may consider an exploratory internship in any area; majors are encouraged to complete an internship in the discipline in which they desire to work after graduation. Students will work with the department faculty and the Career Center to initiate the internship request. Students may choose to complete more than one internship, but no more than 6 credit hours may be applied toward the student’s graduation requirements. Internships consist of at least 40 working hours per credit hour in areas related to the discipline. Advisors, program coordinators, department chairs, and the internship coordinator (or designee) must approve the internship before a student begins their work.
An opportunity for students to gain added early applied experience and insight in approved off-campus settings. Internships consist of at least 40 working hours per credit hour in areas related to the discipline. Assignments may include selected readings, public presentation, and a final portfolio containing essays, weekly journal, and supporting material. Advisors, program coordinators, department chairs, and the internship coordinator (or designee) must approve the internship before a student begins their work. Internships will be taken as pass/no credit.
