Degree Program Overview
Mechanical Engineering Technology graduates are hands-on problem solvers. They fill a critical need in business and industry for supervisors and managers who possess a combination of technical and managerial backgrounds. The ability of Tech graduates to contribute on the job from day one increases their value while providing them professionally rewarding careers with significant potential for advancement.
Our mission is to provide educational opportunities to students whose technological interests and aptitudes are essentially applications oriented. Our School is also involved in related applied research and service activities. The School’s goal is to produce occupation-ready college graduates with marketable skills and potential for growth to meet workforce needs.
Our faculty have extensive industrial experience along with a doctorate in their focus area. This differentiates the student experience from the typical engineering program. A focused education along with a clear view of industrial requirements provides the students with the skills needed by industry.
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Undergraduate enrollment: 169 Faculty: 6 Average class size: 16 Average lab size: 12 Courses with labs: 5 of 13 Credit hours required: 128 |
Advisor: James C. Loman Phone: (906) 487-2259 Fax: (906) 487-2583 Email: jcloman@mtu.edu Website: http://www.tech.mtu.edu |
Student/professional organizations:
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Accreditation agency: Accredited by the Technology Accreditation Commission of ABET, 111 Market Place, Suite 1050, Baltimore, MD 21202-4012, telephone: (410) 347-7700. |
Why get a degree in Mechanical Engineering Technology?
Mechanical Engineering Technology is one of the largest and most rapidly developing technical fields. Industry has recognized the need for an application-oriented professional that can immediately apply the skills they have learned. Engineering Technologists hit the road running, saving on training cost and lost productivity for the company. In addition, you will graduate with a certificate from SME as a CMfgT (Certified Manufacturing Technologist) and have the option for registration as a professional engineer in 38 states.
What will I learn?
Our program offers comprehensive training for a career as an engineering technologist in the mechanical engineering field. Course work is designed to familiarize the student with both the basic theory and practical applications common to current industry practice. MET is often characterized as an applied engineering program that covers the broad area of mechanical sciences. It is mathematically based, but stresses application and hands-on laboratories. MET includes the application and integration of manufacturing processes, fluids and power systems, and computer-aided design. The plan of study has a heavy emphasis on communications, application of computers, electronics, and controls. Graduates serve in the areas of development, design, manufacturing, testing, production, sales, and plant operations. A sampling of course topics from the MET program follows:
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What is Mechanical Engineering Technology?
The work of an engineering technologist is typically more hands-on and less math intensive than that of the engineer. Working along with an engineer, a mechanical engineering technologist (MET) may refine designs or develop new ideas and prepare design layouts and working drawings. MET’s may also work in areas such as plant maintenance, research and development, or quality assurance and control, or as laboratory technicians, production assistants, or cost estimators.
Who will I work for?
Graduates from Mechanical Engineering Technology programs are highly sought after by both large and small firms. New graduates can expect excellent starting salaries with almost 100% placement. Job opportunities for interns and graduates are available in such diverse industries and organizations as research and development, automobile manufacturing, defense, construction, pharmaceuticals, energy and transportation, power, hospitals, aerospace, education, and state and local governments. The following companies are typical of those that hire graduates of MET programs:
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How much will I make?
Current employment trends are reporting the engineering technologist as a highly desirable commodity. Hands-on experience in modern technologies, coupled with emphasis on teamwork and oral and written communication allows the graduate to make immediate contributions to their employer. Current starting salaries range from $40,000 to $60,000 (U.S. Bureau of Labor Statistics $43,400 in May 2004).
What preparation do I need in high school?
In preparation for a degree in Mechanical Engineering Technology, the high school student should take at least three years of math, science, English and communications. In addition, practical, hands-on courses and at least one year of hands-on computer experience is strongly recommended.
Average ACT: Composite 25.1; English 23.7; Math 26.2 Average high school GPA: 3.50
Our Students’ Work - 2005 Honorable Mention at MTU Senior Exposition
Liner Removal Tool Objective – During the iron ore pelletizing process, ore rock must be crushed into a fine powder. The initial grinding mill at Cleveland Cliffs Empire Mine consists of a 32-foot diameter drum into which the ore is loaded and tumbled to crush itself. Internal wear plates bolted to the inside of the mill made of hardened cast iron must be replaced on a yearly basis. The current method of replacing these liners is labor intensive and unsafe. Cliffs personnel wanted to develop a tool to expedite the process and improve liner crew safety.
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