Overview
Michigan Technological University delivers world-class education that prepares students to be an integral part of creating future technological advancements. It has international appeal, enriching the learning experiences of individuals from various walks of life and employing faculty members from diverse cultural backgrounds. Although initially created in 1885 to train metallurgical and mining engineers, the campus now a wide host of promising degree programs that highlight business, economics, engineering, environmental sciences, computing, and much more.
Student Appeal
Situated in the midst of Northern Michigan's Keweenaw Peninsula, the university's scenic surroundings continuously attract people and offer endless leisurely opportunities. Over 7,000 students from near and abroad pursue their education on campus and, in between, they indulge in multitudes of cultural activities that the community is revered for. Additionally, unique research techniques and challenging training endeavors help maintain a growing united body on campus.
Accreditation
The Higher Learning Commission of North Central Association of Colleges and Schools recognizes Michigan Tech. Also, specific programs within the university are approved by accrediting bodies. Examples include the Engineering Accreditation Association (EAC) of ABET and the National Accrediting Agency for Clinical Laboratory Sciences (NAACLS).
School Facts & Figures
- Accreditation: NCACS
- Size: Large (7,000+ students)
- Type: Private, not-for-profit
- Religious Affiliation: N/A
- Academic Affiliation: N/A
- Career Services: Yes
- Course Schedule: Flexible, 4-10 weeks
- Credit Options: Transfer
- Scholarships Offered: Yes
- Loans Offered: Perkins, Pell, PLUS
- Master of Science in Applied Science EducationMaster of Science in Applied Science Education
This program offers three tracks:
Applied Science and Mathematics – This track improves the scientific and mathematic knowledge and educational techniques of teachers with at least one year of experience.
Earth System Science – This track improves in-service teachers' knowledge of Earth Science and prepares them for certification to teach the subject.
Peace Corps-Master's International (PC-MI) – This track prepares those seeking to utilize their engineering, mathematics, or science degree for teaching with the Peace Corps.
- Master of Science in Electrical EngineeringMaster of Science in Electrical Engineering
This program elaborates on the principles and techniques that were emphasized in undergraduate studies, involving a concentration in electrical engineering. Individuals are provided a comprehensive review of the process of working with career-specific tools. They also get the opportunity to enhance their interpersonal skills, detail orientation and problem-solving methods.
- Master of Science in Integrated Geospatial TechnologyMaster of Science in Integrated Geospatial Technology
Students gain expertise with remote-sensing technology used to harvest geospatial data, and develop advanced skills for collecting, analyzing, and interpreting geographic/spatial information. Graduates often land employment in highly specialized fields such as surveying, terrestrial laser scanning, photogrammetry, forestry, and geology.
- Master of Science in Mechanical EngineeringMaster of Science in Mechanical Engineering
Students master the primary branches of mechanical engineering, which includes advanced power systems, sensors, dynamic systems, and space systems. The coursework encourages enrollees to research current technologies as well as develop new, critical technologies from clean energy sources to innovative nanosatellite applications.
- Tech MBATech MBA
Bridging technology and business, this program provides students who have a science or engineering degree with a solid foundation of business knowledge and skills. Enrollees learn how to manage technology and sustain the financial infrastructure of a business organization. Graduates have the rich mix of engineering, business, science, and liberal arts education to tackle the needs of a global society for technology management.
- PhD in Mechanical EngineeringPhD in Mechanical Engineering
This program focuses on the development of cutting-edge, interdisciplinary innovations such as nanotechnology and hydrogen power. The coursework exposes students to an array of mechanical engineering advances from biomaterials to micro fuel cells.
- Certificate in Electric Power EngineeringCertificate in Electric Power Engineering
This program offers graduating (or graduated) electrical engineers the opportunity to further their careers in multiple engineering or technological fields, including communications, control, electronics, electromagnetics, power and energy systems, and signal processing. Graduates are able to design new energy conversion systems, develop sensors, or engineer other useful devices.
- Graduate Certificate in Advanced Electric Power EngineeringGraduate Certificate in Advanced Electric Power Engineering
Students gain advanced knowledge of the design and operation of electric power systems, and in the process become valuable in the research and development of future technologies.
Pre-requisite:
Applicants must have a bachelor's degree in electrical engineering or a related discipline, with minimum three years of professional experience in the electric power-engineering field.
- Graduate Certificate in Hybrid Electric Drive Vehicle EngineeringGraduate Certificate in Hybrid Electric Drive Vehicle Engineering
The courses cover such topics as Principles of Energy Conversion, Fuel Cell Technology, Electric Energy Systems, IC Engines, Power Electronics, and Design Fundamentals to provide a comprehensive study in the engineering of hybrid electric vehicles.