Start Date
End Date
Years
2223

Pre-Law Program

Students interested in a career in the legal profession should contact the Political Science and Public Administration Department for referral to one of the pre-law advisers who have significant experience assisting students who wish to prepare for law school.

There is a specific political science/pre-law major available to students, but law schools will accept students with other majors. Pre-law advisers help students select appropriate course work to prepare them for law school, fulfill other prerequisites for law school admission and assist them with applying to law schools.

For department information or additional degree requirements, go to the Political Science and Public Administration department page.

For related information from the Bureau of Labor Statistics, http://www.bls.gov/ooh/legal/home.htm

Total Credits Required 0

Pre-Engineering Program

Students interested in engineering who plan to transfer to an engineering school should contact the Physics Department to get program details and be assigned an academic adviser.

NMU offers courses from several departments that provide the foundations for engineering students. These courses, along with the liberal studies courses, comprise the first two years of study at most engineering schools.

For department information or additional degree requirements, go to the Pre-Professional Programs department page.

For related information from the Bureau of Labor Statistics, http://www.bls.gov/ooh/architecture-and-engineering/home.htm

Total Credits Required 0

Pre-Dental Program

Advising for students interested in the pre-dental program is done by Dr. Erich Ottem, Biology Department, 906-227-1072; email: eottem@nmu.edu.

  1. Students pursuing this program are assigned to the pre-dental adviser who assists them in selecting the courses required and recommended for admission into dental school and for general advisement on other required pre-dental activities. The choice of major is not restricted and students should choose a major that will interest them and provide a possible career opportunity for them upon graduation. Regardless of the major, students must take the science courses required by dental schools for admission. It is also recommended that other upper level biology courses be taken to enhance preparedness for dental school success. Please see the course listings below. A pre-dental handbook is available from the adviser in the Chemistry Department.
  2. The predental advisor provides students with information about the profession, application procedures to dental schools, and the Dental Admission Test (DAT)]. NMU has a predental advisory board comprised of practicing dentists and NMU professors. The Board works in conjunction with the advisor and may interview students who qualify based on GPA and DAT scores. The predental advisor will then construct a letter of evaluation (Board letter) based on the interview and letters of recommendation.
  3. Regardless of major selected at NMU, students will be required to complete one year each of biology, general chemistry, organic chemistry, and physics from the courses listed below. In addition, other courses in the list should be completed to strengthen their application. Students should consult with the advisor on this to gain a complete understanding of the course requirements for dental school.
  4. The course listing below shows those courses which are required by all dental schools for admission and also lists additional recommended courses. It should be noted that all the courses in the list are part of a biology/physiology or biochemistry major. Dental schools may require an additional course or two for entry so students should investigate dental schools at an early stage in their undergraduate careers.

Minimum course requirements for U.S. dental schools. All of these science courses have an associated laboratory requirement. 

For department information or additional degree requirements, go to the Pre-Professional Programs department page.

For related information from the Bureau of Labor Statistics, http://www.bls.gov/ooh/healthcare/dentists.htm

Total Credits Required 0

The minimum mathematics requirement for all dental schools in the U.S. is college algebra, MA 111. Some dental schools may require calculus (MA 161 and MA 163) and/or statistics (MA 109).

Secondary Education Geography Major (currently not accepting students)

New students will not be accepted into the program at this time. Contact department for more information.

Teaching certification is obtained by completing a major in geography, a teaching minor and the professional education sequence. Advising for this major is provided by the Geography Department.

Students with a major or minor in Secondary Education Geography must maintain a grade point average of 3.0 or greater overall, in the major, and/or minor(s) with no grade below a "B-" in the professional education sequence and no grade below a "C" in the major and/or minor(s).

For department information or additional degree requirements, go to the Earth, Environmental and Geographical Sciences department page.

For related information from the Bureau of Labor Statistics, http://www.bls.gov/ooh/education-training-and-library/high-school-teachers.htm

Total Credits Required 123
General Education
30-40

Secondary Education Earth Science Major (currently not accepting students)

New students will not be accepted into the program at this time. Contact department for more information.

Teaching certification is obtained by completing a major in earth science, a teaching minor and the professional education sequence. Advising for this major is provided by the Geography Department and the School of Education when enrolling in education courses.

Students with a major or minor in secondary earth science education must maintain a grade point average of 3.0 or greater overall, in the major, and/or minor(s) with no grade below a "B-" in the professional education sequence and no grade below a "C" in the major and/or minor(s).

For department information or additional degree requirements, go to the Earth, Environmental and Geographical Sciences department page.

For related information from the Bureau of Labor Statistics, http://www.bls.gov/ooh/education-training-and-library/high-school-teachers.htm

Total Credits Required 137
General Education
30-40

Note: MA 111 College Algebra for Calculus Preparation is required for many of the courses in this program. 

 

Secondary Education Industrial Technology Major

Completion of the technical courses and the professional education sequence leads to certification as a secondary teacher of industrial technology.

Students with a major or minor in secondary education industrial technology must maintain a grade point average of 3.0 or greater overall, in the major, and/or minor(s) with no grade below a "B-" in the professional education sequence and no grade below a "C" in the major and/or minor(s).

For department information or additional degree requirements, go to the Engineering Technology department page.

For related information from the Bureau of Labor Statistics, http://www.bls.gov/ooh/education-training-and-library/high-school-teachers.htm

Total Credits Required 120
General Education
30-40

This major does not require a minor.

Mechanical Engineering Technology Major

Provides a solid foundation in science, mathematics and engineering principles. Graduates are employed as designers, manufacturing engineers and in related positions.

Students must have a minimum grade of “C” and a grade point average of 2.25 for all major courses and minor programs. 

For department information or additional degree requirements, go to the Engineering Technology department page.

For related information from the Bureau of Labor Statistics, http://www.bls.gov/ooh/architecture-and-engineering/mechanical-engineers.htm

Total Credits Required 126
General Education
30-40
Major Courses 46
DD 202 Product Development and Design 4
DD 203 Industrial Drawing and Design  
ET 360 Process Control Systems 3
ET 410 Testing and Data Acquisition Techniques 3
MET 211 Mechanics-Statics 4
MET 213 Materials Science I 3
MET 216 Materials Science II 3
MET 310 Mechanics-Dynamics 4
MET 311 Strength of Materials 4
MET 320 Mechanical Design 4
MET 410 Applied Thermodynamics 4
MET 420 Fluid Mechanics 3
MET 431 Senior Project I 1
MET 432 Senior Project II 2
 
Other Required Courses 42-43
CH 105 Chemical Principles [SCII] or 4
     CH 111 General Chemistry I (5 cr.) [SCII]
DD 100 Technical Drafting with Introduction to CAD 4
ET 110 Introduction to Electricity 4
DATA 109 Introduction to Statistics [QUAR] 4
MA 115 Precalculus [QUAR] 4
MA 161 Calculus I [QUAR] 4
MF 134 Manufacturing Process 4
PH 201 College Physics I [SCII] or 5
     PH 220 Introductory Physics I (5 cr.) [SCII]
PH 202 College Physics II [SCII] or 5
     PH 221 Introductory Physics II (5 cr.) [SCII]
TE 351 Humanity and Technology [PERS] 4

Concentration 14
Choose one concentration from the following:
 
Mechanical Engineering Design Concentration 14
Choose 14 credits from the following: 14
AD 111 Human Centered Design: Foundations (4 cr.)
CN 153 Introduction to Construction Design (3 cr.)
DD 103 Geometric Dimensioning and Tolerancing (2 cr.)
DD 105 Schematic/Diagram Drafting (2 cr.)
DD 301 CWSP Test Preparation (2 cr.)
MF 233 Numerical Control (4 cr.)
Any DD, ET, IT, MET or MF prefix course (1-4cr.)
 
Mechatronics Concentration 14
ET 250 Industrial Electrical Machinery 4
ET 252 Industrial Motor Controls 4
Choose six credits from the following: 6
     ET 311 Applied Programmable Controllers (2 cr.)
     ET 415 Controls (3 cr.)
     IT 291 Industrial Robotics I (3 cr.)
     IT 292 Industrial Robotics II (2 cr.)
     Any DD, ET, IT, MET or MF prefix course (1-4 cr.) or AD 111
 
Manufacturing Engineering Technology Concentration 14
Choose 14 credits from the following: 14
DD 103 Geometric Dimensioning and Tolerancing (2 cr.)
ET 311 Applied Programmable Controllers (2 cr.)
IT 300 Industrial Supervision (3 cr.)
IT 340 Enterprise Resource Planning (3 cr.)
IT 420 Quality Control (3 cr.)
MF 133 Machinery Handbook (2 cr.)
MF 233 Numerical Control (4 cr.)
Any DD, ET, IT, MET or MF prefix course (1-4 cr.) or AD 111
 
CNC Technology Concentration 14
MF 233 Numerical Control 4
MF 235 Computer Numerical Control 3
MF 263 Advanced CNC Operations 4
Choose three credits from the following: 3
     IT 291 Industrial Robotics I (3cr.)
     IT 292 Industrial Robotics II (2 cr.)
     MF 133 Machinery Handbook (2 cr.)
     Any DD, ET, IT, MET or MF prefix course (1-4 cr.) or AD 111 (4 cr.)
 
Renewable Energies Concentration 14
Choose 14 credits from the following: 14
REN 200 Introduction to Renewable Energies (3 cr.)
REN 230 Bioenergy (3 cr.)
REN 221 Solar Power (3 cr.)
REN 222 Wind Power (3 cr.)
Any DD, ET, IT, MET or MF prefix course (1-4 cr.) or AD 111.
 
Advanced Mathematics Concentration 14
Choose 14 credits from the following: 14
MA 163 Calculus II (4 cr.)
MA 211 Linear Algebra (3 cr.)
MA 265 Calculus III (4 cr.)
MA 361 Differential Equations (3 cr.)
Any DD, ET, MA, MET or MF prefix course (1-4 cr.) or AD 111.

This major does not require a minor.

Industrial Technologies Major

Provides a foundation in science, mathematics, engineering and supervision principles. Graduates are employed as designers, manufacturing engineers, supervisors and in related positions depending on their technical backgrounds.

Students must have a minimum grade of “C” and a grade point average of 2.25 for all major courses and minor programs. 

For department information or additional degree requirements, go to the Engineering Technology department page.

For related information from the Bureau of Labor Statistics, http://www.bls.gov/ooh/architecture-and-engineering/industrial-engineers.htm

Total Credits Required 120
General Education
30-40

Electrical Engineering Technology Major

Provides the necessary preparation for positions in industry as engineering technologists. Graduates of the program are employed as field service engineers, application engineers, software engineers and technicians.

Students must have a minimum grade of “C” and a grade point average of 2.25 for all major courses and minor programs. 

For department information or additional degree requirements, go to the Engineering Technology department page.

For related information from the Bureau of Labor Statistics, http://www.bls.gov/ooh/architecture-and-engineering/electrical-and-electronics-…

Total Credits Required 120
General Education
30-40

This major does not require a minor.

Gerontology Minor (currently not accepting students)

New students will not be accepted into the program at this time. Contact the department for more information.

Introduces students to the aging process, concerns of older adults and the service delivery system. Students interested in this minor should declare it by the second semester of their junior year, have a plan of study approved by the gerontology program coordinator, and have it forwarded to the Registrar's Office. For additional information about this minor, contact the department.

For department information or additional degree requirements, go to the Sociology and Anthropology department page.

For related information from the Bureau of Labor Statistics, http://www.bls.gov/ooh/life-physical-and-social-science/home.htm

Total Credits Required 22
Gerontology Core 5-8
GRN 101 Introduction to Gerontology 4
GRN 490 Gerontology Field Placement 1 - 4
GRN 001 Internship Completion 0
 
Program Electives 10
Choose from the following:
     HL 211 Health Aspects of Aging (3 cr.)
SL 460 Cognition, Communication and Aging (4 cr.)
SW 405 Aging Public Policies and Programs (4 cr.)
 
Electives 4-7
Choose from the following:
HL 213 Death Education (2 cr.)
PL 185 Medical and Bioethics (4 cr.) [PERS]

*Students in the gerontology minor must take at least 3 hours of field placement involving older adults. One of those hours must be GRN 490. The remaining 2 or more hours may come from a student’s major or second minor. One field placement credit hour is equivalent to 50 clock hours, averaging between 3-4 hours in the field setting per week; four field placement credit hours is equivalent to 200 clock hours, averaging between 13-14 hours in the field setting per week.

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