Engineering

Cooperative Program with
University of Wisconsin-Milwaukee

Advisers — Patricia A. Terry, associate professor and coordinator; John Katers, associate professor

Web site: www.uwgb.edu/nas/

Engineers are professional people who apply mathematics, chemistry, physics, and engineering sciences to the study and design of systems for human use.  Specific engineering fields include aerospace, chemical, civil and environmental, electrical and computer, industrial, mechanical, materials, petroleum and nuclear.

UW-Green Bay co-sponsors two programs with the University of Wisconsin-Milwaukee for students who seek careers in engineering. Engineering students may also apply for transfer to engineering programs at UW-Madison, UW-Platteville, Marquette University and Milwaukee School of Engineering in the state of Wisconsin or any other program outside of the state. It is important for all Engineering students to contact an Engineering adviser at UW-Green Bay in their freshman year.

Engineering and NEW Program
UW-Green Bay co-sponsors a joint program with UW-Milwaukee called the Northeastern Wisconsin (NEW) Engineering Program, which allows students to begin their Engineering studies at UW-Green Bay and complete them in the College of Engineering and Applied Sciences at UW-Milwaukee. Engineering and many general education courses at UW-Green Bay are recognized as equivalent to courses at UW-M. Students who begin in Engineering at UW-Green Bay and meet eligibility requirements are considered for admission into upper-level studies at UW-M on the same basis as students who began at UW-M.

UW-Milwaukee offers engineering degrees in civil/environmental, electrical, industrial, materials and mechanical engineering. Information on each of the majors can be found on the UW-M web site at www.uwm.edu/CEAS/.

Dual Degree Program
UW-Green Bay and UW-Milwaukee also offer a Dual Degree Program in environmental science and environmental engineering. Under this program a student completes three years of study in the Environmental Science major at UW-Green Bay, then transfers to UW-Milwaukee and continues for two years in the civil/environmental engineering major. Upon completion of an outlined series of courses, the student receives both a B.S. degree from UW-Green Bay in Environmental Science and a B.S. degree from UW-Milwaukee in Civil/Environmental Engineering. Students wishing to enroll in this program should see an Engineering adviser prior to registration in their freshman year.

Participants in the NEW Engineering Program typically complete 60 to 72 credits at UW-Green Bay toward the degree. This includes the completion of 18 credits of general education requirements specific to this program:

  • 3 credits minimum in the arts
  • 6 credits minimum in the humanities
  • 6 credits minimum in the social sciences
  • 3 credits in cultural diversity

General education courses are required of all students. These courses complement and enhance major coursework for additional exposure to other areas of knowledge and bring an understanding of the relationship among and between subject areas. At least 9 of the 18 required credits must be from courses at the 200-level or above or from 100-level courses that require at least one prerequisite.

A grade of C or better in ENG COMP 105 Expository Writing will satisfy UW-Milwaukee’s English composition requirement.

For information on other engineering options, refer to the Preprofessional Programs of Study section of this catalog or contact one of the Engineering advisers listed above.

Requirements for the Major

All engineering and dual degree majors must take:
CHEM 211           Principles of Chemistry I,  4 credits
CHEM 212           Principles of Chemistry II,  4 credits
CHEM 213           Principles of Chemistry I Laboratory, 1 credit
CHEM 214           Principles of Chemistry II Laboratory, 1 credit
ENG COMP 100  College Writing, 3 credits (see adviser)
ENGR 201           Engineering Materials, 4 credits
ENGR 313           Mechanics I, 3 credits
ENGR 314           Mechanics II, 3 credits
                             (not required in materials engineering)
MATH 202          Calculus and Analytic Geometry I, 4 credits
MATH 203          Calculus and Analytic Geometry II, 4 credits
MATH 209          Multivariate Calculus, 4 credits
PHYSICS 201     Principles of Physics I, 5 credits
PHYSICS 202     Principles of Physics II, 5 credits

See an adviser for additional requirements in chemical, nuclear, petroleum and aerospace engineering.