Skip to Content Find it Fast

This browser does not support Cascading Style Sheets.

GUIDELINES FOR GENERAL EDUCATION COURSES AT University of New Hampshire

GUIDELINES FOR GENERAL EDUCATION COURSES AT University of New Hampshire

    The "Report of the Undergraduate Curriculum review Committee" and the University Senate have charged the University General Education Committee with developing, implementing, and maintaining a coherent and high-quality university general education curriculum according to the guidelines approved by the Senate.  As a first step in carrying out our charge, we have worked hard as a committee- and with some success- to come to general agreement about the basic parameters of such general education courses.  The following guidelines are offered as an aid to departments and programs in developing the general education criteria listed on page 26 of the "Report of the Undergraduate Curriculum Review Committee." 

    To the degree that it is possible and appropriate , faculty and departments at UNH should include within their general education offerings knowledge of and perspectives within a diversity of cultural traditions, races, classes, and gender from around the world. 

Category One

    The Committee believes the areas of Writing Skills and Quantitative Reasoning represent special skills expected of the undergraduate and thus represent a particular challenge to the curriculum.  Since the English Department faculty have long developed courses which meet the intent of the requirement for writing skills, we have designated English 401 as meeting that requirement. 

Category Two

    Quantitative reasoning refers to the ability to think critically and analytically using abstract formal methods with broad application.  In 1982, the Undergraduate Curriculum Review Committee wrote that a quantitative reasoning course "...  must acquaint the student with how to analyze, manipulate, and understand quantitative data."  We support the broader view that a quantitative reasoning course should foster critical thinking skills and develop formal reasoning abilities.  That is, " quantitative reasoning" can be understood to include reasoning with formal symbols, as well as with numbers.  We recognize that certain courses in symbolic logic and computer science, in addition to mathematics and statistics, can promote the goals of the quantitative reasoning requirement. 

1)    More important  than the actual subject matter content of the course should be its emphasis on higher-level cognitive processes, which include: 

Only through the development of these higher-order processes can a student hope to develop confidence in dealing with quantitative information, and thus become an intelligent consumer of data. 

    We emphasize that a quantitative reasoning course should not be a remedial course in high school mathematics.*  Rather it should build on the high school experience in helping the student learn to think critically and reason formally.  We see particular value in a course which would draw on examples from the real world to challenge that student and would use the computer as a tool in the analysis of the problem. 

Categories Three- Eight

The following criteria apply for Groups 3 through 8:



The University General Education Committee

Revised 1/00



 
 

You may print out the following proposal forms, complete them and send ELEVEN copies via campus mail to the General Education Committee through your liaison.