General Education Requirements for Georgia
Tech Graduates
Final Report of the ad-hoc
Subcommittee on General Education
January 2002
Committee Members:
Bethany Bodo (Assistant Director, Office of Assessment), Carol
Carmichael (Senior Research Scientist, Manufacturing Research Center), Fred
Andrew (Professor, Mathematics), Bryan Church (Professor, Management), David
Collard (Associate Professor, Chemistry), James Craig (Professor, Aerospace
Engineering), Kurt Eiselt (Associate Dean, Computing), George Johnston
(Associate Chair, Architecture), Gordon Kingsley (Associate Professor, Public
Policy), Peter McGuire (Professor, Literature, Communication, and Culture),
Scott Wills (Associate Professor, Electrical and Computer Engineering, Chair)
General Education Mission Statement
General
Education at the Georgia Institute of Technology is essential to the
development of our extraordinary students beyond the deeply rigorous technical
and applied education they receive.
General
Education at Georgia Tech is designed to produce student who are:
·
Mathematically, scientifically, and technically competent;
·
Competent in information research;
·
Literate in reading, writing, and presenting; and
·
Literate in the use of a computer.
Georgia
Tech General Education is also designed to produce students who are able to:
·
Think critically and
·
Effectively collaborate with others.
Additionally,
it strives to:
·
Enhance students’ awareness of scientific values and ethics;
·
Enable them to articulate their personal and social values and how these
values are shaped by the world around them;
·
Encourage them to examine individual and social behaviors; and
·
Develop their ability to effectively work in group settings.
General
Education at Georgia Tech seeks to develop students who have an appreciation
for technology, society, and their interaction and to produce students who will
utilize these talents to substantially impact the future as leaders and
lifelong learners.
The
committee identifies the following general education objectives for all
students who earn a Georgia Tech baccalaureate degree. The objectives represent an effort to
integrate the BOR general education requirements with the unique mission of
Georgia Tech. Specifically, the
objectives call for:
·
Technical, mathematical, and scientific competence
·
An ability to communicate to and productively interact with others
·
An awareness of culture and values in a diverse world
·
An understanding of ethical issues surrounding one’s personal and
professional activities
It
is the opinion of the committee that a great strength of the Georgia Tech
degree lays not only in the content but also in the exceptional quality of the
programs and units that support these General Education requirements. The
committee recommends these outstanding elements remain a part of all Georgia
Tech degrees.
It
is the recommendation of the committee that these objectives be implemented,
whenever possible, in an integrated fashion through interdisciplinary courses,
certificate programs, and minors.
Mathematics Objective: Georgia Tech students will
be proficient in basic mathematical skills, be able to formulate problems
mathematically, be able to use mathematical methods to solve original problems,
and demonstrate an understanding of the nature of mathematical reasoning.
Students will be able to:
Communication Objective: Georgia Tech students will
be able to read a variety of documents critically and effectively, acquire and synthesize
information, and shape a written or oral presentation that accommodates
audience needs and shows a mastery of basic communications skills.
Students will be able to:
Students will be able to:
Students will be able to:
Students will be able to:
Computer Literacy Objective:
Georgia Tech students will be able to use appropriate software applications
effectively, demonstrate an understanding of the organization and operation of computer
systems, and apply programming techniques to solve problems.
Students will be able to:
Science
Objective: Georgia
Tech students will demonstrate an understanding and application of scientific
methodology, laboratory techniques, quantitative problem solving, modeling
skills, and experimental design to formulate and evaluate hypotheses.
Outcomes
Students will be able to:
1.
1. Formulate hypotheses to explain
natural phenomena
2.
Design experiments identifying and
implementing appropriate controls
32. Design
experiments to evaluate hypotheses
43. Execute
experiments designed to validate hypotheses
54. Understand
and apply mathematical concepts to evaluate experimental results
65. Critically
analyze quantitative information obtained from experiments
Scientific
Culture and Values Objective: Georgia Tech students will demonstrate knowledge of
the dynamic relationships among science, technology, cultural values, and creative expression and how these relationships
must be framed by ethical principles.
Outcomes
Students will be able to:
Global Awareness, Human Values, and Culture Objective: Georgia Tech students will
be able to articulate their personal and social values, articulate how those
values have been informed by both humanistic and social perspectives,
understand how these shape their view of the world, and compare these with
other world values.
Outcomes
Students will be able to:
Individual and Society Objective: Georgia Tech
students will be able to examine and conceptualize individual and social
behaviors in disciplined and critical ways.
Outcomes
Students will be able to:
Group Involvement Objective:
Georgia Tech
students will demonstrate their ability to work effectively in both
face-to-face and electronic group contexts in order to achieve specified
objectives.
Outcomes
Students will be able to:
(This
section needs to be added back in –it
is important in terms of BOR requirements and therefore needs to be part of
general education and needs to be assessed)
Health and Wellness
Objective: Georgia
Tech students will develop an understanding of the psychological and
physiological bases of a healthy mental and physical lifestyle.
Outcomes
Students will be able to: