Senate Doc #2489S

                                                     Approved   3/9/89



                                  Executive Document #2





        Typical Sophomore Year Curriculum for Respective Degree

        Programs



        Degree Options

           (see above)                          Courses



           -------------------------------------------------------------------



          2                      CHEM 231 Modern Organic Chemical Concepts I

          2                      CHEM 221 Modern Organic Chemical Lab. I

          2                      CHEM 232 Modern Organic Chemical Concepts II

          2                      CHEM 222 Modern Organic Chemical Lab. II

        1,  3,4,    7,8,9,10,11  CSCI 142 Computer Programming I (FORTRAN) 

                5,6              CSCI 243 Computer Programming II (PASCAL)

        1,2,3,4,5,6,7,8,9,10,11  ECON 200 Principles of Economics

                                          Micro Approach

        1,  3,4,5,6,  8,9,10,11  ENGR 206 Engineering Statics

        1,  3,4,5,6,      10,11  ENGR 208 Engineering Dynamics

        1,  3,4,        9,10,11  ENGR 314 Solid Mechanics       

                      8          MATH 266 Matrix Algebra       

        1,2,3,4,5,6,  8,9,10,11  MATH 291 Calculus III  

                5                MATH 365 Linear Algebra I

        1,2,3,4,  6,  8,9,10,11  MATH 394 Differential Equations

        1,2,3,4,5,6,7,8,9,10,11  PHYS 222 Physics II

                    7,8,     11  STAT 225 Intermediate Statistics & Data

                                          Analysis (or STAT 425)

        1,2,3,4,5,6,7,8,9,10,11  Humanities or Social Science

        1,2,3,4,5,6,7,8,9,10,11  PE       Physical Education





        Joint Program with North Carolina State University in Chemistry and

        Textile Chemistry 



             The University of North Carolina at Asheville and the

        Department of Textile Chemistry, School of Textiles, at North

        Carolina State University have arranged a program under which a

        student may take three years with a concentration in chemistry at

        UNCA and one year in textiles and textile chemistry at North

        Carolina State University.  Satisfactory completion of the program

        will enable the student to earn simultaneously a Bachelor of

        Science Degree in Textile Chemistry from North Carolina State

        University at Raleigh and a Bachelor of Arts degree in Chemistry

        from the University of North Carolina at Asheville.  





        Joint Program with the North Carolina State University School of

        Forest Resources 



             The University of North Carolina at Asheville and the School

        of Forest Resources of North Carolina State University offer a

        program under which a Student may take two years of work in a

        pre-forestry curriculum at UNCA and then transfer to North Carolina


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        State University for completion of degree requirements.  This

        program leads to a Bachelor of Science Degree in one of four degree

        areas.  





                                   ENGINEERING (ENGR)





        Professor Prak, Director 



        The 2+2 Engineering Program, offered jointly by the University of North

        Carolina at Asheville and North Carolina State University, allows

        students interested in eleven different fields in engineering to

        complete their first two years of study at UNCA and then transfer to

        NCSU for the remaining two years.  Engineering courses offered during

        the first two years are taught by NCSU adjunct faculty.  





        100  Introduction to Engineering (1)



             An introduction to the joint university program, the School of

             Engineering, and the engineering profession.  (Grading:  S/U)



        206  Engineering Statics (3)



             Basic concepts, forces and equilibrium distributive forces,       

             virtual work, and inertial properties; application to machines,

             structures and systems.  Prerequisite: PHYS 221.  Corequisite:

             MATH 291.



        208  Engineering Dynamics (3)



             Equations of motions; kinematics, kinetics of mass points and

             systems of mass points; kinetics and kinematics of rigid bodies.

             Prerequisite: 206.  Corequisite: MATH 394.



        314  Solid Mechanics (3)



             Stress, strain and constitutive laws; application to axial, 

             torsional, and bending stress and deformation; analysis of

             mechanical components and their strength based on material

             behavior under static loading conditions.  Prerequisite:

             206.


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