Courses

Theory of Music II is a continued study of harmony with emphasis on the rudiments of music and basic four-part writing. The class includes the study of sight-singing and music dictation in laboratory meetings.

This course expands the study of the fundamentals of music theory to focus continuing focus on four-voice part writing and Roman numeral analysis, students counterpoint and phrase structure. This course's content is coordinated with

Theory of Music III continues the study of music theory, focusing on the study of more complex harmonization with correlated ear training, dictation, sight-singing, and keyboard harmony. The class includes the study of sight-singing and music dictation in laboratory meetings.

Students study diatonic Western musical elements to include chromatic conventions, augmented sixth chords as well as are provided with a brief introduction to binary, structure from THEORY II (MUSI 1223). This course's content is coordinated

Students continue the study of the chromatic elements of Western music, followed is made on the analysis of tonal and post-tonal harmony and structures through

Kuhn-Tucker conditions, quadratic programming, search methods and gradient methods, Lagrangean and penalty function methods.

Kuhn-Tucker conditions, quadratic programming, search methods and gradient methods, Lagrangean and penalty function methods.

This course presents Euclidean Algorithms: fundamental theorem on divisibilities, prime numbers, congruence of numbers; theorems of Fermat, Euler and Wilson; congruence of first and higher degrees; LaGrange's theorem with applications: residues; introduction to theory of binary quadratic forms.

Functions of and loadings on ocean engineering structures, including sea walls, harbor structures, sea- going vessels, offshore structures and underwater vehicles; analysis of structures including trusses, beams, plates, shells and arches; introduction to stress and failure analysis; introduction to finite element analysis (FEA) including computational mechanics of ocean engineering structures using FEA.

An introduction to the major theoretical approaches and debates in organization theory including core concepts and key issues arising from the classical and contemporary influences. Emphasis is on the evolution of organization theory in the United States and the elements that distinguish public from private organizations.