*College Code prefix for all courses in this table is 20-, unless otherwise noted in parentheses. †Choice of 075-107, 8 or 075-110, 1.

Choice of two Qtrs. of 001-201, 2, 3; or 001-221, 2, 3; or 001-231, 2, 3.

COURSES OF INSTRUCTION

COURSE DESCRIPTIONS

All courses are assigned a three-part identification consisting of an eight-digit code number. The first two digits designate the school or college basically responsible for the course, the next three digits indicate the general area of study, and the last three digits are the specific course designation.

The following college designations may be found in sections of this catalog: 14-The Graduate School

15—McMicken College of Arts and

Sciences

20-College of Engineering

22-College of Business

Administration

23-College of Design,

Architecture, and Art

Number designations of areas of study applicable to various curricula of

The course descriptions which follow are listed in numerical order according to areas of study.

In these course descriptions the following abbreviations and notations have been used: Sum.-Summer; Aut.-Autumn; Win.-Winter; Spr.-Spring. Sum. & Aut.-Courses given each Summer for Section II cooperative students and each Autumn for Section I.

Win. & Spr.-Courses given each Winter for Section II cooperative students and each Spring for Section I.

Each Qtr.

-Courses available in all Quarters.

Coordination

Professor Hoblitzell; Associate Professors Flint, Peters, Williamson; Assistant Professor Bunce.

20-000-202. Introduction to Professional Practice I. Objective analysis of the values of internship assignments; concepts of industrial organization; analysis of actual industrial situations. Win. & Spr.: 1-1-0.

20-000-502. Introduction to Professional Practice II. Preplacement career planning. Transference of career interest into a plan of action for full-time employment. Sum. & Aut.: 1-1-0.

English

Professor Robinson, Head of Department; Professors Barroll, Clark, McCall, Staples; Associate Professors Boyce, Chard, Golding, Stewart, Wright; Assistant Professors Armstrong, Clow, Davis, Farwell, Fern, Fillager, Gebhart, Green, Haas, Hale, Hall, Hamrick, Irvine, LePage, Mosher, Stevens, Ware, Wiebe; Instructors Allen, Andrews, Avinger, Barbour, Burnett, Butterfield, Camp, Dean, DeKraker, de Maagd, Dodge, Dummer, Eremin, Hendley, Herrin, Hinchey, Kevorkian, Lauria, Nelson, Perry, Quammen, Reynolds, Schulman, Swan, Thompson, Totten, Wolff.

Curriculum Requirements: All students in the College of Engineering are required to take Engl. 101-2-3, and two Quarters from either Engl. 201-2-3. 221-2-3, or Engl. 231-2-3. Unless otherwise specified, courses may be entered in the Winter and Spring Quarters only with the instructor's permission. 15-001-101,102,103. Freshman English. Composition and comprehension in reading; appreciation of literature. No student may register for the Winter or Spring Quarter until he has credit for the preceding Quarter. Staff. 3-3-0.

Sophomore English Courses

15-001-201,202,203. The American Tradition in Literature. A study of prominent works of American literature, representing various important literary and intellectual traditions. Aut. Qtr.: Intellectual Backgrounds; Fiction and Poetry of the American Renaissance. Win. Qtr.: Modern Fiction. Spr. Qtr.: Modern Poetry and Drama. Prereq.: 15-001-101,2,3. No student may register for English 202 or 203 until he has credit for 201. Staff. 3-3-0.

15-001-221,222,223. World Literature. Translations of narrative poems, novels and plays from all literatures other than English studied for content and structure in relation to various literary modes. Aut. Qtr.: Introduction to World Literature. Win. Qtr.: Tragedy. Spr. Qtr.: Comedy and Satire. Prereq.: 15-001-101,2,3. No student may register for English 222 or 223 until he has credit for 221. Staff. 3-3-0.

15-001-231,232,233. Survey of English Literature. A chronological approach to English literature from Beowulf to the twentieth century. Prereq.: 15-001-101,2,3. No student may register for English 232 or 233 until he has credit for the preceding Quarter. Staff. 3-3-0.

Electives in English

15-001-271. Advanced Composition. This course emphasizes the fundamentals of standard usage and sound style. Staff. Aut. Qtr.: 3-3-0.

15-001-241,242. The English Language. Structural and analytical study of modern American English. Survey-history of the English language. Staff. Win. & Spr. 3-3-0. 15-001-301,302,303. Development of the Drama. The modes and patterns of dramatic literature from ancient Greece to the present. Mr. Clark. 3-3-0.

15-002-311,312,313. Shakespeare. Mr. Barroll. 3-3-0.

15-001-211,212,213. Prose Writing. Examination and discussion in class of each student's work, with emphasis upon individual experience and temperament as creative guides. Assigned readings for background and critical analysis. Mr. Wiebe. 3-3-0.

Mathematics and Mechanics

Professor Lipsich, Head of Department; Professors Baker, Doty, Dunholter, Lubin, Restemeyer, White; Associate Professors Ferguson, Fopma, Huston; Assistant Professors Cook, Franklin, Harlow, Pinzka, Raymond, Tsuei, Wang; Instructors: Eckart, Lockhart, Myers, Singer, Strenk.

15-025-231. Introd ction to Operations Research 1. Mathematical background for Operations Research, decision and value theory, with applications. Prereq.: 20-025-224. Win.: 3-3-0.

15-025-232. Introduction to Operations Research II. Systems and models, simulation and gaming, with applications. Prereq.: 15-025-231. Spr. 3-3-0.

15-025-561. Vector Analysis 1. Vector algebra in index notation; rectangular and oblique Cartesian coordinate systems; affine transformation group and subgroups; tensors; algebraic invariants of second rank tensors. Win.: 3-3-0.

15-025-562. Vector Analysis II. Orthogonal curvilinear coordinate systems; tensor components and physical components; differential and integral invariants; applications in differential geometry and fluid dynamics. Spr.: 3-3-0.

20-025-170. Mathematical Analysis. Topics in Algebra and Trigonometry essential for students in engineering, science and management. Algebraic and trigonometric functions, determinants and matrices, complex numbers. Aut.: 3-3-0.

20-025-221. Calculus and Analytic Geometry I. Introduction to analytic geometry, functions, limits, derivatives, elementary applications. Each Qtr.: 4-4-0.

20-025-222. Calculus and Analytic Geometry II. Integrals, integration techniques. transcendental functions. Prereq. 20-025-221. Each Qtr.: 5-5-0.

20-025-223. Calculus and Analytic Geometry III. Calculus applications, polar coordinates, vectors, infinite series. Prereq.: 20-025-222. Each Qtr.: 5-5-0. 20-025-224. Calculus and Analytic Geometry IV. Three-dimensional analytic geometry, partial differentiation, multiple integration. Prereq.: 20-025-223. Each Qtr.: 5-5-0.

20-025-272. Differential Equations. Introduction to ordinary differential equations emphasizing linear types with constant coefficients, homogeneous and nonhomogeneous equations, linear systems, with applications. Prereq.: 20-025-224. Each Qtr.: 3-3-0. 20-025-276. Linear Algebra. Basic properties of n-dimensional vector spaces, emphasizing the geometric interpretation of vectors and matrices, with applications. Each Qtr.: 3-3-0.

20-025-278. Probability and Statistics. Probability theory for discrete and continuous distributions, sampling and statistics, tests of significance, estimation and confidence intervals. Prereq.: 20-025-224. Each Qtr.: 4-4-0.

20-025-371. Advanced Mathematics. Selected topics from the differential and integral calculus of vector fields, linear partial differential equations, initial and boundary value problems. Prereq.: 20-025-272. Each Qtr.: 3-3-0.

20-025-375. Numerical Analysis. Finite differences, interpolation, iteration, numerical solutions of differential equations and systems. Prereq.: 20-025-272. Each Qtr.: 3-3-0. 20-025-471. Advanced Mathematics II. Analytic and geometric methods of complex analysis, integral theorems and expansions, conformal mapping with applications to plane fields and flows. Prereq.: 20-025-224. Win. & Spr.: 3-3-0.

20-025-472. Differential Equations II. Series solutions of ordinary linear differential equations, asympotic solutions, partial differential equations, Fourier Series. Prereq.: 20-025-272. Win. & Spr.: 3-3-0.

20-025-474. Nonlinear Analysis. Phase-plane, describing-function and Lyapunov techniques for the solution and stability consideration of nonlinear systems. Prereq.: 20-025-272. Spr.: 3-3-0.

20-025-475. Integral Transforms. An introduction to operator methods and generalized functions using Laplace and Fourier integrals with applications to linear systems analysis. Prereq.: 20-025-272. Spr.: 3-3-0.

20-025-476. Linear Programming. Mathematical background in matrices, vector spaces and sets; the simplex method and duality theory; application to transportation problems, network flows, game theory and industrial problems. Win.: 3-3-0. 20-025-477. Decision Theory. Statistical decision problems, decisions over time, application to conventional statistical methods as inference, correlation and regression, and analysis of variance. Prereq: 20-025-278. Win.: 3-3-0.

20-025-478. Statistical Quality Control. Application of statistical methods to quality and industrial problems. Control charts, acceptance sampling by variables and attributes, regression and correlation methods, tests of significance. Prereq.: 20-025-278. Aut. & Win.: 3-3-0.

20-025-479. Design and Analysis of Experiments. Design of industrial experiments with techniques for analyzing experimental data. Randomized blocks, full and fractional factorial experiments, confounding in designs, optimization techniques, evolutionary operation. Prereq.: 20-025-278. Spr.: 3-3-0.

20-025-541. Complex Variables and Applications I. Analytic and harmonic functions, elementary mapping and conformality, applications. Prereq.: 20-025-371. Sum. & Aut: 3-3-0.

20-025-542. Complex Variables and Applications II. Integrals, the Cauchy theorems, Taylor and Laurent series, residue theorem, applications. Prereq.: 20-025-541. Win.: 3-3-0.

20-275-481. Advanced Strength of Materials. Rotating discs, torsion of noncircular prisms, membrane stresses in thin shells of revolution, beams on elastic foundations, buckling; with emphasis on practical problems of stress analysis. Prereq.: 20-025-272; 20-031-375. Win.: 3-3-0.

20-275-482. Analytic Mechanics. The concepts and terminology of classical mechanics, including inertial and rotating reference frames, moment of inertia tensors, momentum principles, variational principles and Lagrange's equations. Prereq.: 20025-272; 20-031-104. Win.: 3-3-0.

20-275-483. Mechanics of Solids and Fluids. Introduction to mechanics of a continuous medium. Cartesian tensors, field description of quantities associated with the material medium, constitutive equations for the classical ideal materials. Prereq.: 20-025-272; 20-031-104. Spr. 3-3-0.

20-275-484. Introduction to Rheology. The macroscopic behavior of real material; with emphasis on critical experimental results, the concepts used to describe and explain the behavior of real materials, and simple mathematical methods and models. Prereq.: 20-025-272; 20-031-383. Spr.: 3-3-0.

20-275-581. Advanced Fluid Mechanics. Conservation equations of mass, momentum, and energy; vorticity; irrotational flows; compressible flows; method of characteristics; Navier-Stokes equation. Prereq.: 20-031-383. Win.: 3-3-0.

20-275-582. Theory of Vibrations. Free and forced vibrations of discrete and continuous systems; strings, bars, plates, normal modes. Prereq.: 20-025-272. Spr.: 3-3-0.