14. Advanced Freehand Drawing. (2) Either half-year. Sec. 1, Tu Th, 9-12; Sec. 2, Tu Th, 1-4. Prerequisite: course A. Training in drawing and construction from the antique. 19. Appreciation of Art. (2) Either half-year. M F, 1. NEUHAUS Lectures on the principles which underlie the theory and practice of the fine arts. UPPER DIVISION COURSES Course 114A-114в is prerequisite to courses 115A-115B, 127, and 128A128B; course 114A is prerequisite to course 116A-116B. 101A-101B. Modeling of the Human Figure. (1-1) Yr. F, 8-11. Prerequisite: Architecture 14A. 112A-112B. Elementary Design Practice. (2–2) Yr. Tu Th, 1-4. Prerequisite: Art 6A-6B. CUMMINGS GLADDING The application of the principles of the theory of design and color to elementary problems of original design, study of order in nature and historic art; analysis of the principles underlying both and of the technical processes by which they may be expressed. Field work: visits to zoological, anthropological, and fine arts collections. 114A-114B. Advanced Work in Freehand Drawing. (2-2) Yr. Sec. 1, Tu Th, 9-12; Sec. 2, M F, 9-12. WICKSON, BOYNTON 115A-115B. Sketching from Draped Model with Pictorial Composition and Illustration. (2-2) Yr. W S, 9-12. Prerequisite: course 114A or 114B. *116A-116B. Painting in Oil, Water Color, or Pastel. (2-2) Yr. M F, 9-12. Prerequisite: course 114A. GLADDING *127. Art Anatomy. (2) I. M F, 4. Prerequisite: course 14. Academic laws of proportion and cross-section. NAHL 128A-128B. Life Class. (2-2) Yr. NAHL, Sec. 1, Tu Th, 9-12; Sec. 2, M. F, 9-12. Prerequisite: course 127. 131A-131B. Landscape Composition. (2-2) Yr. M F, 1–4 WICKSON Prerequisite: courses 6A-6B and 114A. The study and organization of outdoor forms in black and white media and in color. * Not to be given August-December, 1923, 167. Form and Color. (3) I. M F, 9-12. Prerequisite: courses 14, 19. NEUHAUS Practical problems in pictorial analysis; occasional lectures, class problems and papers. 168. Community Art. (3) I. M W F, 4. Prerequisite: senior standing. NEUHAUS Discussion of the aesthetic problems of community life. The promotion of artistic appreciation through the fine and applied arts. 169. History of American Art. (3) II. MF, 9-12. Prerequisite: Art 1A-1B, 19. *194A-194B. Advanced Design. (3-3) Yr. NEUHAUS GLADDING Lectures, Tu Th, 1; laboratory, Tu Th, 2—4. Prerequisite: Art 112A and 114A-114B. The lectures will be upon the general field of decorative design and the development of ornamental motives and their recurrence in different materials. Laboratory problems will offer opportunity for original decorative design. Materials for individual problems to be furnished by students. Course 114A-114B may be taken as a parallel course. *198A-198в. Pro-seminar in Japanese Art. (1-1) Yr. S, 9-12. NÁHL Prerequisite: junior standing. 199. Special Study for Advanced Undergraduates. (1 or 2) Either halfyear. Prerequisite: junior standing. The STAFF According to the interests and requirements of the students. 300. Teachers' Course. (2) II. M F, 2. Relation of art to the curriculum of the public school. NAHL GRADUATE COURSES Concerning conditions for admission to graduate courses see page 3 of this announcement. 215A-215B. Advanced Composition. (2-2) Yr. W S, 9-12. Prerequisite: course 115A-115B. 216A-216B. Advanced Painting. (2-2) Yr. M F, 9-12. Prerequisite: course 116A-116в. *228A-228B. Advanced Life Class. (2-2) Yr. Continuation of course 128A-128B. Sec. 1, Tu Th, 9-12; Sec. 2, M F, 9-12. 269. Seminar in Art. (1 or 2) Either half-year. NAHL The STAFF (NEUHAUS in charge) 299. Thesis for the Master's Degree. (2) Either half-year. The STAFF * Not to be given August-December, 1923. ASTRONOMY RUSSELL T. CRAWFORD, Ph.D., Professor of Astronomy. THE MAJOR A student may select a major in this department in either (a) astronomy, (b) astrophysics, (c) navigation and nautical astronomy, or (d) astronomy and geodesy. In preparation for a major in any of these four subdivisions the following are prerequisite: plane trigonometry, analytic geometry, differ ential and integral calculus, general physics, and a reading knowledge of French or German. (The French or German requirement is not needed for a major in subdivisions (c) and (d). In subdivision (c) marine meteorology and oceanography is a prerequisite.) In all four subdivisions Astronomy 103A and Astronomy 104A are required. Additional courses for a major in: (a) Astronomy: Astronomy 103B, 104B, 107, 108; and choice of any of the following: Astronomy 110, 112, 116, 117; Physics 108A, 206 (this graduate course is open to advanced undergraduates). (b) Astrophysics: Astronomy 103B, 104B, 116, 117; Physics 111A; and choice of any of the following: Astronomy 107, 108, 110, 112, 206; Physics 108A. (c) Navigation and Nautical Astronomy: Astronomy 103B, 105A-105B; Physics 110A; Naval Architecture 106; and choice of any of the following: Astronomy 108; Economics 179. (d) Astronomy and Geodesy: Astronomy 104B, 107, 108; Physics 105A105B, 110A; Civil Engineering 105. Suitable upper division courses in astronomy, mathematics, physics, chemistry, geology, geography, and civil engineering may be substituted for the electives by arrangement with the department. Honors Students in the Upper Division.-The following courses are prerequisite to honors work in the upper division: Mathematics, either 5 and 9, or 3 and 4; Physics 1A-1B. In addition to these, Chemistry 1a and Geology la are recommended. A student in the honors-group may be recommended for honors in astronomy at graduation: 1. Upon presenting a satisfactory written report (review or criticism) of some astronomical work (theoretical or practical), an account of which has been printed in some standard astronomical periodical or other publication; or 2. Upon presenting a complete and satisfactory computation in orbit theory or clipses; or 3. Upon presenting a complete report of some advanced practical work done by the student. Candidates for honors must prepare a programme at the beginning of their candidacy in consultation with the member of the department designated to supervise their work. On approval of this plan of study the student will proceed to its completion, attending conferences and making such reports of progress as may be requested. Honors-students will be allowed much freedom in their studies. To justify this, the work which they do must be consistently of high quality. The department will recommend the exclusion from the honors-group of all students who do not maintain each half-year an average of at least 60 per cent of A and B grades in all their courses and who do not complete their courses in astronomy with high credit. Candidates must fulfill the requirements for a major in astronomy and must enroll for Astronomy 206. Although this course is listed as a graduate course, it may be taken by advanced undergraduates. A reading knowledge of French and German is required. LOWER DIVISION COURSES (NOTE. There are two courses in elementary astronomy, one with and one without practice in observing. For the former, students should enroll in Astronomy 4; for the latter, in Astronomy 1.) 1. Elementary Astronomy. (3) Either half-year. CRAWFORD Sec. 1, M W F, 10; Sec. 2, M W F, 3, and one section meeting. Prerequisite: elementary algebra and plane geometry. An introductory course. General facts and principles underlying the science of astronomy in all its branches. The classes will be divided into smaller sections in which recitations, examinations, and conferences will be conducted. In the second halfyear a separate section, 2 hours, will be conducted by Mr. Leuschner for students who have the equivalent of the entrance requirements in mathematics and physics for the colleges of engineering. 2A. Practice in Observing. (3 hrs.; 1 unit) I. Tu, 7:15-10 p.m. Prerequisite: course 1. MEYER This course is supplementary to course 1. Practical work at the observatory for beginners, with special emphasis on the elementary methods of determining time, latitude, and longitude. Constellation study. Descriptive observations of celestial objects. 2B. Continuation of Course 2A. (3 hrs.; 1 unit) II. Tu, 7:15-10 p.m. Prerequisite: course 2A or 4. MEYER 4. Elementary Astronomy with Practice in Observing. (5) MEYER, SHANE Either half-year. Tu Th S, 10; one recitation section; one observ. ing period. (Observing periods are in four sections, M W Th F, 7:15-10 p.m.) Prerequisite: plane geometry and elementary algebra. The enrollment is limited to 60. (NOTE. The combination of courses 4 and 2B counts for six units of laboratory science for the junior certificate requirement.) 5. History of Astronomy. (3) I. M W F, 2. Prerequisite: course 1 or 4. 11. Modern Astronomy. (3) II. M W F, 10. Prerequisite: course 1 or 4. CRAWFORD EINARSSON The stars and nebulae. Progress in astronomy through modern methods, especially spectroscopic and photographic. Course Primarily Intended for Engineers 3. Surveyors' Course in Elementary Practical Astronomy. (1) II. Sec. 1, M, 1-4; Sec. 2, Tu, 1-4; Sec. 3, W, 1-4. EINARSSON Prerequisite: Civil Engineering 1A. Civil Engineering 1B is to be taken concurrently. The principles of spherical trigonometry and astronomy adapted to the needs of students in the colleges of engineering. Computing. UPPER DIVISION COURSES A working knowledge of differential and integral calculus is prerequisite to courses 107 and 108. 103A-103B. General Astronomy. (3-3) Yr. M W F, 9. Prerequisite: Mathematics 5 and Physics 1A-1B. EINARSSON The general facts and principles underlying the science of astronomy in all its branches, developed and discussed in detail. For observatory work in connection with this course students may elect course 2A, or 104A-104B, subject to the prerequisites announced. 104A-104B. Practical Astronomy. (3-3) Yr. LEUSCHNER Tu Th, 9; M, 7-10 p.m. Prerequisite: Mathematics 5, and differential calculus, Physics 1A-1B, and either course 1, 4, or 103A. Lectures and observatory work. Practical work at the observatory with sextant, clock, chronograph, transit-and-zenith telescope, equatorial telescope, photographic telescope, reflector, altazimuth instrument. Computing. |