150 / FIELDS OF INSTRUCTION


their relationship to beginning school programs in listening, speaking, reading, and
writing.
EDE 672-CHILDREN'S LITERATURE IN THE ELEMENTARY CURRICULUM.
 4 credits
 Prerequisite: EH 491. Evaluating, selecting, and using fiction, biography, poetry,
and informational books for instructional, informational, and recreational purposes.
EDE 675-TRENDS IN THE TEACHING OF READING. 4 credits
 Prerequisite: A basic course in teaching reading. Trends in the teaching of
reading analyzed by study of research; consideration of controversial issues in-
volving classroom organization, methods, and materials.
EDE 690-SPECIAL TOPICS. 2 to 5 credits
 Prerequisite: Permission of department chairman. May be repeated with change
of content up to a maximum of 15 credits.
EDE 697-SUPERVISED RESEARCH. 1 to 5 credits
 Credit not applicable toward degree. May be repeated.
EDE 698-SUPERVISED TEACHING. 1 to 5 credits
 Credit not applicable toward degree. May be repeated.
EDE 700-PROBLEMS IN ELEMENTARY EDUCATION 1. 4 credits
 Advanced course in elementary school curriculum.
EDE 701-PROBLEMS IN ELEMENTARY EDUCATION 2. 4 credits
 Continuation of EDE 700.
EDE 702-EVALUATION IN THE ELEMENTARY SCHOOL. 4 credits
 Point of view, methods, and techniques used in appraising the behavioral growth
of pupils; evaluation of the objectives of the total elementary school program.
EDE 703-SEMINAR IN ELEMENTARY EDUCATION 2. 4 to 8 credits
 Open to advanced graduate students. Current research and an overview of the
total program in elementary education. May be repeated with change of content up
to a maximum of 8 credits.
EDE 704-SEMINAR IN EARLY CHILDHOOD EDUCATION. 2 to 8 credits
 Open to advanced graduate students. Problems and issues in early childhood
education. May be repeated with change of content up to a maximum of 8 credits.

 ENGINEERING-GENERAL
 (College of Engineering)
COURSES FOR ADVANCED UNDERGRADUATES AND GRADUATES
EGC 508-FUNDAMENTALS OF RADIATION PROTECTION. 4 credits
EGC 541-INTERMEDIATE FLUID DYNAMICS. 3 credits
EGC 550-DIRECT ENERGY CONVERSION ENGINEERING 1. 3 credits
EGC 551-DIRECT ENERGY CONVERSION ENGINEERING 2. 3 credits
EGC 552-DIRECT ENERGY CONVERSION ENGINEERING LABORATORY.
 1 to 3 credits
EGC 578-NUCLEAR CHEMICAL ENGINEERING. 3 credits
 GRADUATE COURSES
EGC 601-THEORY OF FLUID FLOW 1. 4 credits
 Prerequisite: EGC 541 or consent of instructor. Concepts of velocity potential,
differential equations of motion, continuity, and state. Practical solutions for two- and
three-dimensional flow.