Overview of contemporary archaeological methods of survey, excavation, analysis, and interpretation. Discussion of various theoretical approaches used to explain past human behavior. Thematic discussion of the major events in prehistory from human origins to appearance of agriculture and cities.
Laboratory course designed to accompany Anthropology 1. It includes hands-on study of human and primate skeletal materials and replica fossils, primate behavior and taxonomy, and human variation. Application of the scientific method and evolutionary theory are also included.
The biological nature of humans and the changes that have occurred from prehistoric times to the present. The place of humans in nature, primates, fossil evidence for human antiquity, individual and population genetics, mechanisms of evolution, and modern human variation.
Continued development of American Sign Language (AMSL) receptive/expressive skills and knowledge learned in AMSL 1A and 1B. Emphasis on conversational skills in functional situations, continued vocabulary and sentence structure expansion, focus on Deaf Culture and the Deaf Community.
Continued development of American Sign Language (AMSL) receptive/expressive skills and knowledge learned in AMSL IA. Emphasis on conversational skills in functional situations, continued vocabulary and sentence structure expansion, and knowledge of Deaf culture and the Deaf community.
This is a course for the student with no prior or minimal skills in and knowledge of AMSL. The course is designed primarily to develop the students' receptive skills in functional settings. Everyday communication emphasizing vocabulary, syntax, and fingerspelling to enable students to communicate with Deaf individuals in a culturally appropriate manner.
Various airframe systems and components. Some subject areas are flight control rigging, communication and navigation, and cabin pressurization. Also covered are aircraft instrument systems and aircraft inspection among other topics. Attention will be given to safety procedures and hands-on skills of maintenance and repair of airframe systems.
Aircraft systems and components. Some subject areas covered are landing gear systems, hydraulic/pneumatic systems and aircraft fuel systems. Includes basic nomenclature, theory of operation, inspection techniques, and troubleshooting. Attention will be given to safety procedures and hands-on skills of maintenance and repair of aircraft systems.
Principles of complex airframe structures and stresses absorbed by skin coverings. Applied methods and techniques in sheetmetal and non-metalic structural repair in such things as plastics, composites, and honeycomb. Students will learn how to make approved repairs to aircraft structures using standard sheetmetal, fiberglass, and composite technology. Attention will be given to safety procedures and hands-on skills of aircraft structure repair.
Powerplant systems and components such as engine instrument and engine fuel systems. Procedures necessary to properly repair and maintain systems such as induction systems, engine cooling systems and engine exhaust systems. Emphasis will be put on troubleshooting, operating and testing carburetors and propellers. Attention will be given to safety procedures and hands-on skills of basic maintenance and repair.