In this course, students explore blacksmithing,techniques such as the forging of ferrous and,non-ferrous metals. Topics include terms and,vocabulary, related technology, toolmaking and a,survey of this versatile process with a focus on,its historical and contemporary relevance.
Credits: 3
Prerequisites: DME 175
This course is a semester long intensive study of,the development of pattern on both ferrous and,non-ferrous metals. Using forge welding and,diffusion, participants explore layering processes,of developing composites and mosaic patterns in,steel using power hammer methods. Twisting, stock,reduction, and book match patterning techniques,are presented. Throughout the semester each,student assembles a journal comprised of weekly,clay pattern experiments, and production notes.,Journals are then photocopied and compiled into,reference books of techniques and patterns.
Credits: 3
Prerequisites: DME 176
This course combines the tools and practices of,the traditional blacksmith with modern machine and,fabrication technology. Students explore the,forging of ferrous and non-ferrous metals into a,variety of decorative and utilitarian objects with,an emphasis on contemporary fabrication,techniques. Topics include discipline relevant,terms and vocabulary, related technology, tool,making, and a survey of this versatile process,with a focus on its contemporary application.,Intermediate students expand on the technical base,of hand-forged process to explore mechanical,hammering, arc welding, machining, and cold,joinery. Design and execution of work challenges,each student to increase practical skills in the,execution, sequence, and creative problem solving.
Credits: 3
Prerequisites: DME 177
This introductory course is an independent study,in the making of functional hand tools specific to,a chosen medium. Throughout the semester the,characteristics and treatment of different types,of tool steels are presented. Students expand on,the technical base of hand forging to explore,mechanical hammering, the use of composite metals,,and alternative materials. Students work on,projects independent from one another based to,their specific interests. Design, steel,formulation, hot forging, riveting, heat-treating,,and basic joinery are addressed. Design and,execution of work challenges each student to,increase practical skills in production sequence,,creative problem solving, and form assessment.
Credits: 3
Prerequisites: DME 178
The Special Project class is offered on an,occasional basis, with course content specific,to the area(s) being explored.
Credits: 3
Prerequisites: