TR This course discusses and examines the processes of deterioration of historic buildings. Students will be able to methodically examine, analyze common problems and develop solutions that will be structurally, historically and economically valid.
MW This course will focus on the traditional building styles found throughout the United States. Topics will include regions of construction and materials, time periods, prominent architects, as well as the theory and purpose behind various architectural styles.
MW on campus. This course uses techniques commonly used by historians while examining historic buildings. The various systems used in the field will be explored including field measurements, field drawings, photography and historic research techniques.
MW on campus. This course uses techniques commonly used by historians while examining historic buildings. The various systems used in the field will be explored including field measurements, field drawings, photography and historic research techniques.
The study of the physical, chemical, and biological properties of wood and its deterioration process with an emphasis on basic woodworking techniques as they relate to the building construction industry. Shop based instruction in mechanical and non-mechanical joinery, architectural element reconstruction and replication, and the application of clear finishes. Epoxy and Dutchman repairs will also be
Examination of mechanical, electrical, plumbing, and insulation systems: their development and applications, and approaches to upgrading, adaptation, and restoration of period systems. Methods of unobtrusively inserting systems into historic buildings are presented. Techniques are applied in the lab and on site when applicable. LEED standards will be reviewed.
The course of study emphasizes American decorative glazing practices, and the production and restoration of leaded windows. Techniques including etching and painting, and the lead and copper foil methods of production are covered.
The study of the physical, chemical, and biological properties of wood and its deterioration process with an emphasis on basic woodworking techniques as they relate to the building construction industry. Shop based instruction in mechanical and non-mechanical joinery, architectural element reconstruction and replication, and the application of clear finishes. Epoxy and Dutchman repairs will also be
Examination of mechanical, electrical, plumbing, and insulation systems: their development and applications, and approaches to upgrading, adaptation, and restoration of period systems. Methods of unobtrusively inserting systems into historic buildings are presented. Techniques are applied in the lab and on site when applicable. LEED standards will be reviewed.
The course of study emphasizes American decorative glazing practices, and the production and restoration of leaded windows. Techniques including etching and painting, and the lead and copper foil methods of production are covered.
The study of the physical, chemical, and biological properties of wood and its deterioration process with an emphasis on basic woodworking techniques as they relate to the building construction industry. Shop based instruction in mechanical and non-mechanical joinery, architectural element reconstruction and replication, and the application of clear finishes. Epoxy and Dutchman repairs will also be
Examination of mechanical, electrical, plumbing, and insulation systems: their development and applications, and approaches to upgrading, adaptation, and restoration of period systems. Methods of unobtrusively inserting systems into historic buildings are presented. Techniques are applied in the lab and on site when applicable. LEED standards will be reviewed.
The course of study emphasizes American decorative glazing practices, and the production and restoration of leaded windows. Techniques including etching and painting, and the lead and copper foil methods of production are covered.
An examination of the various materials usedto provide roof and floor coverings in historic
residential and commercial buildings. Slate,
wood shingle, clay tile, composite shingle, metal
panels, and built-up roofs will be examined. Floor
cloths, carpets, terrazzo, ceramic, linoleum,
and hardwood techniques like marquetry and
parquetry will be examined. In addition, alternate
sustainable materials for each system will be
discussed. Installation, repair, deterioration
problems, and maintenance concerns will be the
emphasis of each material.
An examination of the various materials usedto provide roof and floor coverings in historic
residential and commercial buildings. Slate,
wood shingle, clay tile, composite shingle, metal
panels, and built-up roofs will be examined. Floor
cloths, carpets, terrazzo, ceramic, linoleum,
and hardwood techniques like marquetry and
parquetry will be examined. In addition, alternate
sustainable materials for each system will be
discussed. Installation, repair, deterioration
problems, and maintenance concerns will be the
emphasis of each material.
An examination of the various materials usedto provide roof and floor coverings in historic
residential and commercial buildings. Slate,
wood shingle, clay tile, composite shingle, metal
panels, and built-up roofs will be examined. Floor
cloths, carpets, terrazzo, ceramic, linoleum,
and hardwood techniques like marquetry and
parquetry will be examined. In addition, alternate
sustainable materials for each system will be
discussed. Installation, repair, deterioration
problems, and maintenance concerns will be the
emphasis of each material.
TR This course is a study of stone, brick, terracotta, cement, mortar and grout. The focus will be what causes these materials to fail, how to stabalize them, proper cleaning and repairs. Emphasis on how this is important to preservation and restoration will be covered. This course also studies plasters and gypsum wall board products. The focus will be on the common problems causing these materials to fail, and common installation techniques. Topics to include a typical plaster installation, and producing molded plaster architectural elements i.e. ceiling medallions.
TR This course is a study of stone, brick, terracotta, cement, mortar and grout. The focus will be what causes these materials to fail, how to stabalize them, proper cleaning and repairs. Emphasis on how this is important to preservation and restoration will be covered. This course also studies plasters and gypsum wall board products. The focus will be on the common problems causing these materials to fail, and common installation techniques. Topics to include a typical plaster installation, and producing molded plaster architectural elements i.e. ceiling medallions.
Want to learn how knives are forged?
Want to learn how knives are forged?
This course surveys four centuries of American architecture. The work of architects and the evolution of architectural styles are examined as a reflection of broader historical trends. Through observation, description, and analysis, students build their visual literacy skills and architectural vocabulary to recognize and interpret a building’s historic character.
This course surveys four centuries of American architecture. The work of architects and the evolution of architectural styles are examined as a reflection of broader historical trends. Through observation, description, and analysis, students build their visual literacy skills and architectural vocabulary to recognize and interpret a building’s historic character.
The intent of this class is to take the novice MIG welder and show them the skills it takes to become an AWS certified welder. This course is designed in response to our societies current economic and job dilemma, this intense and affordable course will strengthen your job skills. This course will ONLY be covered in steel, no stainless or aluminum will be covered.
The best way to prevent unexpected and expensive rehab projects is proactive maintenance. In this class, you’ll learn what home maintenance tasks you should do on a seasonal or annual […]
Overview This course will introduce us to the exciting world of traditional stucco, in the knowledge of the historical techniques that have accompanied humanity since time immemorial, and will serve […]
The intent of this class is to take the novice MIG welder and show them the skills it takes to become an AWS certified welder. This course is designed in response to our societies current economic and job dilemma, this intense and affordable course will strengthen your job skills. This course will ONLY be covered in steel, no stainless or aluminum will be covered.
This two-day introductory retaining wall workshop, April 1-2 (Saturday-Sunday), will take place at Maker’s Mark Distillery in Loretto, KY. Participants will restore an existing retaining wall right in the middle […]
Monday through Friday 9:00 to 3:30 for 13 Weeks
The 13 week Pipe Welding Program prepares a student for pipe certification following AWS and ASME Section IX welding codes. Instruction consists of coupon preparation, welding technique, and troubleshooting for pipe welding in the 2G, 5G, and 6G positions using E6010 or ER70S-2 (GTAW/Tig) in the root pass and E7018 in the fill and cover passes.
Monday through Friday 9:00 to 3:30 for 13 Weeks
In the 13 week program, students receive instruction in all of the welding processes we offer at the school – GMAW, FCAW, GTAW, and SMAW. In addition, students are also trained in oxy fuel and plasma cutting, carbon arc gouging, and the use of basic hand tools (grinders, fit-up tooling, etc.). The goal of this course is to have students prepared enough so that they are "ready to go" on the first day of employment.