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The three-year program introduces students to the full breadth of the conservation field, through a carefully constructed curriculum addressing research, planning, design and implementation skills.

THE THREE PRIMARY AREAS OF STUDY ARE: 

 Research and Documentation 

  • Conservation theory - a cultural landscape approach to understanding and transforming historic places
  • Historic research methods - oral and documentary research, identifying social value, sources
  • Archaeological research - theoretical and legislative framework, field work, analysis 
  • Architectural history - high style and vernacular architecture, traditions, technologies, styles 
  • Landscape history – urban and rural landscapes, research and documentation, garden history
  • Cultural practice  - aboriginal perspectives, tangible and intangible heritage, ecological awareness
  • Documentation - measured drawings, hand-drawing, AutoCAD, architectural photography, interpretive recording
  • Field investigations - condition analysis, identifying and dating, reporting 

Planning and Project Management 

  • Historic structures report - compiling research and documentation findings 
  • Cultural landscape studies – heritage districts, complex sites, cognitive mapping, artifact and ritual
  • Statements of significance - identifying historical, physical and social value, tangible and intangible components, designation options
  • Conservation plan - preservation, restoration, rehabilitation and adaptive reuse, contemporary design interventions
  • Business models - real estate practice, the restoration economy 
  • Legal and zoning issues - heritage legislation, building codes, zoning bylaws 
  • Energy systems - traditional and alternative theory and practice, sustainable design, theoretical and empirical models
  • Project and construction management – coordination of specialized materials and skills, interdisciplinary approaches, design-build.

Craft and Design Skills 

  • Stone and mortar - basic geology, quarrying, stone dressing and coursing, stone carving, lime mortars, conservation techniques
  • Brick, terra cotta – history, physical and chemical properties, traditional practice, repair, conservation
  • Concrete – mass and reinforced concrete, precast, traditional and contemporary practice, patterns of decay, conservation
  • Plasters - materials, applications, plain and decorative plaster, cast plaster, conservation, replication 
  • Wood - species, milling, traditional and alternative tools, carpentry, joinery, doors, windows, repair 
  • Metals - forge practice, ironwork, sheet metal work, metal repair 
  • Glass - leaded and stained glass windows, glass replacement, repair and restoration 
  • Fittings - hardware, traditional and contemporary lighting 
  • Design – setting parameters, continuity and creativity, design as a material-based and site-based activity, drawing for design
  • Conservation science - basic chemistry, environmental issues, artifact care