AC-ADDI-5
Research roof systems, styles and terminology.
5.1 Recognize and compile various styles and constructions of roof systems, including hip, gable, mansard, gambrel, shed, and flat.
5.2 Identify and explain basic roofing terminology, including: rise, run, slope, pitch, overhang, eave line, and ridge line.
5.3 Research and compare environmental and sustainability issues in relation to roof design.
5.4 Assess aesthetics of roofs.
5.5 Demonstrate the use of Computer-Aided Design (CAD) software related to problem solving roof systems.
5.1 Recognize and compile various styles and constructions of roof systems, including hip, gable, mansard, gambrel, shed, and flat.
5.2 Identify and explain basic roofing terminology, including: rise, run, slope, pitch, overhang, eave line, and ridge line.
5.3 Research and compare environmental and sustainability issues in relation to roof design.
5.4 Assess aesthetics of roofs.
5.5 Demonstrate the use of Computer-Aided Design (CAD) software related to problem solving roof systems.
How did you meet this standard?
I met this standard by constructing a roof system for my house in Auto CAD and Revit. I used the basic principle of slope in my Revit design.
How does this standard have real-world application?
This standard has real world applications because houses that we live in have slopes on the roof. The roofs in real world are used to protect you from the weather.
What is your future learning goals related to this standard?
My future learning goals for this standard are to learn the benefits of roofs and to be able to incorporate different styles in my Auto Cad and Revit designs.
I met this standard by constructing a roof system for my house in Auto CAD and Revit. I used the basic principle of slope in my Revit design.
How does this standard have real-world application?
This standard has real world applications because houses that we live in have slopes on the roof. The roofs in real world are used to protect you from the weather.
What is your future learning goals related to this standard?
My future learning goals for this standard are to learn the benefits of roofs and to be able to incorporate different styles in my Auto Cad and Revit designs.
How did I meet this standard?
I met this standard by correctly drawing a roof plan for my house. This roof was different from other roofs I have done before because it’s a primarily flat roof because of the design of the house. This means that the slope is a very small one.
How does this standard have real world applications?
This standard has real world applications because houses have different styles and material of roofs. Some house has multiple slopes and some are flat like mine. Even though mine is flat it still has small slopes for rain to be able to drain out instead of pooling up.
What are your future learning goals for this standard?
My future learning goals for this standard are to be able to understand more clearly and recognize the different type of roof plans and styles.
I met this standard by correctly drawing a roof plan for my house. This roof was different from other roofs I have done before because it’s a primarily flat roof because of the design of the house. This means that the slope is a very small one.
How does this standard have real world applications?
This standard has real world applications because houses have different styles and material of roofs. Some house has multiple slopes and some are flat like mine. Even though mine is flat it still has small slopes for rain to be able to drain out instead of pooling up.
What are your future learning goals for this standard?
My future learning goals for this standard are to be able to understand more clearly and recognize the different type of roof plans and styles.