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Engineering Solutions Event. Six students will design a solution to an engineering problem. Students will work as a team to design solutions. Teams will be receive a set of construction materials and pricing charts. There are potentially multiple solutions to the problem.
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Engineering Solutions Event • Six students will design a solution to an engineering problem. • Students will work as a team to design solutions. • Teams will be receive a set of construction materials and pricing charts. • There are potentially multiple solutions to the problem.
University City is currently home to a number of new construction projects.
University City is currently home to a number of new construction projects.
University City is currently home to a number of new construction projects.
University City is currently home to a number of new construction projects.
University City is currently home to a number of new construction projects.
University City is currently home to a number of new construction projects.
University City is currently home to a number of new construction projects.
University City is currently home to a number of new construction projects.
University City is currently home to a number of new construction projects.
University City is currently home to a number of new construction projects.
University City is currently home to a number of new construction projects.
University City is currently home to a number of new construction projects.
University City is currently home to a number of new construction projects.
Engineering Solutions Event • Goal: Build a hotel that yields the highest profit.
Engineering Solutions Event • Goal: Build a hotel that yields the highest profit. Each cube represents a hotel room. All 50 cubes must be used.
Engineering Solutions Event • Goal: Build a hotel that yields the highest profit. Entire hotel must be connected as one piece.
Engineering Solutions Event • Goal: Build a hotel that yields the highest profit. Entire hotel must be connected as one piece.
Engineering Solutions Event • Goal: Build a hotel that yields the highest profit. Entire hotel must be connected as one piece.
Engineering Solutions Event • Goal: Build a hotel that yields the highest profit. All rooms must have at least one window. (A window is any exposed vertical side of cube.)
Engineering Solutions Event • Goal: Build a hotel that yields the highest profit. All rooms must have at least one window. (A window is any exposed vertical side of cube.)
Engineering Solutions Event • Goal: Build a hotel that yields the highest profit. All rooms must have at least one window. (A window is any exposed vertical side of cube.)
Engineering Solutions Event • Goal: Build a hotel that yields the highest profit. COSTS Land costs $400 per square unit. Land refers to outline of top view of building.
Engineering Solutions Event • Goal: Build a hotel that yields the highest profit. COSTS Land costs $400 per square unit. Land refers to outline of top view of building. 18
Engineering Solutions Event • Goal: Build a hotel that yields the highest profit. COSTS Land costs $400 per square unit. Land refers to outline of top view of building. 15 18
Engineering Solutions Event • Goal: Build a hotel that yields the highest profit. COSTS Land costs $400 per square unit. Land refers to outline of top view of building. 15 18
Engineering Solutions Event • Goal: Build a hotel that yields the highest profit. COSTS A roof costs $10 each. ( A roof is any exposed top side of cube.) A window costs $5 each.
Engineering Solutions Event • Goal: Build a hotel that yields the highest profit. COSTS Taxes will be collected based on building height. Floors 1-10 —> 50% x land cost Floors 11-20 —> 1000% x land cost Floors 21-30 —> 2000% Floors 31-40 —> 3000% Floors 41-50 —> 5000%
Engineering Solutions Event • Goal: Build a hotel that yields the highest profit. INCOME 4 windows, 1 roof = $600 4 windows, 0 roof = $500 3 windows, 1 roof = $300 3 windows, 0 roof = $250 2 windows, 1 roof = $200 2 windows, 0 roof = $175 1 window, 1 roof = $150 1 window, 0 roof = $125