Assignment 1.5 Pre-Design Base Building Model Investment Bank ARCH 5901 Instructor: Glenn Hill Fall 2013

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1 Assignment 1.5 Pre-Design Base Building Model Investment Bank ARCH 5901 Instructor: Glenn Hill Fall 2013 TASK: Develop a 3d digital model of a Pre-Design Base Building for a typical Bank Building using Vasari and Revit. The intentions of the Base Building are: Reflects common design practice. Is not a design solution. Informs & Educates the designer. Generates information beyond the designer s personal experience. Pre-Design Base Building Model Requirements. Include the following design and information in your final REVIT model. This project is an Investment Bank in Austin, Texas for Frost Bank. The client wishes to have a state of the art Low-Energy (sustainable) building, which reflects their branding as a Texas financial institution. SITE The building will be located in The Domain in Austin, Texas. Location: Palm Way at the northeast corner of Palm Way and Domain Drive, Austin, Texas. Currently a parking lot. 2a98e03df3&ie=UTF8&t=m&z=19&vpsrc=6&iwloc=0004e4b6b0342fc25af15 Site Area ~12,000 s.f.. Ground Floor Footprint: ~3500 s.f. Landscaping: min s.f.. Xeriscaping required. All sides of the building. Pedestrian access required from Palm Street. Bicycle access and parking required. Surface Parking: ~ s.f.. Additional code required spaces bought in existing Parking Garages. Some Angled Street Parking along Palm Street. No drive up tellers, but 1 drive up ATM GENERAL BUILDING Client: Frost Bank Building Area Three floors 3500 s.f. per floor Total 10,500 s.f. Net to Gross 0.75 Lobby 1200 s.f. two story space. 1st Floor - Customer Banking 3500 s.f. 2nd Floor Bank Offices 2500 s.f s.f. of space Open to below. A1.1-BaseBuildingModel_SP13.docx 1 of 5

2 3rd Floor Bank Offices 2500 s.f. and 1000 s.f. expansion/storage. Single Building Core meeting Bldg. Code and System requirements Conventional Steel Construction with steel stud infill (See Typical Wall Section) Aluminum Fixed Window Double Low-E Glass. (See Typical Wall Section) Aluminum Store Front Double Low-E Glass. (See Typical Wall Section) 13.5 ft. Floor/Floor Height (See Typical Wall Section) STRUCTURAL SYSTEM Typical Use Studio Companion to establish component sizes. Steel Frame (34 x 34 Bay) Floor Concrete Slab over Steel Decking (See Studio Companion & Typical Wall Section) Roof Steel Deck - Foam TPO (See Studio Companion & Typical Wall Section) Foundation Pilings under columns - Slab on Grade. ( See Studio Companion & Typical Wall Section) ENCLOSURE ENVELOPE SYSTEM Typical (See AEG50-Low-Rise Buildings & Typical Wall Sections) 25% exterior surface- Glass Curtain Wall at Lobby Entrance 75% exterior surface - 75% - 30% window and 70% opaque wall. Wall System I Glass Storefront Wall Wall System II Steel Studs? With Masonry Veneer (Brick, Stone, Stucco, EIFS) or Metal? Window System Fixed Aluminum Frame Double Pane with E-coating. MECHANICAL Variable Refrigerant Flow (VRF)Ground Source Heat Pumps - Multi-Zone (See Ground Source Heat Pumps-Fact Sheet and Johnson Controls Brochure) Dedicated Outside Air System (DOAS) with Energy Recovery - ~5 x 8 Exterior Connection on one floor - Duct Chase to other floors. Overhead distribution PLUMBING Men and Women Restrooms every floor Janitor Closet with service sink. Sink in Work Room DHW instant water heater water heater every floor near Restrooms and Kitchenettes. ELECTRICAL, DATA, COMMUNICATIONS Exterior Transformer Pad (Studio Companion) Electrical Closet every floor ( approx. 30 x 6 ) CORE: Overhead Distribution A1.1-BaseBuildingModel_SP13.docx 2 of 5

3 MRL Elevator per IBC Restrooms Men s and Women s per IBC Stairwells per IBC Janitor 2 x 5 Electrical Closet 2 x 5 HVAC Piping Chase (4 x 4 ). Must have access to overhead distribution Dedicated Outside Air System (DOAS). Exterior Connection. 5 x 8 closet/chase. Final Pre-Design Poster. Based on the Pre-Design information above create a Pre-Design Base Building using REVIT. The Structure, Envelope, Mechanical and Interior systems should be modeled. Only the Core interior spaces have to be modeled. As a minimum you should include the following drawings. o Site Plan. 1 o 3 Floor Plans. 1/ o Transverse and Longitudinal Building Sections. 1/8 = 1-0 o Wall 1 = 1-0 o Two Interior Perspectives. Annotate the drawings of your design as needed to help explain the drawing. Setup and Render two perspective views of Base Building. All your drawings are to come directly from REVIT views and printed directly from a REVIT sheets. DO NOT take them into Photoshop, Illustrator, etc All drawings should represent quality graphics, including appropriate line weights and shading. The poster shall be composed, using good principles of graphic design. Format: The format will be a landscape bond print. The dimensions of the poster will be 33 x 60. All posters must be composed in portrait orientation and cut to this dimension. A1.1-BaseBuildingModel_SP13.docx 3 of 5

4 Grading Criteria Rubric and Criteria: See Attached Grading Sheet. Project Grading Criteria: A - Superior/Excellent - Accurate and complete work that exceeds the level and requirements requested by the instructor. Consistently showing scholarly initiative, innovation, attempts, discrimination and discernment. B - Above Average - Accurate and complete work meeting the requirements of the instructor, and exceeding the level requested in a few. Often showing scholarly initiative, innovation, attempts, discrimination and discernment. C - Average - Accurate and complete work meeting the requirements of the instructor and requiring minimal corrections. Work satisfactory, but needs improvement. Inconsistently showing scholarly initiative, innovation, attempts, discrimination and discernment. D - Unsatisfactory - Work that is often inaccurate or incomplete, not meeting the minimum requirements of the instructor. Rarely showing scholarly initiative, innovation, attempts, discrimination and discernment. F - Unacceptable - work that is unacceptable therefore not defined. Project Grades will be determined by the separate categories listed on the ATTACHED grading sheet. You will receive points for each category ranging from 0-4. How many points you receive will be based on the performance criteria ABOVE. Your grade will be determined by the four separate category listed in the grading sheet. (See attached grading sheet). You will receive points for each category ranging from 0-4. How many points you receive will be based on the grading criteria above. Among those categories for your grade there is one called scholarship. Scholarship is the methods, discipline, and attainments of a scholar. Specifically in this context it is the scholarly attributes of a good student. Below are the seven scholarly characteristics and their definitions which will be the basis of your grade. SCHOLARSHIP Discrimination - the power of making fine distinctions between alternatives. Initiative - readiness and ability in initiating action without out prodding. Class participation - the fact of taking part in the class, as in some action or attempt. Discernment - The act or process of exhibiting keen insight and good judgment. Exploration - a careful systematic investigation of the unknown. Innovative - the introduction of something new resulting from study and experimentation. Attempts to make an effort to perform, make, or achieve results multiple times. A1.1-BaseBuildingModel_SP13.docx 4 of 5

5 ASSIGNMENT GRADING SHEET: 1.1 Pre-Design Base Building Model Your grade will be determined by the four (4) separate categories listed below. You will receive points for each category ranging from 0-4. How many points you receive will be based on the grading criteria on the previous page. NAME: DATE: - - GRADE: = A = B 7-72 = C = A = B 6-65 = D = A = B- 1, 2, 3, 4, 5 - F = B = C+ 10, 20, 30, 40, = C BUILDING LAYOUT: The completeness of the model including Structure, Envelope, Mechanical, Core, and other elements required for design. Function Efficiency Egress Structure DRAWINGS: The relevance, and presence of required drawings. (drawings, annotations, types of drawings, etc.) Floor Plan Perspectives Line Quality Rendering Quality Annotations QUALITY: Quality is a perceptual, conditional and subjective attribute which distinguishes an object of excellence or superiority. It includes those attributes or properties of an object denoting the object s excellence. In the case the overall completeness and graphic quality of the drawings of Pre-Design Base Building. SCHOLARSHIP: The scholarly attributes of a good student Discrimination Initiative Class participation Discernment Exploration Innovativeness Attempts A1.1-BaseBuildingModel_SP13.docx 5 of 5

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