Multistory Office Building ET 494 Professor: Dr. Cris Koutsougeras Advisor: R. Edward Rode’ Students: Michael Rebstock and Zac Venable Construction Concentration

Objective The purpose of our project is to display skills learned throughout the ET curriculum specifically dealing with: Surveying Scheduling/Planning (Primavera) Estimating Engineering Calculations Design Building w/ AutoCAD

Introduction The goal is to design-build a multistory commercial office building The building will have specific design requirements The investigation of a LEED certified building will be analyzed

Selected Location More land for a cheaper price Centered in an Industrial area Close to US 190, I-12, I-55

Site Layout

Building Codes International Code Council 2012 Permits Occupancy Classification High-Rise Buildings Means of Egress Accessibility Interior Environment Exterior Walls Roof Assemblies and Rooftop Structures Structural Design Soils and Foundation Glass and Glazing Electrical Mechanical Systems Plumbing Systems Elevators Special Construction (Awnings/Canopies) Concrete Steel

Building Materials Building will be constructed using: Steel Beams/Columns/Joists Concrete Columns Precast Concrete Wall Panels Composite Metal Flooring Deck (2nd,3rd,Roof Slab) Constructed using Autodesk Revit

LEED Investigation Precast Concrete Panels for Exterior/Interior Walls Metal Stud Crete (MSC) Benefits Conventional Panels 100-140 lbs per square foot MSC Panels 35-40 lbs per square foot Lighter Dead Loads on Beams/Columns Exterior Concrete/ Interior Steel in one assembly

LEED Investigation Aluminum Door Framing/Assembly Benefits Exterior/Interior Doors Curtain Walls Interior Office Partitions Benefits Optimize Energy Performance Recycled Content Regional Material

Elevation of Building

Overview of Building Room Type 1st Floor 2nd Floor 3rd Floor Total Lobby 1 Reception Conference Room 3 General Office 25 34 93 Men's Restroom Women's Restroom Machine Room Maintenance Room 2 Electrical Storage Lounge

Floor Plan 1st Floor

Floor Plan 2nd Floor

Floor Plan 3rd Floor

Deliverables Spring 2016 Complete Load Calculations Finalize Working Drawings Quantity Take-Off Complete Project Estimate Complete Project Schedule (Primavera)

Timeline Week Date Description of Task Week 1 January 18 - January 22 Determine Tasks/Goals for Spring Semester – Venable/Rebstock Week 2 January 25 - February 5 Work on Proposal Presentation – Venable/Rebstock Week 3 Week 4 February 15 - February 26 Complete Load Calculations – Venable/Rebstock Week 5 Week 6 February 29 - March 4 Finalize Working Drawings - Venable Week 7 March 7 - March 18 Quantity Take-Off - Rebstock Week 8 Week 9 March 21 - April 8 Complete Project Estimate – Venable/Rebstock Week 10 Week 11 April 11 - April 22 Complete Project Schedule(Primavera) – Venable/Rebstock Week 12 Week 13 April 25 -April 29 Overview of Project / Present Final Project to Advisor and Make Adjustments Accordingly Week 14 May 2 - May 6 Prepare Final Report and Presentation for ET 494

Any Questions?