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

2. 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

3. 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

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

5. Site Layout

6. 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

7. 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

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

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

10. Elevation of Building

11. 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

12. Floor Plan 1st Floor

13. Floor Plan 2nd Floor

14. Floor Plan 3rd Floor

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

16. 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

17. Any Questions?