1. Steel Building Apartment- Design and Build Sutton Yanosky ET494 – Dr. Cris Koutsougeras Advisor –Mr. Rode

2. Birds Eye View

3. New Structures As an addition to the high efficiency home build from last semester, the owner has proceeded into the phases of adding 2 additional structures onto their property. A steel warehouse, housing 2 full multi-room apartments A pool side cabana structure with full kitchen and bathroom. Both structures require ground up construction from pre-design phase until project completion. This requires working CAD drawings and specifications for each of the structures, a construction schedule, cost estimates, materials lists, necessary structural calculations, etc.

4. Proposed Poolhouse Floor Plan

5. Proposed Warehouse Apartments Floor plan

6. Steel Building with Apartments The size of this steel structure will be 60’ X 100’. The 2 apartments to be added will be single story housing at least one bedroom, full bathroom full kitchen and dining area and will also be used for storage overhead. All load bearing walls for both will be framed using 16 gauge steel studs and joists. The picture shows typical cross-section of some of the steel members that will be used.

7. Steel Warehouse and Apartments Structural steel columns, beams, girders and purlins will need to be designed according to the AISC steel construction manual. For this structure we used a pre-engineered metal building from Mueller buildings in Baton Rouge, LA. Mueller designed this structure in accordance with building codes for St. Tammany parish. Cost of material and shipping for the steel structure came in at about $39,000 dollars.

8. St. Tammany Parish Building Codes D = dead load due to the weight of the structural elements and other permanent features supported by the structure, such as permanent partitions. L = live load due to occupancy and movable equipment (20psf) Lr = live roof load W = wind load (110 psf) S = snow load E = earthquake load R = initial rainwater load or ice water load exclusive of the ponding contribution

9. Design and Build The architectural drawings and detail sets were pretty extensive for this build. All drawings were completed using AutoCad architectural software. These drawings are all proposed drawings. Actual plans will need to be developed and approved by a structural and architectural professional.

10. Project Estimates For both structures I was responsible to complete full project material and cost estimates. In addition I was able to contact multiple sub- contractors and supply houses to gather pricing information for trade work. This allowed me to price shop and maximize profit margins for the projects. These prices allowed me to budget the projects and estimate total cost and gross net and profit estimations. These phases were carried out using Microsoft excel and the built it functions in the software.

11. Warehouse material estimate, cost per unit, total cost, labor cost estimate, price estimate and profit were then all plugged into a combined file like shown to the left. Warehouse Apts PROJECT COST TOTAL$103,724.90 Buildout Profit margin0.1181018 PROJECT ESTIMATION$ 115,975.00 PROJECT PROFIT EST. $12,250.10

12. Cabana Structure Totals Estimated Profit Margin0.239 % Project Profit ($) $4,116.10 Estimated Total = $ 21,300.00 Actual Mat/Labor = $ 17,183.86

13. Project Critical Path Analysis A project-management technique that lays out all the activities needed to complete a task, the time it will take to complete each activity and the relationships between the activities. Also called the "critical path method"

14. Project Critical Path Analysis CPA can help predict whether a project can be completed on time and can be used to reorganize the project both before starting it, and as it progresses, to keep the project's completion on track and ensure that deliverables are ready on time. CPA analysis was done manually and entered into an excel spreadsheet.

15. Project Scheduling Once a critical path is found, a schedule can be formed. Gant charts are heavily used in construction projects and all project management. One of the most popular and useful ways of showing activities

16. Project Scheduling Each activity is represented by a bar; the position and length of the bar reflects the start date, duration and end date of the activity. This allows you to see at a glance: What the various activities are When each activity begins and ends How long each activity is scheduled to last Where activities overlap with other activities, and by how much The start and end date of the whole project

17. Project Foundation Drawings

18. Project Elevations

19. Pool house Elevations

20. Project Framing Details

22. Project Wall Details

23. Beam and Wall Detail

24. Project Openings

25. Project Schedules

26. Pool house Finish Schedule

27. Construction Contract

28. QUESTION S? Engineering Technology Southeastern Louisiana University Fall 2014