Capstone Final Project – Development at Innovation Way

Project Background:

  • Team Name:
    • Almost Engineering Company
  • Location:
    • 12530 Innovation E Dr, Orlando, FL 32828, within the Avalon Park area.
  • Total Site Area:
    • Approximately 48.7 acres of buildable land
  • Jurisdiction:
    • St. Johns River Management District
  • Current Site:
    • Planned development
  • Future Land Uses are:
    • Low-Density Residential (LDR) 
    • Commercial (C) 
    • Office (O) 
  • Re-Zoning:
    • Residential: Multiple-Family Dwelling District (R-3)
    • Office: Professional Office District (P-O)
    • Commercial: General Commercial District (C-2)
  • Office Area:
    • Minimum – 10,000 sq.ft
    • Proposed – 15,000 sq.ft
  • Commericial Area:
    • Publix – 28,000 sq.ft (min. req. 28,000 sq.ft)
    • Retail – 51,685 sq.ft (min. req. 30,000 sq.ft)
    • Panera – 3,750 sq.ft (min. req. 2,500 sq.ft)
    • Total – 83,435 sq.ft
  • Residential Area:
    • 261,000 sq.ft
    • 51 Total Apartment Buildings
      • 408 Dwelling Units
  • Site Plan Land Use:
    • 2 Proposed Driveways
    • 4 Stormwater Ponds
    • Pedestrian Boardwalk
      • 192 ft long, 8 ft wide
    • Proposed Parking
      • 1409 Total Spaces
      • 88 Compact Spaces
      • 29 Handicap Spaces

Responsibilities:

  • Using Autodesk Civil3D & AutoCAD to create concept site plan for Innovation Way development
  • Conducted research to find setback and buffer requirements for the development
  • Using Excel & Google Sheets to create multiple sheets to make work more efficient
  • Aided in modeling Design Storm Precipitations in Stormwise/ICPR4 program
  • Working with colleagues to create Stormwater, Wastewater, Traffic memos for Client (Google Docs)
  • Aided in finding Planned and Programmed Improvements for Innovation Way while preparing Traffic Memo
    • Documentation Used: Capital Improvement Plan (CIP)
      • Provided by Metroplan Orlando, the City of Orlando, and the Orange County Government

Construction Documents I Prepared:

Figure 1: Final Site Plan
Figure 2: Pipe Network Basin Outline
Figure 3: Pre-Development Basins

Pre & Post Development Flow Comparision:


Design Storm
Pre-DevelopmentPost-Development
Flow rate (cfs)Flow Rate (cfs)
St. Johns River Mean Annual 2.3 yr/24 hr33.7019.45
St. Johns River 25 yr/24 hr78.171.79
Orange County 25 yr/24 hr52.8549.95

Since our post-Development flows were calculated to be less than in pre-development, this means our proposed development would be an improvement to the community!

Construction of a Balsa Wood Bridge

Introduction:

In my Structural Analysis Lab, groups were tasked with creating a bridge of balsa wood that could withstand 1000 pounds.

Design Phase:

One of the oldest types of bridges, arch bridges have great natural strength. Instead of pushing straight down, the weight of an arch bridge is carried outward along the curve of the arch to the supports at each end. When supporting its own weight and the weight of crossing traffic, every part of the arch is under compression. (Hudec, 1997)

Design loosely based off of the Sydney Harbour Bridge.

www.agoda.com – Sydney Harbour Bridge | Cost to Climb – Top Hotels & Attractions Nearby

I was tasked with finalizing the bridge design. Using Autodesk Inventor and Civil3D, I created a 3D model of our bridge, dubbed the Sun Truss, and created a technical model sheet. This was not required for our project, but I wanted to challenge myself, and I’m pretty satisfied with the results!

Figure 1: Sun Truss Technical Views
Figure 2: Isometric View of Sun Truss
Figure 3: Front View of Sun Truss
Figure 4: Top View of Sun Truss
Figure 5: Side View of Sun Truss

Summer Home Plot Project

In Summer of last year, I took upon myself to become better acclimated with Autodesk AutoCAD & Civil3D by making a plot for a summer home in these programs. I followed this tutorial:

I learned how the Model and Layout Spaces functioned, how certain hatch patterns represented certain materials, and many more technical skills within the program that I use today!

In fact, whenever I need a refresher, I consult notes that I took during my sessions from this project and I’m usually brought back up to speed!

Figure 1: Ground Floor Plan View
Figure 2: Section A-A of Home
Figure 3: Axonometric View Diagram

I’m truly grateful for this course, it taught me things I didn’t learn until my second to last semester!