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IMPROVEMENTS TO THE INTERSECTION AT EAST SOUTH CAMPUS AND 1800 EASTSALT LAKE CITY, UT
Presented to University of Utah Department of Campus Design and Construction by:
Student Engineering Associates
January 28, 2014
Courtesy of SEA
PROJECT MANAGEMENT TEAMKatharine Smith
Team Qualifications
• Leadership Experience in Student Organizations• Experienced in Microsoft Project and Office Suite
Aaron Womble Jem Locquiao Katharine Smith Daniel Sudbury
Scope
Ensure SEA provides a cost effective solution to improve the flow of pedestrian, vehicular, and TRAX traffic in the area of South Campus Drive near 1800 East, across from the Huntsman Center
Approach
• Project Scheduling
• Project Cost Estimate
• Technical Oversight
Courtesy of SEA
Project Scheduling
• Gantt Chart• Track progress for all deliverables across each team
• Reviewed weekly
Courtesy of SEA
Project Cost Estimate
• Individual cost estimates reported to PMT
• Assemble overall project cost estimate
• Budget oversight• Reviewed weekly
Courtesy of SEA
Technical Oversight
• Application of analytic measures
• Review drawings and calculations
• Aid in development of design alternatives
Courtesy of SEA
SITE PLAN AND DRAINAGE TEAM Riley Ford
Team Qualifications
• Experienced in Detention Design• Experienced with AutoCAD• Engineering Background
Jacob Nelsen William Holley Riley Ford
Scope
Design site grading to detain and properly release storm water runoff
[1]
Approach
• Existing Site Plan
• Design Phase
• Final Drawings
[2]
Existing Site Plan
• Investigate existing site drainage
• Prepare drawings showing locations of all existing structures and utilities
Courtesy of SEA
Design Phase
• Develop alternatives
• Determine alternatives’ effects on site runoff/drainage
• Provide feedback
[3]
Final Drawings
• Lay out final design location
• Determine new drainage conditions
• Prepare final professional drawings for client
[4]
UTILITIES AND PERMIT TEAMGuy Evans
Team Qualifications
• 4 Years of Experience as Quality Control Field Inspector, TEA Group
• Over 7 Years of Surveying Utilities Experience• Past Experience of Working With UDOT and Cities
Concerning Utilities
Guy Evans T.J. Owens Jeffery Beverly
Scope
Responsible for utilities and all necessary permits
[5]
Approach
• Identify Utilities• Aid Design Process• Determine Necessary Permits
[6]
Identify Utilities
• Review utility maps obtained from Facilities Management.
• Evaluate current conditions of utilities and consider upgrades
• Reach out to agencies: UDOT, Salt Lake City and UTA, and Blue Stakes
[7]
Design Process
• Advise design teams on limitations based on utility layout
• Work Close with the Aid in the optimization of the designs
• Design new utility lines
Courtesy of SEA
Determine Necessary Permits
• Establish any necessary permits needed
• Identify who is responsible for acquiring them
[8]
TRAX TEAMMingde Lin
Team Qualifications
• Conducted Traffic Research for Transportation Project • Proficient with Computer Aid Software for the task:
SAP2000, ArcGIS, AutoCAD• Ten Years Experience in Construction Management
Mason Clark Anthony Quach Adam Andre Mingde Lin
Scope
Research and provide information on regulations,related future plans and implementations of UTA for SEA
Courtesy of SEA
Approach
• Research UTA Regulations
• Provide Reliable Resources
• Analyze Alternative TRAX Lines
Courtesy of SEA
Research UTA Regulations
• Pedestrian safety
• Work zone regulation
• TRAX construction regulation
[8]
Provide Reliable Resources
• Pedestrian and Traffic Team
• TRAX Structures Team• Huntsman Structures Team
• Geotechnical Team
Courtesy of SEA
Analyze Alternative TRAX Lines
• Modification, reallocation of TRAX station
• Realignment of TRAX line
• Impact on traffic
• Estimate cost analysis[9]
PEDESTRIAN AND TRAFFIC TEAMMichael Butler
Team Qualifications
• Six Years of Internship Experience for Parsons Engineering, Project Engineering Consultants and Engineering Ambassador
• Worked within AASHTO constraints, Performed Traffic Safety Analysis
Michael Butler Crystal Orantes Derek Hatfield
Scope
Safely maintain vehicle and pedestrian flow
Courtesy of SEA
Approach
• Safety Evaluations
• Relieve Vehicle Congestion
• Maintain Pedestrian Flow
[10]
Safety Analysis
• AASHTO Highway Safety Manual
• Pedestrian – Vehicle collisions per year
• Roadway geometry and characteristics, traffic volumes [11]
Minimize Vehicle Congestion
• Rerouting of traffic
• UDOT standards
[12]
Pedestrian Access and Mobility
• Pedestrian routes are easily accessible
• ADA compliance
[13]
GEOTECHNICAL TEAMCameron Brink
Team Qualifications
Cameron Brink Alexsys Smith Dane Hirst
• Leadership and Drafting Experience• Structural Design Experience• Foundation Analysis through courses provided
Scope
To perform necessary drafting and seismic related analysis of either a structure or tunnel alternative
Courtesy of SEA
Approach
• Site Soil Analysis• Code• Teams• Foundation Analysis• Tunnel Design
Courtesy of SEA
Site Soil Analysis
•Obtaining underground infrastructure maps and a campus master plan
•Geotechnical reports from previous projects
•Possible analysis
–Liquefaction
–Seismic stability
–Slope stability
–Soil classification[14]
Codes
[18]
[15]
[16]
[17]
Teams
•Structural Teams
–Foundation design
•Utilities
–What utilities affect the site
•Site Plan and Drainage
–Drainage locations
[19]
[20]
Foundation Analysis
•Deep or shallow
•Backfill
•Seismic/slope stability
•Time and cost analysis
[21]
Tunnel Design
•Feasibility
•Structural capacity
–Seismic
[22]
HUNTSMAN STRUCTURES TEAMD. Lukas Politis
Team Qualifications
Blake Golding D. Lukas Politis Chris May
• Seven Years Structural Analysis• Four Years Alternative Design• Drafting and Design Software
[23]
Scope
To design a structure for pedestrian and bicycle traffic, which connects the Jon M. Huntsman Center
Courtesy of SEA
[23]
Approach
• Determine Alternatives• Structural Analysis• Performance Analysis
[24]
Determine Alternatives
• Improved access to the U
• The front door approach
[25]
Bridge Picture
[26]
Tunnel Picture
Courtesy of SEA
Structural Analysis
• SAP2000• AutoCAD• Columns• Beams• Walls• Slabs
Performance Analysis• Bike and pedestrian traffic• Aesthetics• Life cycle• Short term• Long term
[23]
TRAX STRUCTURES TEAM Jack Miller
Team Qualifications
• Construction Expertise• Previous Design of Structures• Design Experience at the University of Utah• Developed Spreadsheets and SAP2000
Jack Miller Chad Hall Kelly Johnston
Scope
Design a structure that connects the TRAX station to the U of U campus
[27]
Approach
• Determine Dimensions and Constraints
• Develop Alternatives• Structural Analysis
[28]
Determine Dimensions and Constraints
• Traffic• TRAX• Utilities• Geotechnical• Site Plan and Drainage
[29][28]
Determine Alternatives
Based on data feasible alternatives will be proposed
[28]
Structural Analysis
Perform structural and cost analysis on proposed alternatives
[30]
[31]
Decision Matrix
• Allows team to make a non biased decision• Stratifies alternatives to identify best option• Helps identify potential flaws or hurdles
Preliminary Proposed MatrixPrimary Objectives Balancing Objectives
Design Cost AestheticsFunctionality Primary Sum SustainabilityConstructibility Constructio
n Time Phasing Safety Balancing Sum
Weight 2 1.5 1.5 0.75 0.75 1 1 1.25
I 10 5 9 41 8 7 9 8 10 81.75
II 5 10 7 35.5 7 8 7 6 7 68.5
III 6 7 6 31.5 9 6 5 6 7 62.5
IV 7 8 10 41 9 8 5 9 8 77.75
Courtesy of SEA
Image References[1] www.businessweek.com
[2] www.southportland.org
[3] sudsnet.abertay.ac.uk/
[4] www.cadpilot.com
[5] http://www.hartzophotography.com/architectural/
[6] http://www.basinandrangewatch.org/OcotilloWind.html
[7] http://www.civilconstructors.com/services.php
[8] www.rideuta.com
[9] http://utah.subwaynut.com/trax/university_s_campus/index.php
[10] http://www.ksl.com/index.php?sid=20240322&nid=460&page=1#8
[11] bookstore.transportation.org/collection_detail.aspx?ID=33
[12] footage.shutterstock.com
[13] http://trinitylafayette.org/wp-content/uploads/2012/06/trinity-handicap.png
[14] http://phamilynews.net/say-it-with-me-liquefaction/
[15] search.ebay.com/Saponification
[16] rtands.com
Image References[17] www.betterroads.com
[18] http://www.amazon.com/2012-International-Building-Code-Council/dp/1609830407
[19] http://www.amazon.com/Wood-Architecture-Now-Philip-Jodidio/dp/3836523299
[20] http://versatileexcavatingct.com/services/drainage-utilities/
[21] http://www.rawell.co.uk/structural_waterproofing_product_applications/lift_pits.php
[22] http://vancouverisawesome.com/2009/01/page/8/
[23] Google Earth
[24] http://images.umc.utah.edu/netpub/server.np ind&catalog=catalog&template=
detail.np&field=Itemid&op=matches&value=3033&site=photobank
[25] www.en.wikipedia.org
[26] http://images.utah.edu/uploads/view/22
[27] www.utah.edu
[28] www.subwaynut.com
[29] nationwideequipment.com
[30] www.csiamerica.com
[31] www.office.about.com
