2014 asc virtual design and construction problem statement
DESCRIPTION
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Virtual Design and Construction Problem
Statement
2014 ASC, Great Lakes (Region 3) Student Competition
1. Introduction
This problem is designed to address the many aspects of Virtual Design and
Construction (VDC), including site logistics, BIM, 4D scheduling, 5D estimating,
quality management and clash detection. A broad knowledge base will be required
to adequately address all of these items as it relates to the overall problem solution.
Communication:
Each team will provide a single point-of-contact and email address for the
team.
All communications from the teams to the judges will be emailed to Shaun
Hester at [email protected]
Responses to questions will be provided to ALL teams.
2. Problem Description
Your project team is to be a Design/Build firm that has been asked by your client
(Mortenson Construction) to submit a proposal for a Data Center facility in the
Central United States.
Project Size: 63,500-GSF
Project Budget: $32-million
The Data Center should consist of a building housing all facilities, including data
storage, offices and mechanical space.
Data Storage: This area should consist of 24 separate data suites intended
for client equipment. Each suite will be individually accessed, secured, and
climate controlled. This shall be a large one-story space.
Office: The office shall consist of an attached two-story portion to the overall
building, approximately 7,500-GSF in area (per level). The front entrance will
be a double-height open lobby. Each level should consist of open office space
with at least two private offices and one conference room. Bathrooms, kitchen
space and associated back-of-house facilities are to be located on the main
level. Each open office area should have the ability to look out over the data
storage area.
Cost of Owner furnishings and equipment is not included in the project
budget.
MEP/FP Systems: Systems should be designed to accommodate both the
data storage and office spaces. Data spaces should be designed to Tier II
redundancy.
Site improvements shall include 60 parking spaces, storm water retainage
and any other necessary features.
Architectural aesthetics and construction materials will be at the project team’s
discretion, but should take into consideration location and environmental issues as
well as overall usage of the data center facility.
3. Problem Specifics
All proposals shall include at a minimum, but not limited to, the following:
Executive Summary
BIM
Site Logistics Plan
4D Schedule
5D Estimate
QA/QC Plan
Clash Detection
Project Turnover
Executive Summary: Should include the overall design basis that each team
arrived at to solve the problem. The summary should be succinct and to the point,
but address the overall project scope at the same time.
BIM: A Level 400 model of all building systems should be included in its native file
version. If a program other than Revit was used to create the BIM, a DWG file
should also be included. Still images/renderings or animations should be included in
the presentation at the teams discretion.
Site Logistics Plan: The site plan should include all site related construction
activities taking place throughout the construction process. While usually thought of
as a simple plan, this is the most important tool to convey means and methods of the
construction process. Special or unusual conditions should be noted and pointed
out. Minimum deliverable shall be a detailed color 2D site plan.
4D Schedule: A detailed 4D animation shall be developed in conjunction with a
gantt-style project schedule.
5D Estimate: A detailed cost analysis shall be tied into the building construction
elements as well as the project schedule identifying monthly anticipated draw
amounts.
QA/QC Plan: A documented Quality Assurance and Quality Control plan should be
included addressing both the quality of the VDC/BIM deliverables but also general
QA/QC of the facility during construction.
Clash Detection: All building systems included in the BIM should be clash free of
collisions. A detailed report showing clash tests, rules and lists should be included
with the final deliverable as well as the actual clash model.
Project Turnover: The Owner intends to fully integrate the BIM into their
BAS/CMMS. Each project team will identify what deliverables will be turned over to
the Owner at the end of the day and how they will integrate with the Owners existing
systems.
4. Deliverables and Judging Criteria
All proposals shall be digital in nature and turned over on a memory stick or
alternate device; memory sticks will be provided by Mortenson for this use. Include
the following:
Final presentation to be played during Oral Presentations (audio is not
necessary, but may be included).
All original file formats. Judges will have access to AutoCAD, Revit and
Navisworks 2014 – if other CAD/BIM software is used, please include
compatible formats.
The scoring for each presentation will be as follows:
Proposal and modeling = 60%: This will be equally spread across all of the
above categories, with extra weight/credit allocated as deemed appropriate
by the Judges.
Oral Presentation = 40%: This will be rated by how well each team addressed
and solved the problem, as well as presented the material as a team.
Thank you!