national collegiate fm technology conference - mitweb.mit.edu/ncfmtc/pubs/bry_fitchburgbim.pdf ·...
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National Collegiate FM Technology ConferenceModeling Your Campus
August 7-10, 2007
- SCIENCE FACILITY MODERNIZATION
1 INTRODUCTION
2 THE COLLEGE AND MASTER PLANNING
3 THE FACILITIES PROCESS
4 PROGRAMMING AND DESIGN
5 BIM IN USE
AGENDA
Scope of Services
• Planning
• Design
• Construction
• Capital Repairs and Improvements
• Facility Maintenance
• Contractor Certification and Compliance
• Leasing
• Asset Management
• Acquisition and Disposition
Division of Capital Asset ManagementThe Commonwealth’s Real Estate and Construction Agency
DCAM Mission Statement:
Our mission is to serve the citizens of the Commonwealth by providing comprehensive public-building construction and real estate services to state agencies.
Division of Capital Asset ManagementThe Commonwealth’s Real Estate and Construction Agency
Summary of DCAM Annual Capital Production
• Approximately $320 million approved capital budget for FY 2006.• Capital production divided among 6 major investment programs:
– Judiciary– Higher Education (including UMass, State/Community Colleges)– Administration and Finance (DCAM’s own projects)– Public Safety– Health and Human Services– Environmental Agencies
Division of Capital Asset ManagementThe Commonwealth’s Real Estate and Construction Agency
ExistingConditions
User Needs
Cost Comparables
User Bench-marking
Timing Requirements
Data Gathering &
Analysis
Continued Next Page
ST01
DesignerSelection
Board
Pre-Study Brief & DCAF
DCAM Director Authorizes Study
PST02 SDSB-07
Pre-Scope Assessment
DCAM Initial Response
PST01
General Objectives
& Work Plan
SDSB00
Designer Selections
ST02
DATA COLLECTION & ANALYSIS
PRE-STUDY APPROVED
SIGNED DCAF ESTABLISHING
PROJECT
DCAF, Budget &Project Parameters
Approved
Designer Proceeds
Notice
Work Plan Approved(All Deliverables & Payment Schedule)
Submit w/ Sub-ConsultantReports, Cost
& Time Impacts
FRAMING THE PROBLEM &
WORKPLAN APPROVAL
NOTICE TO PROCEED TO CONSULTANT
Study Phase Activity Flow
Division of Capital Asset ManagementThe Commonwealth’s Real Estate and Construction Agency
Division of Capital Asset ManagementThe Commonwealth’s Real Estate and Construction Agency
Design Work
Shops
Global WorkShop
Solution Development
ST-10
Report &Submission
AlternativeSolutions
ST06
Consensus Solution
ST03 ST04
FINAL REPORT
RECEIVED
Specific Objectives
Certification
ST-CERTST01R
Objectives Defined for Construction &
Program
Alternate Solutions Prepared & Costed
Consensus Solution Defined & Approved for Pre-Schematic Design
Transmit Certification to ANF Secretary
Deliverables as Listed for Final Report
STUDY CERTIFICATIONS
DRAFT REPORT
RECEIVED
GLOBAL WORKSHOP & CONSENSUS
PROBLEM RE-FRAMED & SPECIFIC
OBJECTIVESALTERNATIVE
SOLUTIONS
Single Solution Developed
1 INTRODUCTION
2 THE COLLEGE AND MASTER PLANNING
3 THE FACILITIES PROCESS
4 PROGRAMMING AND DESIGN
5 BIM IN USE
AGENDA
MISSION
• Offer undergraduate, graduate and continuing education programs
• Programs focus on career-oriented learning, grounded in the liberal arts
• Emphases: small classes; extensive internship opportunities; accessible faculty; and sharp focus and dedication to students
MASTER PLAN AND PROCESSES
• Partners: DCAM, BHE, FSC, and consultant
• End Product: Formal document to guide our future
• New Facilities – Science building– Student housing– Welcome center
MASTER PLAN AND PROCESSES
• Modernization of facilities
• Streetscaping
• Property Acquisitions
• Parking Improvements
SCIENCE BUILDING
• Intensify and expand the campus quadrangle
• Co-locate academic disciplines that foster interdisciplinary engagement
• Emphasize active learning; create a “community of learners”
1 INTRODUCTION
2 THE COLLEGE AND MASTER PLANNING
3 THE FACILITIES PROCESS
4 PROGRAMMING AND DESIGN
5 BIM IN USE
AGENDA
ASPIRATIONS
• Support the mission of FSC
• Enhance aspirations of teaching science and math at FSC
• Leverage impact on Campus Master Plan and long term development
• Create a "community of learners"
• Develop compelling image to attract students and faculty
Support the mission
Enhance aspirations of teaching science
Leverage impact on Campus Master Plan
Create a "community of learners"
Develop compelling image
USER NEEDS
• Five Departments split between 4 buildings:
McKay B & C WingsGeology / Phys. Science
Condike HallBiologyChemistry
Edgerly HallComputer Science
Miller HallMath
EXISTING ALLOCATION
1 INTRODUCTION
2 THE COLLEGE AND MASTER PLANNING
3 THE FACILITIES PROCESS
4 PROGRAMMING AND DESIGN
5 BIM IN USE
AGENDA
FACILITY PROGRAMMING PROCESS
• Must be participatory
• Should build consensus
• Provides opportunities to explore interdisciplinary learning, teaching, and research
• Must articulate vision and intent
• Must enhance departmental and institutional missions
participatory
consensus
interdisciplinary
vision
CRITICAL QUESTIONS
• What do you want the students to know or be able to do?
• How will they learn in the future?
• How will the curricula evolve?
• What are the current trends and will they continue?
• What is the projected number of faculty and students?
How will they learnHow will the curricula evolve?
FSC SCIENCE MISSION
• Consistent with the mission of the college, the science faculty at FSC is committed to excellent teaching in a challenging yet cooperative atmosphere
• Students utilize scientific methods and hypothesis testing as a way of understanding the natural world
• Learning is experiential and steeped in investigation in order to teach essential content knowledge and skills in critical thinking and problem solving
• Creative teaching and active learning are emphasized while technology is integrated into lectures and labs
• Hands-on experiences in the laboratory and the field bring together theory and application, contribute to scholarly development, and prepare students for a range of careers
• Faculty and student scholarship is integrated and cultivated at all levels.
• As members of the global scientific community we value leadership, ethical development, a culture of sustainability, lifelong learning, and promotion of science as a way of knowing
Learning is experiential
Hands-on experiences
is integrated
USER NEEDS
GOALS
• Increase the effectiveness of science and mathprograms at the College
• Bring science and math departments together in one location
• Improve facility support for current and oncoming programs
• Create facilities to enhance experiential, hands-on learning
TRENDS IN ACADEMIC SCIENCE FACILITIES
Students are active participants:
• Hands-on laboratory rich environment
• Students become engaged in science by doing science
• Group activities, even in the classroom
Students are Active Participants:
Integration of technology:
• Digital projection
• Computers and wet benches
• Multi-media, audio-visual technology
• Instruments accessible to students and faculty
TRENDS IN ACADEMIC SCIENCE FACILITIES
Integration of Technology:
Scientific collaboration:
• Team learning
• Faculty/student research
• Outreach opportunities
• Places for students to interact, study, or wait for faculty
• Atrium spaces can help promote vertical interaction
TRENDS IN ACADEMIC SCIENCE FACILITIES
Scientific Collaboration:
Science on display:
• Active corridors
• Communicate function
• Engage building occupants
TRENDS IN ACADEMIC SCIENCE FACILITIES
Science on display:
COMMUNITYNorth Carolina State UniversityUndergraduate Science Teaching LaboratoryRaleigh, North Carolina
TRENDS IN ACADEMIC SCIENCE FACILITIES
COMMUNITY
St. Lawrence UniversityNew Science FacilitiesCanton, New York
TRENDS IN ACADEMIC SCIENCE FACILITIES
SUSTAINABLE DESIGN
“Old”
Teaching Centered
Remote Research
Lecture Based
Departmental Barriers
Closed
“New”
Learning Centered
Integrated Research
Hands-on/Discovery Based
Interdisciplinary Collaboration
Openness
A NEW GENERATION
TRENDS IN UNDERGRADUATE SCIENCE EDUCATION
USER NEEDS
Existing FTE Existing Existing 44 Peers Existing/Faculty NSF NSF/FTE NSF/FTE Peer
Biology 8.0 12,300 1,500 2,500 60%Chemistry 4.0 7,300 1,800 2,700 67%Computer Science 8.0 7,100 900 600 150%Geo/Geog 2.0 4,000 2,000 2,300 87%Math 9.0 1,700 200 600 33%Physics 2.0 2,300Shared Classrooms 0.0 7,600Shared Science 0.0
0.033.0 40,000
Classrooms: 5,700 in Condike and 1,900 associated with CS
EXISTING ALLOCATION
USER NEEDS
PROPOSED ALLOCATION
Existing FTE Future FTE Existing Existing Version 4 Version 4 44 Peers Version 4/Faculty Faculty NSF NSF/FTE NSF/FTE NSF/FTE Peer
Biology 8.0 12.0 12,300 1,500 19,610 1,634 2,500 65%Chemistry 4.0 6.0 7,300 1,800 10,660 1,777 2,700 66%Computer Science 8.0 10.0 7,100 900 12,090 1,209 600 202%Geo/Geog 2.0 3.0 4,000 2,000 7,830 2,610 2,300 113%Math 9.0 10.0 1,700 200 3,215 322 600 54%Physics 2.0 4.0 7,000 1,750 2,300 76%Shared Classrooms 0.0 0.0 7,600 5,900Shared Science 0.0 0.0 11,540
0.0 0.033.0 45.0 40,000 77,845
Classrooms: 5,700 in Condike and 1,900 associated with CS
CHEMISTRY
PRELIMINARY FACILITY PROGRAM version 4 CHEMISTRY Priorities
Ess
entia
l
Des
irab
le
Enh
ance
men
t
Space Number TotalID HEGIS Space Type Stations NSF of Spaces NSF
C1 210 Lab, Teaching, Anal/Physi/Inorganic+Semin 15 1,200 1 1,200 XC2 210 Lab, Teaching, General/Nursing+Seminar 18 1,500 2 3,000 XC3 210 Lab, Teaching, Organic (micro)+Seminar 18 1,800 1 1,800 XC4 215 Lab Support, Instrumentation 300 1 300 XC5 215 Lab Support, Instrumentation, NMR 300 1 300 XC6 215 Lab Support, Prep Room 300 3 900 X X XC6A 215 Lab Support, Dishwasher/Autoclave 150 2 300 XC7 250 Lab, Research, Faculty/Student 5 450 2 900 X XC7A 250 Lab, Research, Faculty/Student Computation 5 450 1 450 XC8 310 Office, Department 180 1 180 XC9 310 Office, Technician 100 1 100 XC10 311 Office, Adjunct Faculty 2 150 1 150 XC11 311 Office, Department Chair 180 1 180 XC12 311 Office, Faculty 150 6 900 X
24 10,660
PROGRAMMING
PROJECT ALLOCATION
GSF N:G Ratio NSFRenovated (Condike) 47,300 57% 27,000New Addition 84,700 60% 50,845
132,000 77,84547,300 GSF for Condike and Science part of link
FACILITIES PROGRAM
PRELIMINARY OPTIONS
Option 3
SEQUENCE: • Relocate functions in Anthony • Demolish Anthony • Construct new 124,552 GF Science Building • Move from Condike into New Building • Renovate Condike for other uses
CONSTRUCTION COSTS: • New Science Building 124,552 GSF @ $315/GSF $ 39,233,880 • Demolition of Anthony 21,168 GSF @ $ 9/GSF $ 190,512
Total: $ 39,424,392
• Relocate Anthony Functions 15,049 NSF @ $250/NSF $ 3,762,250 • Renovate Condike for other uses 28,000 NSF @ $250/NSF $ 7,000,000
EVALUATION Pros: • Integrate Sciences, Math, Computer Sciences in one building • Large science presence on the Quad Cons: • Large building at 4 stores plus penthouse • Net gain of 103,384 GSF on campus • Racetrack scheme of new science building limits day lighting
Option 4 of 8
SEQUENCE: • Relocate functions in Parkinson • Demolish Parkinson • Construct new addition for Biology, Chemistry, Physics • Renovate Condike and Sanders lower level for Computer Science, Math,
Geology/Geography, Shared Science and Classrooms.
CONSTRUCTION COSTS: • Condike Renovation 43,726 GSF @ $210/GSF $ 9,182,460 • Link Renovation 3,581 GSF @ $210/GSF $ 752,010 • Sanders Renovation 10,984 GSF @ $210/GSF $ 2,306,640 • New Addition 75,324 GSF @ $360/GSF $ 27,116,640
Subtotal: $ 39,357,750 • Demolition of Parkinson 20,710 GSF @ $ 9/GSF $ 186,390
Total: $ 39,544,140
• Relocate Parkinson Functions: 13,903 NSF @ $250/NSF $ 3,475,750 • Relocate Sanders Lower Level: 9,637 NSF @ $250/NSF $ 2,409,250
EVALUATION
Pros: • Good adjacency for wet science (addition) and dry (renovation) • Mid level total Construction/Demolition costs • Establishes larger science presence on the Quad
Cons: • Doesn’t resolve desire for new “front door” on North Street • Leaves one-story Anthony building on the quad • Net gain of 54,614 GSF on campus
Option 4
PRELIMINARY OPTIONS
1 INTRODUCTION
2 THE COLLEGE AND MASTER PLANNING
3 THE FACILITIES PROCESS
4 PROGRAMMING AND DESIGN
5 BIM IN USE
AGENDA
PROGRAMING SETUP
• 3d Space Style created for each Program Use Type
• Each Space is automatically tracked and totaled in a Schedule Table
Programing with Smart Spaces
• Each floor is seperated into a drawing file
Second Floor
Biology
Shared
Biology Biology
Atrium
Comp. Science
PROGRAMING SETUP
• That can be stacked on the site
Ground Floor
Biology
Shared
Geology
Classroom
BldgSupport
Atrium
Classroom
Physics
Physics
Shared
Offices
CURRENT PROGRESS
Second Floor
Biology
Shared
Comp. Science
Classroom
Building Support
Atrium
Offices
CURRENT PROGRESS
Third Floor
Biology
Chemistry
Comp. Science
Classroom
Building Support
Atrium
Offices
CURRENT PROGRESS
• By continuing to add information to the floor plans, the model becomes more developed
MODEL DEVELOPMENT