Facilities plays a key role in managing campus growth in ways that support the institution’s overall mission without over-extending available resources. Being able to prepare for the best while planning for the worst, while no easy feat, is essential in today’s rapidly changing marketplace. In this webinar, Sightlines outlines how using data-driven planning to create and communicate a clear vision of your campus facilities can ensure approval for the maintenance and capital projects required to set your campus ahead.
What you'll learn:
- How to better prioritize projects by using a portfolio framework
- A new approach for performing facility assessments that institution stakeholders can act on with confidence
- How to plan to meet future workforce challenges
- Strategies for creating long-term facility plans that account for market volatility
2. University of Nebraska Omaha
University of New Brunswick
University of New Hampshire
University of New Haven
University of New Mexico
University of North Florida
University of North Texas
University of Northern Iowa
University of Notre Dame
University of Oregon
University of Ottawa
University of Pennsylvania
University of Rhode Island
University of Rochester
University of San Diego
University of San Francisco
University of Saskatchewan
University of South Florida
University of Southern Maine
University of Southern Mississippi
University of St. Thomas
University of Tennessee Health Science
Center
University of Tennessee, Knoxville
University of Texas at Dallas
University of the Sciences in Philadelphia
University of Toledo
University of Vermont
University of Washington
University of West Florida
University of Wisconsin - Madison
Vanderbilt University
Virginia Commonwealth University
Virginia Department of General Services
Wake Forest University
Washburn University
Washington University in St. Louis
Wellesley College
Planning for the Future
Adapting Facilities to Tomorrow’s Needs
July 12, 2017
3. Today’s Speaker
Jay Pearlman
Associate Vice President, Sightlines
• At Sightlines from it’s inception
• 20-year industry expert
• Played a leading role in the development of
Sightlines’ services
• Frequent speaker at industry events hosted by
NACUBO, APPA, and AASHE
• A regular contributor to industry publications
• Graduate of Vassar College
4. Agenda
• About Sightlines
• Planning Challenges Facing Facilities Leaders Today
• Strategies to Effectively Plan for the Future
• Q&A
5. Join the Conversation
5
Enter questions
here at any point
during the
webinar
Presentation slides
and webinar recording
will be sent to each
attendee following
today’s session
6. Leading provider of facilities
intelligence in higher education
helping to uncover ways to use
capital more strategically and
identify opportunities to
improve operational
effectiveness.
7. Sightlines by the Numbers
Robust membership includes colleges, universities, consortiums, and state systems
43
States+DC
90%
Member
retention
rate
335+
ROPA
Members
450
Colleges &
Universities
170
New members
since 2013
5
Canadian
provinces
Sightlines has advised state systems in:
• Alaska
• California
• Florida
• Hawaii
• Maine
• Massachusetts
• Minnesota
• Mississippi
• Missouri
• Nebraska
• New Hampshire
• New Jersey
• Pennsylvania
• Texas
• Washington
52k
buildings
9. Planning for the Future
Download a copy today
http://www.sightlines.com/insight/planning-for-the-future/
10. Before the Roof Caves In
Source: “Before the Roof Caves In II,” published with assistance from APPA and Stanford University
Rick Biedenwig, 1980
Founder, Pacific Partners Consulting Group
“One side effect of this rapid growth has been the
creation of an increasingly large obligation for the
future renewal and replacement of the physical plant.”
11. 0%
2%
4%
6%
8%
10%
12%
Sightlines Database- Construction Age
Built pre-1951
• Durable construction
• Older but lasts longer
11
Putting Your Campus Building Age in Context
Campus age drives overall risk profile
%ofConstructedSpace
Pre-War Built 1951 - 1975
• Lower quality
• Needs more repairs
& renovation
1975 - 1990
• Quick flash
construction
• Low quality
components
Built post-1991
• Technically complex
• Higher quality
• More expensive to maintain
or repair
Modern
Post War Complex
12. 12
Facilities Backlogs Continue to Rise
$81.72 $83.42 $87.19 $88.52 $90.73 $93.27 $95.31 $97.56 $100.07
$0.0
$20.0
$40.0
$60.0
$80.0
$100.0
$120.0
2007 2008 2009 2010 2011 2012 2013 2014 2015
$/GSF
Backlog $/GSF
The Sightlines backlog total includes maintenance/repair, modernization and infrastructure
13. 13
Facilities Backlogs Continue to Rise
$0
$20
$40
$60
$80
$100
$120
2007 2008 2009 2010 2011 2012 2013 2014 2015
$/GSF
Public Institutions
The Sightlines backlog total includes maintenance/repair, modernization and infrastructure
$0
$20
$40
$60
$80
$100
$120
2007 2008 2009 2010 2011 2012 2013 2014 2015
$/GSF
Private Institutions
14. Replace air
compressors
and steam
stop valves
“Capital
Planning is
more than just
a project list.”
Upgrade all
heat
detectorsCosmetic
Repair of
Student
Apartments.
Bathroom
Upgrades
Replace
Doors
Experience Tells Us…
Install
new
sprinklers
15. Traditional Facilities Assessment
Should I Complete a Facilities Assessment?
Technical
Assessment
Project
Selection
Misses opportunities to optimize capital resources
Fails to harness operating knowledge
Doesn’t tie to mission
Ignores financial capacity
16. Making the Backlog Actionable
Understand the cause
of deferral and slow
backlog accumulation
3
Stop the Bleeding
42
Create building
portfolios
Make the Problem
Smaller
Create multi-year
plans
Sustain Impact
of Finite Funding
Target capital to reliability,
safety/code, critical asset
preservation
Mitigate Risk
1
• Trying to compel action through a daunting DM figure does not
work. It freezes decision making and compounds the core issue.
• Facilities leaders need to:
17. $0.0
$5.0
$10.0
$15.0
$20.0
$25.0
$30.0
$35.0
2006 2007 2008 2009 2010 2011 2012 2013 2014
MILLIONS
Total Capital Investment vs. Funding Target
Annual Stewardship Asset Reinvestment Annual Investment Target Life Cycle Need
17
Fix the Cause – Not Just the Symptom
Increasing Backlog & Risk
Increasing Net Asset Value
Lowering Risk Profile
18. Multi-year
Capital
Investment
Plan
Building Portfolio Creation
• Group buildings
• Outline investment strategy
Funding Identification
• What financial resources are
available?
Funding Allocation
• By portfolio
• By investment criteria
Project Identification
• Inventories
• Interviews
• Other studies
Project Codification
• Timeframe
• Package
• Investment criteria
Project Selection
• Project scores
• Meet investment
objectives
The “Bottom-Up, Top-Down” Approach
Technical Strategic
19. Tie the Inventory to Operations and Mission
Facilities Meetings
Organized by Trades
Meet with University
Staff to Identify
Programmatic Needs and
Funding
Two sets of meetings that run concurrently…
20. Develop Building Portfolios
Developing a portfolio approach will allow for a focused
investment approach based on the Institutional
Strategic Direction.
• Building Age
• Building Condition
• Building Location
• Institutional focus
• Academic requirements
• Student needs
• Historical Significance
• Safety/Code requirements
• Recruitment/Retention
• Transitional Space
• Adaptive Reuse
Core considerations to the portfolio approach
• Institutional Priorities
• Building Needs
• Future Campus Direction
Institutional Leaders for buy in and communication
Not all buildings are created equal WHY?
HOW?
WHO?
21. Total Needs
$165.4M
Transitional Buildings
$35.2M
174,284 GSF
$202/GSF
Grounds/
Infrastructure
$15.3M
Building Needs
$114.8M
Core Academic
$34.0M
539,944 GSF
$63/GSF
Student Life
$30.1M
392,533 GSF
$77/GSF
Residence Halls
$21.9M
215,279 GSF
$102/GSF
Historic Preservation
$14.9M
87,281 GSF
$170/GSF
Campus Perimeter
$14.0M
116,172 GSF
$121/GSF
Example #1: Functional Portfolios
Buildings are divided by both use and type
25. 0%
10%
20%
30%
40%
50%
60%
70%
80%
90%
100%
Net Asset Value Index
Academic Admin & Support Athletics
Residence Student Life Transitional
Understanding the Net Asset Value Index
NAV Index =
(Replacement Value-Building Needs)
Replacement Value
X 100
Investment Strategy
100%
- 85%
85%-
75%
75%-
60%
Belo
w
60%
Capital Upkeep Stage: Primarily new
or recently renovated buildings w/
sporadic building repair & life cycle
needs; “You pick the projects”
Repair and Maintain Stage: Buildings
are beginning to show their age and
may require more significant
investment on a case-by-case basis
Systemic Renovation Stage: Buildings
may require more significant repairs ;
large-scale capital infusions/
renovations are inevitable; “The
projects pick you”
Transitional/Gut Renovation/Demo
Stage: Major buildings components
are in jeopardy of complete failure.
Reliability issues are widespread
throughout the building.
NAV of Index
Technical
Assessment
Step1:
Integration of
Capital Needs
Step 2: Create
Building
Portfolios
Step3: Develop
Multi-year
Capital Plan
Step 4:
Project
Selection
26. What is the
Impact?
Highlight Value of Each Project
Define Work
Classification
• Repair/Maintenance
• Modernization
• Infrastructure
Define Project
Timeframe
• A: 1-3 Years
• B: 4-7 Years
• C: 8 -10 Years
• X: Beyond 10 Years
Define Project
Classifications
• Reliability
• Asset preservation
• Program improvement
• Economic operations
• Safety/Code
What is the
Work?
What is the
Impact?
When should
the work be
done?
27. Academic /
Admin
Student
Life
Repair Infrastructure Renovation Houses
$20M Plan $ 2,118,600 $ 4,891,000 $ 7,555,600 $ 1,384,700 $ - $ 271,514
$25M Plan $ 3,368,600 $ 6,540,600 $ 8,055,600 $ 1,734,700 $ - $ 319,094
$30M Plan $ 3,497,100 $ 7,754,900 $ 7,555,600 $ 2,055,800 $ 3,405,555 $ 819,094
$(1)
$-
$1
$2
$3
$4
$5
$6
$7
$8
$9
Millions
$20M Plan $25M Plan $30M Plan
Acad/Admin Student Life Repair Infrastructure Renovation Houses
Planning Options Summary
Portfolios
28. Select Projects that Support Plan
Full Inventory
of Projects Apply
Building Portfolio
& Timeframe
Apply
Investment
Criteria &
Timeframe
Multi-Year
Project Plan
Geographic, Program,
Transitional, & Years
Reliability, Asset Preservation,
Program, Economic Operations,
Safety/Code & Years
ProposedSolution
Electrical, Plumbing,
HVAC, Mechanical,
Exterior, Interior,
Safety…
How Do You
Target
Projects
Full Inventory of
Projects
Electrical, Plumbing,
HVAC, Mechanical,
Exterior, Interior,
Safety…
?
CurrentChallenge Pick
Projects
29. Tips for Communicating the Plan to Leadership
Don’t provide an overwhelming
list of needs without a framework
Don’t get caught up in specific
technical details
Don’t turn your list of conditions
over to someone else & move on
Don’t deliver the list as an
ultimatum
Do make sure your list is framed
and targeted
Do gather details, but focus on the
macro level and outcomes
Do stay involved and work with
stakeholders throughout
Do recognize there will be
continual prioritization
30. Articulate the
Cause of Backlogs
Communicate a
Credible Inventory of
Need
Create a Process;
Don’t Just
Pick Projects
Measurable
Performance
30
• Catch-up vs. Keep-up
• Understand how
underfunding creates backlog
• Impact of changing campus
age
.
• Comprehensive, credible,
and flexible
• Illustrate operations
impact
• Benchmarking for context
• Building Portfolios reflect
institutional strategy
• Investment Criteria define
the investment outcome
• Timeframe – aligns
financial capacity to
facilities needs
.
• Fact: Never get enough funding
• Fact: Emergencies arise so
contingency management is key
• Fact: Customer support is
important
Conclusion
• The Successful Plan Will:
31. Update the Plan as Needed
Facilities
Assessment &
Planning
Process
Codify
The
Needs
Create
Strategy
Allocate
Resources
Select
the
Project
Execute
the
Project
Monitor
Progress
New
Goals or
Priorities
Define
Existing
Needs
32. Read the Full Guide For…
Download a copy today
http://www.sightlines.com/insight/planning-for-the-future/
• Meeting Future Workforce Challenges
• Building Flexibility into Long-Term Planning