university challenge - inside government · agenda 1. issues facing higher education 2. case study,...
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AGENDA1. Issues facing Higher Education
2. Case Study, Data Driven Estate Strategy
3. Benefits Delivered
© Arcadis 2015
Competition for students
• Student Experience
– Improvements to facilities
– Provision of amenities used to attract students & staff
• Removal of cap on student numbers
• UK students select European Universities
– Courses being taught in English
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Competition for students
• Growth of China Universities
o 1,200 in last 10 years
o 2.3 new institutions a week
• MOOLs, MOOCs
– OU student numbers fall by 28% in 5 years
• New Entrants / Overseas Universities?
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Competition for StudentsShrinking demographics
March 18, 2016Higher Education Sector 5
215,000
-24%
*Higher Education Statistics Report 2015
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Changing pedagogies and requirements
Flipped Classroom - requires
classroom and informal learning
spaces that foster collaboration and
creative thinking
Real-Time Learning - teacher
facilitates an interactive learning
experience
Sticky Campus - Learning,
supported by a diversity of spaces,
activity-based learning with
immersive technology
Technology – The use of, and
access to online material and
resources
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Why space may not be working hard enough?
• Low levels of utilisation
– But income / m2 has increased
• Ownership of space
– Departments and Faculties not always central resource
• (In)adaptability of accommodation
– Ability to adapt and reconfigure to meet course needs
• Academic Offices
– Balance between efficiency and perceived benefit/status
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Case Study
University of Liverpool
North Campus
Student headcount circa 20,000 FTE
Three main campuses
Central and South Teaching and Learning
North predominantly research space
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Aims and Objectives
Improve the student experience
Consolidate Schools/Institutes within three Faculties
Upgrade the quality of facilities to meet existing & future activity
Improve disabled access (DDA)
Align corporate space policies with the Academic Faculty Plan
Ensure that office space is both efficient and effective
Estate Driven Objectives
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Aims and Objectives
Upgrade to grade ‘B’ condition
Improve the utilisation of teaching space
Reduce overall space (GIA) in line with Estate Strategy
targets
Reduce carbon footprint by improving energy efficiency
Reduce building occupancy costs
User Objectives
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Enabling Tool – Evidenced Based Master Planning
As-isVision
To-be
Detailed data
gathering
Master plan
process
Benefits
CaseOutput
Business Case Master planning Option
SelectionOutput
Strategic
Academic Plans (Faculty,
Research, Teaching)
Financial
Future
Space Needs
External
Policy Drivers
Location and
Catchment
Condition and
Functional Stability
Space Utilisation and
Management
Value, Legal and
Planning Context
Student Experience
requirements
Financial
Business Case, Gap Analysis
& Benefits identified
Master plan options
and Benefit analysis
Option selected
and agreed with
stakeholders
Detailed
Business Case
University Vision and 5
Year Plan
Faculty Research/
Teaching Plans
University Technology
Strategy
Funding Projections
Student view
Estate Building
Condition Surveys
Existing Space
Utilisation Surveys
Space : Income
Analysis
Existing FM cost
data
Space Model
Architectural
Design and block
plans
Capital Cost Model
Revenue Cost Model
Development
Management
Strategy, and
Funding
requirements
TEST OPTIONS
FOR THE
BENEFIT THEY
WILL BRING TO:
UNIVERSITY
VISION AND
STRATEGIC
ACADEMIC
PLANS, AND
ESTATE
DEVELOPMENT
PRIORITIES
Finalised Masterplan
Capital and Revenue
Cost Models
Development and
Funding Strategy
Stakeholder
presentations
Driving Efficiency
and
Effectiveness
Student and Staff
Surveys
March 18, 2016Higher Education Sector 13
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Overall Methodology
Part I: What have you [really] got ?
• Numerous attributes – defining the “As is” model
Part II: What do you [really] need
• Business Requirements – articulating the “To be” model
Part III: What are your criteria and priorities?
• What spend creates the greatest impact?
Development Proposals
• Creating a programme of prioritised projects
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What have you [really] got ?
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Assets Liabilities
Area
Buildings
Types of space
Utilisation
Nett/Gross ratio
Amenity value
Backlog maintenance
Asbestos & contamination
Carbon & sustainability
Rebuild costs
Income Expenditure
Research income
Teaching income
Income/m2
Student numbers
3rd Party income
Energy Costs
Employments costs
Maintenance costs
Costs per m2
© Arcadis 2015
University of Liverpool - Building analysis – “league table” across a range of metrics
A “balanced scorecard” of measures – quantitative and
qualitative - to rank the buildings and identify their
“league position”
Building Name
1 - Location
Index
2 - Capacity
Index
3 - Efficiency
Index
4 - Fitness
For Purpose MPR
Overall
Quality
Rank based
on Quality
Efficiency and
FFP Score
Rank
based on
MPR
Combined
Rank
George Porter Building 4.4 4.1 4.0 2.6 176 191 3 11 3 3
Maurice Shock Medical Sciences Building 4.0 4.9 3.8 1.8 241 136 5 7 2 4
Percy Gee Building 4.6 3.6 4.7 1.6 262 123 7 8 1 4
Robert Kilpatrick CSB (Royal Infirmary) 3.0 4.4 4.2 2.4 146 135 6 10 5 6
Ken Edwards Building 4.4 3.8 3.6 3.0 117 176 4 11 8 6
Charles Wilson Building 4.4 4.5 2.7 2.2 150 118 8 6 4 6
Hodgkin Building 4.4 3.8 3.9 3.6 93 240 2 14 13 8
Bennett Building 4.8 5.0 1.8 2.2 123 96 10 4 6 8
Bennett Link 4.8 2.4 3.7 2.2 118 93 11 8 7 9
Henry Wellcome Building 4.6 4.2 4.5 4.4 53 387 1 20 21 11
Archaeology & Ancient History Building 3.6 2.7 4.1 2.2 112 88 14 9 9 12
Princess Road East, 107-111A 3.4 2.9 3.8 2.4 96 88 13 9 11 12
Attenborough Tower 4.8 3.5 2.1 2.6 84 91 12 6 14 13
Adrian Building 5.0 4.8 1.4 2.2 97 76 18 3 10 14
Richard Attenborough Centre 3.4 2.8 3.5 3.4 53 112 9 12 22 16
Fielding Johnson Building 4.6 4.7 1.5 2.6 80 87 16 4 16 16
Physics Building 4.2 4.3 1.7 2.0 94 63 21 3 12 17
Rattray Lecture Theatre 4.0 2.6 3.0 2.6 74 80 17 8 17 17
Bennett-Physics Underpass 4.6 2.0 3.2 2.2 83 65 19 7 15 17
Attenborough Seminar Block 4.6 3.7 1.6 3.2 49 88 15 5 23 19
Upper New Walk, 152-154 2.8 2.2 4.3 2.4 70 64 20 10 18 19March 18, 2016Higher Education Sector 16
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Research Income Benchmarking
Institution Research (Non Office) NIA m2 HEI Total Research Income Income per m2
The University of Sheffield 74,176 £153,098,000 £2,064
The University of Newcastle-upon-Tyne 55,543 £120,552,000 £2,170
The University of Nottingham 66,396 £150,021,000 £2,259
The University of Bristol 69,717 £166,663,000 £2,391
Cardiff University 52,255 £127,610,000 £2,442
The Queen's University of Belfast 35,866 £93,843,000 £2,616
The University of Warwick 41,127 £118,400,000 £2,879
The University of Birmingham 48,622 £145,515,000 £2,993
The University of Glasgow 53,532 £172,066,000 £3,214
The University of Leeds 51,383 £168,359,000 £3,277
The University of Manchester 80,269 £270,547,000 £3,371
The University of Liverpool 41,257 £151,901,000 £3,682
University of Durham 18,472 £72,777,000 £3,940
The University of Edinburgh 68,579 £276,362,000 £4,030
The University of Southampton 33,742 £138,354,000 £4,100
The University of Cambridge 97,724 £410,986,000 £4,206
The University of Oxford 106,369 £533,417,000 £5,015
The University of Lancaster 8,789 £44,622,000 £5,077
Imperial College of Science, Technology and Medicine 75,053 £410,281,000 £5,467
King's College London 37,285 £212,155,000 £5,690
University College London 71,439 £411,418,000 £5,759
Averages 56,552 £207,092,714 £3,650
Research Income Benchmarking – External Context / Comparison
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Part II
Activity Plan Analysis of Institutes and Schools
Growth Forecast per Faculties
Explored different pedagogical models
Reconciled with corporate space policies
What do you (really) need?
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Space NeedsSchool of Engineering
Current Location Harrison Hughes, Walker, Mechanical
Engineering, Brodie Tower
Current Space 11,098 m2 NIA
Staff 2012/13 2014/15 Change
Academic 53 60 +13%
Research 33 40 +21%
Prof Services 46 46 0%
Total Staff 132 146 +11%
PGR’s 90 104 16%
■ Future Space Required*: 6,846 m2 NIA
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Space Needs
Current Location Duncan, UCD, Sherrington, Aintree
Current Space 5,903 m2 NIA
Staff 2012/13 2014/15 Change
Academic 59 61 +3%
Research 76 102 +34%
Prof Services 32 37 +16%
Total Staff 167 200 +20%
PGR’s 57 73 +28%
■ Future Rationalised Space Required*: 4,790 m2 NIA
.
Institute of Ageing and Chronic Diseases
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Project 1
North Campus Teaching Hub
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Project New Teaching Hub to replace Lecture Theatre space
vacated in Duncan with a central complex of seminar
rooms.
Current Location Duncan plus various other buildings
Current Space 452 m2 NIA Lecture Theatre space
New Location Derby / Hartley / Shelleys Cottage footprint
Space Requirement
in Practice
452 m2 plus further seminar space (TBC)
Key Features and
Benefits
■ Replaces large LT’s within Duncan that cannot be
accommodated elsewhere on campus due to larger
student cohorts
■ Improves quality of teaching facilities to meet existing
and future demand
■ Provides scope to consolidate dispersed seminar
rooms on North Campus into a central location thus
reducing journey time and disruption to both staff and
students
■ Vacates space to meet projected growth in activity
plans
Key Considerations ■ Project not identified in capital plan or current planning
rounds
© Arcadis 2015
Project 7
Project Redistribute School of Engineering activities in Brodie Tower
elsewhere
Current Location Brodie Tower, Mech Eng, Walker, Harrison Hughes,
Waterhouse Block C
Current Space 11,098 m2 NIA
Benchmarked Space
Requirement
6,846 m2 NIA
New Location Mech Eng, Walker, Harrison Hughes
Available Space 9,459 m2
Key Features and
Benefits
■ Releases Brodie Tower for demolition (subject to
feasibility) and co-locates School
Key Considerations ■ Move all shared teaching facilities to new North Campus
teaching hub (916m2)
■ Investment in existing accommodation required to target
improved utilisation and efficiency to co-locate.
■ Nature of research and equipment unlikely to realise
space reduction in line with benchmarking but release of
teaching accommodation and efficiency savings should
allow relocation of staff from Brodie Tower and
Waterhouse C, subject to detailed feasibility
Rationalise Space Used by Engineering
© Arcadis 2015
Unlocking the Benefits to the University
Linked Activity Plans explicitly to corporate space allocation
Consolidated academic units
Enhanced the student experience
Reduced the proportion of category C and D backlog
Improved utilisation, reducing overall area by over 16.5%
Reduced occupational and operational costs by £1.4 m per annum
Reduced carbon footprint; contributing to sustainability goals.
March 18, 2016Higher Education Sector 25
© Arcadis 2015
What was delivered…
More productive & efficient
facilities
More accessible services
Improved engagement with
students
Personalised service
Smarter working processes
Improved staff morale
Improved education performance
Reduction in occupied space
Reduction in cost of service delivery
Decreased energy consumption
Lower operational costs
Lowering carbon footprint
Delivering better with less funding
Starting Position
Gap Analysis
Education
Improvement
Performance
Decreased Costs
Increased revenue
After Transformation
Data Gathering
& Analysis
March 18, 2016Higher Education Sector 26
© Arcadis 2015
Questions?
Arcadis Education I Schools & Academies I Further Education I Higher Education
Thanks for listening
Contact Details
Steven Jenkins I Partner
Head of Higher Education
Arcadis Education
T: 44 (0) 7818 526047
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Programme & Project Management
Cost and Commercial Management
Cost & Life-cycle Management
Facilities & Estates Management
Master-planning
Support Services
Business Advisory