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Capacity Building
For Newcomer Countries To Nuclear Energy
Technical Meeting on Human Resources Roadmap and Capacity Building
for New and Expanding Nuclear Power Programmes
1-4 October 2013
Chuck Goodnight 3 October 2103
Goodnight Consulting Specializes In Organizational
Optimization For The Electric Power Industry
2
Strategic Planning
Workforce Planning &
O&M Modeling
Process Analysis & Redesign
Organizational Analysis & Redesign
Cultural Assessments
Goodnight Consulting Maintains Staffing
Databases Related To Nuclear Plant Operations*
3
130 OPERATING UNITS
STAFFING DATA
IS MAINTAINED
INDEPENDENT OF
ORGANIZATION
STRUCTURE
72 NUCLEAR PLANTS
4-Unit Plants: 2
3-Unit Plants: 2
2-Unit Plants: 36
1-Unit Plants: 33
Staffing
Database
Best Practices For 44
Individual Work Functions
• Operations
• Maintenance
• Engineering
• Safety
• Rad Protection
• Radwaste/Decon
• Info Mgt
• Budget/Finance
• Training
• Etc.
Best Practices
Database
Organizational
Information From All
of Our Clients
• Org Charts
• Layers of Mgt
• Spans of Control
• Functional Alignment
• Centralization
• Outsourcing
• Etc.
Organizational
Library
*Individual plant/company staffing information is confidential, and the information included in this presentation is aggregated sufficiently to protect the identity of each of the nuclear plants’operators
Goodnight Consulting Has Served Many Nuclear &
Utility Industry Clients Around The World
4
Ameren Corporation North Atlantic Energy Services Co.
Areva NP (France) NuclearElectrica (Romania)
Baltimore Gas & Electric Omaha Public Power District
British Energy (U.K.) Ontario Power Generation (Canada)
DTE Energy Parsons E & C (Bulgaria)
Dominion Pacific Gas & Electric
ENEC (United Arab Emirates) Philadelphia Electric Company
Entergy PPL Susquehanna
EPRI PreussenElektra (Germany)
Eskom (South Africa) Progress Energy
Exelon Nuclear PSEG Nuclear
FirstEnergy Southern California Edison
Florida Power & Light STP Nuclear Operating Company
GE Hitachi STARS Alliance
IAEA* (Austria) Tennessee Valley Authority
KHNP (South Korea) TMP Worldwide
Luminant Power Westinghouse Electric Company
Nebraska Public Power District Wolf Creek Nuclear Operating Company
*IAEA support includes authoring, co-
authoring, and reviewing TecDocs on
Human Resources, Infrastructure Sharing
and Knowledge Management, and
Nuclear Energy Series documents.
Also includes Expert Missions to the
Governments of Chile, Dominican
Republic, Egypt, Kuwait, Poland, Saudi
Arabia, South Africa, Thailand, Ukraine,
and Vietnam.
We Are Pleased To Announce the 2013 New Nuclear
International Conference, In Partnership With ENEC
5
• The conference will take place on November 11-14 at the Ritz Carlton Grand Canal
in Abu Dhabi
• The Emirates Nuclear Energy Corporation (ENEC) is an official partner of the
Conference.
• ENEC’s CEO, Mohamed Al Hammadi, will be the keynote speaker
• For newcomer country representatives and Premium Sponsors, ENEC is providing a
site tour of their Barakah NPP construction site on 10 November (registration is
required)
• www.NewNuclearInternational.com
We Have A Strong And Growing
List Of Expert Speakers And Panelists
6
Nuclear Executives & Program Representatives From
Around The World Are Participating In The Conference
7
•Portugal
•Qatar
•Romania
•Russia
•Saudi Arabia
•Serbia
•Singapore
•Slovak Republic
•Slovenia
•South Africa
•South Korea
•Spain
•Sri Lanka
•Sudan
•Sweden
•Switzerland
•Thailand
•Tunisia
•Turkey
•Uganda
•Ukraine
•UAE
•United Kingdom
•USA
•Uruguay
•Venezuela
•Vietnam
•Zimbabwe
•Hungary
•India
•Indonesia
•Italy
•Japan
•Jordan
•Kazakhstan
•Kenya
•Kuwait
•Lithuania
•Madagascar
•Malaysia
•Mauritania
•Mexico
•Moldova
•Mongolia
•Morocco
•Myanmar
•Namibia
•Nicaragua
•Niger
•Nigeria
•Norway
•Oman
•Pakistan
•Paraguay
•Peru
•Philippines
•Poland
•Angola
•Argentina
•Armenia
•Australia
•Austria
•Bahrain
•Bangladesh
•Belarus
•Belgium
•Bolivia
•Brazil
•Bulgaria
•Canada
•Chile
•China
•Croatia
•Czech Republic
•Dominican Republic
•Ecuador
•Egypt
•El Salvador
•Finland
•France
•Germany
•Ghana
•Greece
•Guatemala
•Honduras
•Hungary
Key Terminology Definitions Related To
Human Resources And Capacity Building
8
• Human Resources Development
– The process of managing the required development
of individuals, i.e. education, training, career
development, leadership development, etc.)
• Work Force Planning
– The process of ensuring that an organization has the
right number of the right people in the right place at
the right time
• Capacity Building
– The process of developing a national ability to meet
the needs of the overall program
Individuals
Groups
National
Level
There Are Numerous Activities To Complete In
Preparing To Build & Operate A Nuclear Power Plant
9
Construction, Commissioning, & Operations
' 10 2010 2011 2012 2013 2014 2015 2016 ' 16
Today
Training Plan Development 2014 Apr
Organizational Model Development 2014 Mar
Gap Analysis For National Capacity 2014 Feb
Identify & Develop Staffing Model 2014 Jan
Reactor Design Selection Process 2013 Jan
Site Selection Process 2012 Jan
Develop Regulatory Framework 2010 Mar
Determine Scope 2010 Feb
Commit to Nuclear Power Program 2010 Jan
HR Development 2014 Jan - 2016 Feb
Site Development 2012 Jan - 2014 Jan
Program Development 2010 Jan - 2012 Jan
(Years are illustrative)
Committing To A New Nuclear Power Program
10
Construction, Commissioning, & Operations
' 10 2010 2011 2012 2013 2014 2015 2016 ' 16
Today
Commit to Nuclear Power Program 2010 Jan
Program Development 2010 Jan - 2012 Jan
Site Development 2012 Jan - 2014 Jan
HR Development 2014 Jan - 2016 Feb
11
Potential Staffing Levels & Timing Requirements
0
200
400
600
800
1000
0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16
No
. o
f p
eo
ple
Years (Indicative only)
NEPIO REG BODY OP ORG
<------------ Phase 3 ------------>
Design, Construct, Comm'n
Co
mm
issio
nin
g
<-- Phase 1-->
<-------- Phase 2-------->
Site Investigation, Bid Preparations
<--Op Training-->2-3 yrs
MS1 MS2 MS3
Multi Units
1 Unit
1. NEPIO = 10 --> 50 (Depending on Expert Group Support) --> 0 (close to)2. REG BODY = 50 --> 150+Tech Support
3. OP ORG = 0 --> 20 to 30 --> 600 to 1200
1 Unit
Multi Units
Source: IAEA Nuclear Energy Series No. NG-T-3.10, Workforce Planning for New Nuclear Power Programmes, Draft,
January 2010, C. Goodnight – Contributing Author
Industry Experience & IAEA Guidance Shows
Hundreds of Personnel & Many Years Are Required
A new nuclear power program
represents a major commitment of personnel and
resources
Committing
12
Committing
Committing To A New Nuclear Program
Requires The Alignment Of Several Key Factors
Political Financial Market Demand
System Characteristics
Geographic Feasibility
Alignment of all the key factors can take several years to occur
Applicable factors vary depending on the country
Determine Scope
Determining The Scope Of The Nuclear Power Program
13
Construction, Commissioning, & Operations
' 10 2010 2011 2012 2013 2014 2015 2016 ' 16
Today
2010 Feb
Program Development 2010 Jan - 2012 Jan
Site Development 2012 Jan - 2014 Jan
HR Development 2014 Jan - 2016 Feb
14
Numerous Experts Will Be Needed
In Determining The Scope Of The Nuclear Program
Number of Sites & Reactors
Reactor Design Experts
Desired Output & Grid Impacts
Power Capacity Experts
Financing & Capital Markets Strategy
Financial Experts
PR Strategy
Public Relations Experts
Government Relationship Strategy
Political Experts
Regulatory Management Strategy
Legal Experts
Scope
15
• Fully burdened US labor costs are ~$100,000 per person
• 100 workers cost ~ $10M/year
Present Value of 60 Year Labor Costs
$0
$1
$2
$3
$4
$5
$6
$7
0% 1% 2% 3% 4% 5% 6%
Inflation Rate
La
bo
r $
(Billio
ns
)/1
00
Pe
op
le
At 4% Inflation, 60 Year
Labor Costs Exceed
$2.5 Billion
At 6% Inflation, 60 Year Labor
Costs Exceed $6 Billion
Present Value of 60 Year Labor Costs
$0
$1
$2
$3
$4
$5
$6
$7
0% 1% 2% 3% 4% 5% 6%
Inflation Rate
La
bo
r $
(Billio
ns
)/1
00
Pe
op
le
At 4% Inflation, 60 Year
Labor Costs Exceed
$2.5 Billion
At 6% Inflation, 60 Year Labor
Costs Exceed $6 Billion
Labor May Be Nuclear Power’s Largest Single Cost Area
– And Must Therefore Be Carefully Considered
1,000 workers = 60 year lifecycle
costs of ~$25 Billion…
…at a 4% discount rate a present value
over $2.2 Billion
Labor will still represent a major portion of program costs in less expensive markets
Inefficient/Inappropriate allocation of
labor can lead to nuclear/industrial
safety risks or unnecessary costs (for
example, a 10% error is >$2B)
Scope
Developing A Regulatory Framework
16
Construction, Commissioning, & Operations
' 10 2010 2011 2012 2013 2014 2015 2016 ' 16
Today
Develop Regulatory Framework 2010 Mar
Program Development 2010 Jan - 2012 Jan
Site Development 2012 Jan - 2014 Jan
HR Development 2014 Jan - 2016 Feb
17
A Robust National Legal & Regulatory Framework
Is Key To A Safe & Successful Program
The legal and regulatory framework impact resource requirements
Some engineers and technical experts will be needed for the regulator and will no longer be available to work in the operating organization
The organization responsible for demonstrating compliance requires more resources
The chosen regulatory approach impacts the size of the regulatory body itself
The more stringent the regulatory framework, the more resources needed by the regulatory body, and within the operating organization
Source: IAEA Technical Report
“Workforce Planning for New
Nuclear Power Programmes” 2011
Regulatory Framework
The Site Selection Process
18
Construction, Commissioning, & Operations
' 10 2010 2011 2012 2013 2014 2015 2016 ' 16
Today
Site Selection Process 2012 Jan
Program Development 2010 Jan - 2012 Jan
Site Development 2012 Jan - 2014 Jan
HR Development 2014 Jan - 2016 Feb
The Site Selection Process Is Demanding &
Entails Significant Resource Requirements
19
Source: Arab Consultant's
Bureau; The Second Arab
Forum on the Prospects of
Nuclear Power for
Electricity Generation &
Seawater Desalination
“NPP Siting: Jordan’s
Experience” June, 2012
Site Selection
Experts Across Numerous Disciplines
Are Required For A Successful Site Selection Endeavor
20
Source: Arab Consultant's
Bureau; The Second Arab
Forum on the Prospects of
Nuclear Power for
Electricity Generation &
Seawater Desalination
“NPP Siting: Jordan’s
Experience” June, 2012
Site Selection
The Reactor Design Selection Process
21
Construction, Commissioning, & Operations
' 10 2010 2011 2012 2013 2014 2015 2016 ' 16
Today
Reactor Design Selection Process 2013 Jan
Program Development 2010 Jan - 2012 Jan
Site Development 2012 Jan - 2014 Jan
HR Development 2014 Jan - 2016 Feb
22
Future NSSS Vendor Selection Is Challenging
For An Organization That Is New To Nuclear Power
Different reactor
designs have different pros
and cons:
• Staffing
• O&M costs
• Technical differences
• Management Issues
• Operational considerations
• Etc.
Reactor Selection
23
Technical Support From Unbiased Third Party Advisors
Is Important For Protecting Your Interests
Different design types create different near & long-term operational
challenges
Vendors often “sell” vs. inform in their sales presentations
Unbiased third party support can allow for more informed decisions &
protecting program interests
Outside expertise to evaluate bids can also improve your position as an
“intelligent customer”
Reactor Selection
Identifying & Developing The Program’s Staffing Model
24
Construction, Commissioning, & Operations
' 10 2010 2011 2012 2013 2014 2015 2016 ' 16
Today
Identify & Develop Staffing Model 2014 Jan
Program Development 2010 Jan - 2012 Jan
Site Development 2012 Jan - 2014 Jan
HR Development 2014 Jan - 2016 Feb
Human Resources Development Inputs
For New Nuclear Power Programs
Technology Selection
Identify Class/Type of Planned Reactor
Determine Number of Sites
Determine Number of Rx Units
Site Selection
Number of locations
Evaluate Potential Sites
Determine Final Site(s)
Identify Staffing Requirements
Design Factors
Siting Factors
Regulatory Factors
Outsourcing Approaches
Centralization Opportunities
Schedule
Conclude Final Contracts
Identify Construction Schedule
Identify Commissioning Schedule
Capacity Building
Identify HR Requirements based on above
Determine national capability
Compare with HR requirements (Gap Analysis)
Determine external Support requirements
25
Train 1100
Recruit ~26,000
Hire ~1300
The Recruiting, Hiring & Training Process
Is Typically More Demanding Than Expected
26
Staffing Model
Train 1.1x
Recruit 20x
Hire 1.2x
Retain 1x
Retain 1000
27
• PLANT DESIGN
• SITE LAYOUT
• REGULATORY REQUIREMENTS
• OUTSOURCING APPROACHES
• CENTRALIZATION OPPORTUNITIES
5 Factors Drive Functional Staffing Requirements:
Detailed Staffing Information Is Required
On A Functional Basis In The Context of 5 Key Drivers
Area Function
Plant
Design
Site
Layout
Regulatory
Requirement Outsourcing Centralization
Operations Applied Radiation Protection X X X X
ALARA/Radiological Engineering X X X
Chemistry X X
Decontamination/Radwaste Processing X X X
Environmental X X X X
Fire Protection X X X
Operations X X X
Operations Support X X
Radiation Protection Support X X X
Engineering Computer Engineering X X X X
Design/Drafting X X X X X
Modifications Engineering X X X X X
Nuclear Fuels X X X X X
Plant Engineering X X
Procurement Engineering X X X
Project Management X X
Reactor Engineering X X X
Technical Engineering X X X X
Maintenance Facilities Maintenance X X X
Maintenance/Construction X X X X
Maintenance/Construction Support X X X X
Outage Management X X X
Quality Control/Non-Destructive Examination X ? X
Safety/Health X X X
Scheduling X
Regulatory Emergency Preparedness X X X X
Licensing X X X
Nuclear Safety Review X X
Quality Assurance X ? X
Security X X X X X
Site Support Budget/Accounting X X
Communications X X
Contracts X X
Document Control/Records X X
Human Resources X
Information Management X X
Management X
Management Support
Materials Management X X X
Purchasing X X
Training X X X
Warehouse X X X X
Staffing Model
Construction License Issued
Basemat Poured
Commissioning Commences
Initial Equipment Installation
Full Scope Simulator Installed
Major Equipment Installation Begins
Tech Training Bld Avail
Tech Training Bld AvailEnergization
Equip Energization
Initial Fuel Receipt
Initial Fuel Loading
Initial Fuel Loading
CHT & HFT
Unit 1 COD
Unit 2 COD
Unit 3 COD
Unit 4 COD
Staffing Function Job Position Year 1 Year 2 Year 3 Year 4 Year 5 Year 6 Year 7 Year 8 Year 9 Year 10 Year 11 Total
Admin/Clerical Admin Supervisor 1 1
Clerical/Secretarial 1 16 15 15 15 13 6 1 1 83
Executive/Confidential Assistant 1 1
ALARA ALARA Supervisor 1 1 2
ALARA Technician 8 8 16
Budget/Accting Budget Supervisor 1 1 2
Budget/Accting Staff 4 2 2 2 1 2 2 2 2 2 21
Chemistry Chemistry Supervisor 2 1 2 1 6
Chemistry Technician 16 12 12 2 -10 -10 -10 -10 -10 -8
Communications Communications Supervisor 1 1 2
Communications Staff 1 1 1 1 2 2 8
Contracts Contracts Supervisor 1 1
Contracts Staff 3 1 1 1 1 7
Decontamination Decontamination Supervisor 1 1 1 3
Decontamination Technician 7 7 7 21
Scheduling Scheduling Supervisor 1 1 -1 1
Scheduling Staff 5 1 5 2 -1 -1 -1 10
Security Security Supervisor 3 3
Security Staff 2 2 4
Training Training Supervisors (Leads) 3 2 5
Training Staff 15 25 16 1 7 2 66
Warehouse Warehouse Supervisor 1 1 2
Warehouse Staff 5 5 5 5 -1 19
Total XX XX XX XX XX XX XX XX XX XX XX XX
28
Detailed Staffing Plans Must Be Designed To
Support Construction Milestones & Lead Times
Each staffing function must be accounted for (>150 functions)
Plans for multiple units complicate requirements
Program and construction milestones drive the timing of staffing requirements
Integration
Conducting A National Capacity Gap Analysis
29
Construction, Commissioning, & Operations
' 10 2010 2011 2012 2013 2014 2015 2016 ' 16
Today
Gap Analysis For National Capacity 2014 Feb
Program Development 2010 Jan - 2012 Jan
Site Development 2012 Jan - 2014 Jan
HR Development 2014 Jan - 2016 Feb
30
Understanding National Workforce Capacity
Will Help Position The Nuclear Program For The Future
The level of available national resource
infrastructure will depend on:
The industrial and technological base and its potential for development
Training and academic institutions
Infrastructure to support non-power applications of nuclear energy
Quantifying national capacity with a gap analysis will provide:
• understanding of future needs from local academic institutions
• other sources and ensure timely availability of quality personnel
Gap Analysis
31
Partnerships With Academic Institutions
Can Provide A Major Return On Investment
• Opportunity to help with shaping of curricula
• Access to top students to promote careers in the nuclear industry
Access to academic institutions can provide numerous benefits:
• Placement opportunities in the various organizations (operating organization, regulatory body, support organizations)
• Support for a ‘Chair’ or Head of Faculty position (e.g. engineering, physics, nuclear sciences) at one of the engineering universities
• Funding for relevant research such as material studies, fatigue mechanisms, diagnostic techniques, etc.
Actions to help to foster relationships with academic institutions:
Source: IAEA Technical Report
“Workforce Planning for New
Nuclear Power Programmes” 2011
Gap Analysis
32
All Input Streams For Personnel Must Be Planned
And Integrated Into The Workforce Plan
Integrated
Staffing Plan
Graduates
Technical Trainees
Internal Hires
Prime/Vendor Contract
Construction Rollovers
The integration must be completed
at the job position level, and
include all input streams
Gap Analysis
Developing The Program’s Organizational Model
33
Construction, Commissioning, & Operations
' 10 2010 2011 2012 2013 2014 2015 2016 ' 16
Today
Organizational Model Development 2014 Mar
Program Development 2010 Jan - 2012 Jan
Site Development 2012 Jan - 2014 Jan
HR Development 2014 Jan - 2016 Feb
34
Detailed Plans Are Required For The Development
Of Human Resources And Organizational Structures
Corporate
Plant 4
Plant 3
Plant 2
Plant 1
Potential Staffing Levels & Timing Requirements
Final staffing and organizational
models (2nd unit and Nth unit), including
detailed, layered “ramp up” plans
Final organizational and staffing models (“Fleet” model with
centralization nuclear support and governance with site
organizations)
Organizational model for the
Corporate & 1st plant site
organization
Detailed staffing “ramp up” plans for operation of the 1st
plant
Program development for
staffing requirements & organizational
models
Org Model
35
• Detailed organizational models are required
• Each organizational model will also require a migration plan and detailed staffing information
Early On, Organizational Development Should Focus On
The Initial Nuclear Office & The First Plant
5. Final Nuclear
Organization
With N Plants 1. Initial Nuclear
Organization
2. Nuclear
Organization
+
1st Nuclear Plant
3. Nuclear
Organization
+
1st & 2nd Nuclear
Plants 4. Nuclear
Organization
+
1st, 2nd, & 3rd Nuclear
Plants
Initial Area Of Effort
Org Model
36
Detailed Organizational Models Are Also Needed
For The Final Nuclear Organization With N Plants
Corporate Nuclear
Site 1
Operations
Maintenance
Site Engineering
Site Oversight
Site Support
Site 2
Operations
Maintenance
Site Engineering
Site Oversight
Site Support
Site 3
Operations
Maintenance
Site Engineering
Site Oversight
Site Support
Site 4
Operations
Maintenance
Site Engineering
Site Oversight
Site Support
Business Services
Technical Services
Corporate Oversight
Corporate Support
Org Model
Organizational Development Requires A Complete
Understanding Of Timing & Personnel Requirements
37
An Example Of A 10-Year Organizational Development Plan
Developed For A Client Building A New Nuclear Program:
Org Model
Developing The Training Plan
38
Construction, Commissioning, & Operations
' 10 2010 2011 2012 2013 2014 2015 2016 ' 16
Today
Training Plan Development 2014 Apr
Program Development 2010 Jan - 2012 Jan
Site Development 2012 Jan - 2014 Jan
HR Development 2014 Jan - 2016 Feb
A Successful Training Program Requires
Significant Planning & Forethought
• Skill Sets
• # of persons/skill set
• Lead time requirements
• Relate to program & construction milestones
• Retaining/Requalification
• Provider (Operating company, NSSS Vendor, SMEs, etc.)
• Venue
• Schedule
Integrate with HR &
Organizational Development
Plans
39
Human Resources Development for New Nuclear Power Programs
Technology Selection
Identify Class/Type of Planned Reactor
Determing Number of Sites
Determine Number of Rx Units
Site Selection Recruit Hire Train Retain
Number of locations
Evaluate Potential Sites 20 1.2 1.1 1 Factor
Determine Final Site(s)
29040 1452 1210 1100 Number of Personnel
Identify Staffing Requirements
Design Factors
Siting Factors
Regulatory Factors
Outsourcing Approaches
Centralization Opportunities
Training Plan
Schedule ID Training Requirements
Conclude Final Contracts Skill Sets
Identify Construction Schedule Number of Persons/Skill Set
Identify Commissioning Schedule Lead Time Requirements
Relate to Program/Construction Milestones
Capacity Building Retraining/Requalification
Identify HR Requirements based on above Internal vs External Training
Determine national capability Who (Operating Company, Rx Vendor, SMEs, etc.)
Compare with HR requirements (Gap Analysis) Venue
Determine external Support requirements Schedule
Integrate with HR and Org Development Plans
Hu
man
Res
ou
rce
s D
evel
op
mem
t In
pu
ts
Training Plan
Identify Training Requirements
• Skill Sets
• # of persons/skill set
• Lead time requirements
• Relate to program & construction milestones
• Retaining/Requalification
Internal vs. External Training
• Provider (Operating company, NSSS Vendor, SMEs, etc.)
• Venue
• Schedule
Integrate with HR &
Organizational Development
Plans
40
A Successful Training Program Requires
Significant Planning & Forethought Training Plan
Into The Future:
Integrating With Construction, Commissioning, & Ops
41
Construction, Commissioning, & Operations
' 10 2010 2011 2012 2013 2014 2015 2016 ' 16
Today
Program Development 2010 Jan - 2012 Jan
Site Development 2012 Jan - 2014 Jan
HR Development 2014 Jan - 2016 Feb
• Committing to a nuclear power program
• Determining the scope of the program
• Developing regulatory framework
• Site selection
• Technology/Design selection
• Staffing Requirements/Models
• Gap Analysis
• Education & Training programs
• Support To Life Cycle Operations
• Support To Decommissioning
Capacity Building Requires The Identification
Of All HR Requirements (Complete Program Scope)
42
Required
Inputs
Analysis
&
Support
Gap Analysis Is Required To Compare
Current vs. Required National Capacities
43
Identification of available Human
Resources:
• By educational background
• By current qualifications
• Pipelines of availability
– Labor Sources
– Volume Over Time
• Potential Alternative Sources
Identification of required Human
Resources:
• By educational background
• By current qualifications
• By Program Type
– Nuclear Regulation
– Nuclear Operations
Nuclear TSOs
Integrated Results
• HR Supply & Demand
Current
Future
• Achievable Implementation Plans
Gap Analysis
• New programs are created to provide
for future requirements
So In The End, Capacity Building Is The Process Of
Ensuring Adequate Human Resources Are Available
44
• Adjustments are made to existing
capabilities to meet program requirements:
Educational Programs
Primary/Secondary Schools
Colleges/Universities
Vocational/Technical Training Programs
• Capabilities are procured from
external sources
• Some combination of all of the above
And/Or:
Or:
And/Or:
Thank You For Your Attention
45