13
People and Organization
Vignesh Sivadass
University of Southampton
Introduction
Before discussing the Kaleshwaram lift irrigation project, KLIP of the Telangana Government it is important to state three fundamental realities across any public spending by any state Government or central Government. First, one our public spending on large projects, specifically major irrigation projects do not follow their own guidelines, established standards and cost benefit ratios. Second any state CM or Central Government can spend any amount on any project anywhere regardless of its viability, technical standards, its benefits to farmers and third one, whatever might be view of technical experts inside or outside Government, public view, such projects will be implemented as long as funds are available. Such projects continue for decades, even if they have resulted in disasters. There is not process for which Governments are bound to review these projects independently or internally to make changes for more public good. Considering the bigger national picture, it is really important to consider the Kaleshwaram lift irrigation project's prices, current huge damage to its pumping stations, and the absence of any cost-benefit ratio logic analysis at this time. It is indeed worth noting that the Kaleshwaram lift irrigation project is financed by commercial banks with commercial interest rates and that the entire project is driven by a single contractor, rather than the government's role in supervising and controlling the construction of the project's components. In 2014, the state of Telangana was created. The three main slogans of the Telangana state demand were Neellu, Nidhulu, and Niyamakalu (water, funds and jobs). The basic argument was that the Telangana region, then the Andhra Pradesh state, was overlooked in these three main areas of concern. Finally, after a nearly two-decade-long public effort, the state of Telangana was founded.Benefits
In Telangana, water for irrigation was a hot-button issue for decades. It is still there. Telangana's new government put a lot of emphasis on water. That's great news, yet it is also something most people were expecting. The previous seven years have seen the implementation of three significant water infrastructure projects: Mission Kakatiya, Mission Bagiratha, and Kaleshwaram Lift Irrigation projects. Approximately Rs. 200,000 crores would be spent on these three projects. The speed at which these projects were implemented, certainly remarkable. People generally appreciated the new Government and these projects. Since Telangana never seen any such large public investments in water sector or any other sector, the physical works of these projects are indeed remarkable. So, people felt things are happening and the benefits will flow out of these projects. People in general are not concerned from where these financial resources are mobilized and the interest rates or long-term consequences on ...
1. 13
People and Organization
Vignesh Sivadass
University of Southampton
Introduction
Before discussing the Kaleshwaram lift irrigation project,
KLIP of the Telangana Government it is important to state three
fundamental realities across any public spending by any state
Government or central Government. First, one our public
2. spending on large projects, specifically major irrigation projects
do not follow their own guidelines, established standards and
cost benefit ratios. Second any state CM or Central Government
can spend any amount on any project anywhere regardless of its
viability, technical standards, its benefits to farmers and third
one, whatever might be view of technical experts inside or
outside Government, public view, such projects will be
implemented as long as funds are available. Such projects
continue for decades, even if they have resulted in disasters.
There is not process for which Governments are bound to
review these projects independently or internally to make
changes for more public good. Considering the bigger national
picture, it is really important to consider the Kaleshwaram lift
irrigation project's prices, current huge damage to its pumping
stations, and the absence of any cost-benefit ratio logic analysis
at this time. It is indeed worth noting that the Kaleshwaram lift
irrigation project is financed by commercial banks with
commercial interest rates and that the entire project is driven by
a single contractor, rather than the government's role in
supervising and controlling the construction of the project's
components. In 2014, the state of Telangana was created. The
three main slogans of the Telangana state demand were Neellu,
Nidhulu, and Niyamakalu (water, funds and jobs). The basic
argument was that the Telangana region, then the Andhra
Pradesh state, was overlooked in these three main areas of
concern. Finally, after a nearly two-decade-long public effort,
the state of Telangana was founded.Benefits
In Telangana, water for irrigation was a hot-button issue for
decades. It is still there. Telangana's new government put a lot
of emphasis on water. That's great news, yet it is also something
most people were expecting. The previous seven years have
seen the implementation of three significant water infrastructure
projects: Mission Kakatiya, Mission Bagiratha, and
Kaleshwaram Lift Irrigation projects. Approximately Rs.
200,000 crores would be spent on these three projects. The
speed at which these projects were implemented, certainly
3. remarkable. People generally appreciated the new Government
and these projects. Since Telangana never seen any such large
public investments in water sector or any other sector, the
physical works of these projects are indeed remarkable. So,
people felt things are happening and the benefits will flow out
of these projects. People in general are not concerned from
where these financial resources are mobilized and the interest
rates or long-term consequences on state. While some
articulated those concerns, but they largely remained marginal,
never been taken seriously by the Government or public at
large. On the contrary, such criticism about the viability, costs,
benefits of such projects are seen as diversion or someone who
is against the development of new state, Telangana.
Even still, there has been a lot of disagreement about the value
of these projects and the burden they place on the country's
finances. Kaleshwaram lift irrigation project is the most
expensive of the three projects discussed in this article. It is
indeed vital to note that Telangana's topography does not lend
itself to gravity-based projects. Though two great southern
rivers, the Krishna and the Godavari, have large catchment
areas in Telangana. Despite this, the water level is lower and
the region that needs water is higher in elevation. As a result,
water must be raised in order to irrigate the land. That's a pricey
undertaking. Before the creation of Telangana state, the
Kaleshwaram lift irrigation project began. Modifications and
changes have been made by the current administration. So, lift
irrigation is only option and the Kaleshwaram is not new
projects. The present Telangana Government accelerated the
implementation of project with certain major modification
increasing the cost significantly. So again, there is wider
support and from public at large for this project and also
expectation that it would be completed at the earliest. So,
Government efforts were largely seen as good and also the rapid
progress of construction has been seen as determination of
Telangana Government to provide water to farmer.
Therefore, at this juncture, discussion about merits or otherwise
4. of this mega project is totally unproductive. That discussion is
over. The project now exists, public money has been spent,
infrastructure is there on the ground. So, time to look to future
and make this infrastructure productive and less financial
burden on state. This article is about suggesting a process for
the future, not about the past. We do hope the Government of
Telangana, even at this stage embarks on the process of learning
some lessons and incorporating appropriate measures to make
this huge infrastructure useful for future generations. Before we
get to that, some basics feature of the project. This is to
understand the project and appreciate the process we are
suggesting to make changes for greater good.How the Irrigation
Project works
The Kaleshwaram Lift Irrigation Project (KLIP) is not a single
unit, but rather a complicated system. The following are a few
of the most important aspects of this project to give you an idea
of its scope. The project's size, scale, and intricacy have
sparked a sensation both nationally and within the company
itself. In India or anywhere else, this type of undertaking has
never been attempted before. As a result, this is a simplified
version. A total of 147.7 TMC of water (4,100 million cubic
meters) will be stored in approximately 20 reservoirs along the
way, many of which are located along the river. However, the
construction of six storage facilities required 35,000 acres of
land, of which close to 4000 acres are forest. These reservoirs
will need the acquisition of about 31,000 acres of land from
farmers. A total of 6,704 pre-existing homes in 21 communities
must also be removed in order to build these reservoirs. I was
fascinated by the high-capacity, high-speed pumps. More than
4,680 MW of total capacity has been installed in 96 machines.
These devices are capable of transporting 195 TMC of water in
a single trip. This is the first of its sort anywhere in the globe.
195 TMC of water will be lifted and transported over a distance
of 1600 km over canals and 203 km through tunnels, with the
same water being pumped nine times to a height of
approximately 600 m above ground. Large-scale national and
5. international interest has been drawn to projects such as the
construction of barrages, pumping stations, tunnels, and other
man-made storage facilities smack dab in the middle of
nowhere. So far, this project has been the largest in terms of
money, water lift, and world-record high-speed pumps, making
it a popular tourist destination for many of the country's elected
officials. The Telangana Government boasted of its global
records of the tallest and the largest, which produced a media
phenomenon for the state. Discovery Channel produced a
documentary, as did several other major media outlets
throughout the world, including Forbes. The majority of the
enthusiasm is focused on the process of building, creating, and
recording, rather than the end goal. Neither Discovery Channel,
Forbes, or any other credible media outlet reported on the
displacement, its aim, costs, or its eventual goal. The
Kaleshwaram project's benefits aren't even the focus of this
media campaign, which has the appearance of an ad for the
contractor developing the project with public funds. As early as
2018, certain national media outlets reported on rehabilitation
and expenditures. No independent evaluation or additional study
was even considered by the banks that provided the project's
funding. REC, the rural electrification organization, has given
an A grade for its funding, which totals Rs. 14,000 crores.
As of this writing, the total expenditure on this project has
already exceeded Rs.120,000 crores, and there is still a planned
extension to draw an additional one TMC of water every day. A
total of 2 TMC is available at this time. How much money has
already been spent and who is paying for the extension phase is
unknown. In August of 2021, newspapers stated that this project
would cost Rs. 110,000 crores. This project may cost more than
Rs.150,000 crores when it is completed with the construction of
distributary canals and other infrastructure, as well as extra land
acquisition, pipelines for additional TMC, and so on.
An estimated 18 million acres of land will be irrigated by the
project's 165 TMC water supply. This works out to an average
of 2593 cubic meters per acre. It is going to cost at least 70,000
6. per acre per season for pumping, as well as additional
operational and maintenance expenditures (Gujja, 2018). This is
going to be the costliest irrigation water ever used. In advance
of the start of the project, all of these evaluations and
computations were completed and given to the team.
Despite the fact that the project has officially been completed,
the project has been formally inaugurated at multiple locations.
As of right now, the entire system is broken, and reservoirs
aren't being replenished. Due to abrupt river inflows, even
water injected into the river had to be released downstream l ast
year. This project's benefits are yet to be recognized, as it has
provided no considerable irrigation, home water, or industrial
water. Prior to that, the project had encountered a number of
unexpected issues.Weakness
Kaleshwaram lift irrigation project, KLIP, is in big news now.
As on the 15th of July 2022, at the time of drafting this article,
two major pumping stations are submerged, tens of villages are
in water, hundreds of people working on this project have been
marooned in water (Meesala, 2022). Due to the significant
amount of water that still needs to be brought in from upstream,
the situation is likely to get worse in the coming days An
estimated damage bill might go into the billions of dollars for
equipment, structures, crops and private property. It is also
worth noting that the 1986 floods had far higher water releases
(Bhide, 2022). So, Godavari's present water outputs are not
really the highest ever. If a water discharge equal to that of
1986 occurs, just imagine the devastation. A replay of this
could happen for years to come if the necessary safeguards are
also not taken now. Expert engineers, who are not employed by
the government, believe that barriers around pumping stations
are necessary to secure this infrastructure.
This has prompted major questions regarding its safety as well
as its ability to supply water when needed, especially during the
summer.Performance Review
While money has been spent, the project has not yet delivered
any water or benefits. In addition to that, the infrastructure
7. which supposed to pump water itself is in danger. As
mentioned, contrary to the reporting, these floods in July 2022
are not the level of 1986 level (Chaubey, 2019). Even if one
agrees that these are the greatest floods, still one has to raise
the following questions. With current level of technology, GIS,
discharge data, advance forecasting systems it appears, the
installation of these key infrastructure facilities have not taken
into consideration of flood levels. When someone is
constructing so close to river, it is not rocket science to expect
the floods. So, this clearly lack of utter disregard for basic
planning and quality of implementation. This is not going to be
the exception but will be norm already it is second time, last
year to water came into pumping stations.
As mentioned, this is very complex interconnected system.
Breakdown of one component in this long chain effects every
other system. Similar one canal or tunnel is blocked; the entire
system has to be shut down. So, it is time to look at the entire
system and its week links, not from just from floods from every
dimension. Infrastructure of this level needs rigorous operating
system using the modern technology from every angle. Surely it
is not there. It appears it has been done very hastily, in
rudimentary way.
There is tunnel system of 203 km from Yellampalli. This system
is vital for any transmission of water upstream. Even 10 meters
of this 203 km tunnel collapses or caves in, the entire
Rs.120,000 crore infrastructure will be totally useless
(Venkatcharyulu, 2021). The downstream pumping, upstream
pumping will have to be stopped. For pumping massive
electricity and electrical systems have to be part of the
infrastructure. They need to be synchronized with power
requirement and power supply. It is time to test and make sure
that system is perfect, reliable and will function in every
unforeseen situation.
A massive storage system of 50 TMC was constructed within
18,000 ac with 22 km bund around it. This sort of water storage
was never done. When it is full, there will be 50 m column of
8. water. So far reservoirs are built on rivers are streams, where is
there inlet, out let and safety systems to release water to natural
flow. Middle of nowhere, where abstracting existing natural
flow of water a 22 km bund around was built to store 50 TMC
of water (Karimov, 2021). The safety of the system will have to
be 100% during 100% times. This needs to be tested,
independently certified and all measures to be taken to protect
the villages, individual life and property.
There are many bottle necks for example one reservoir at
Imamabad, Sri Ranganayaka Reservoir. This has just 3 TMC of
water storage, but every day, when system operates full, will
have to draw 2 TMC of water into and out of it
(Venkatcharyulu, 2019). This is going to be major bottle neck
for the system. This needs to be tested and verified in case of
any failures.
These are some of the major concerns, but there many concerns
such as distributary canals, power supply and fluctuations,
power tariffs, pump failures, fire accidents, possible earth
quakes due to storages and other totally unforeseen and not
possible to anticipate incidents (Thrikawala, 2022). All these
should have been part of the designs and established protocols.
All these concerns are not being raised to point out problems or
to say that this project should not be operated. As mentioned,
several times, all these questions and other concerns should be
for better and productive operation of this entire system, which
has been already built.
Surely GoT can and must do specific measures not only to
prevent future flooding into pumping stations but to make this
project economically viable to serve the interests of Telangana
farmers, urban people and growing industry needs (Madhnure,
2021). Never too late to learn and incorporate the changes. Any
responsible Governments in the larger interests of the state and
people will take such incidents and accidents as lessons and
establish a process to improve the performance of these projects
and reduce the damages in future. No one, however intelligent
or clever will have solutions to such complex system. A proper
9. process will lead to find the solutions and interventions. We are
suggesting process which could lead the way forward to make
Kaleshwaram a success story. The outcome of such process
might certainly give detailed interventions to prevent such
future calamities. One thing we are sure, if that is not done,
Kaleshwaram project will do immense damage to state of
Telangana, in addition to already burdened with financial re-
payments with interests mounting.Recommendations
Telangana Government to constitute an independent panel of
experts to review this project and suggest various measures to
improve its performance and avoid such disasters. That is the
only way. The broad terms of reference for such review may
include the following: Engineering aspects, whereby, several
infrastructures have been constructed, massive pumps have been
installed, tunnels have been dug, reservoirs have been built
(Rawat, 2021). The review panel should look at the system in its
entirety and provide specific measures for a) safety and security
of each component- pumps, barrages, tunnels, canals,
reservoirs, pumps etc. A thorough review and the specific
measures should be clearly articulated with clear process to
develop operational manuals using the latest technology.
There are also financial aspects, whereby, as mentioned the
project, as and when it delivers water, it would be most
expensive. Panel may come out clear guidance and suggestions
on way of using this water- both supply side and demand side to
improve the water use efficiency (Rawat). This may include
incentives and disincentives and broader policy for using water
with utmost efficiency. There are many policy options are being
actively implemented by many countries to improve the
financial performance and reduce burden of operational and
maintained costs of such large projects.
Next is safety and security of the infrastructure, in that, this
will have two parts a) some of these physical infrastructures
have been created close proximity to human settlements,
villages, and agricultural fields. Specifically, Mallannasagar,
the nearby villages of pumping stations, embankments on river
10. etc. There is danger that these structures could breach and cause
immense damage to life and property. Never before 50 TMC
capacity reservoirs have been created middle of nowhere,
without any previous river channels (Babu). This aspect is not
just engineering aspects, but taking into consideration future
developments and changes related climate change, soil textures,
seepages etc.
There are also institutional mechanisms, in that, such massive
infrastructure requires institutional mechanisms to operate and
take decisions. This requires proper training, state of the art
technology, capacity to solve the problems (Rawat, 2019). A
dedicated and capable team to be established, if not already
done. Review process can suggest such institutional mechanisms
to operate this entire system with command-and-control system
to take decisions quickly and efficiently.
There could be three options for constituting this review a)
Government of Telangana can approach any multilateral
institutions in which India has strong presence (for example,
Asian Development Bank, just as an example) or any other
reputed international organizations to conduct complete and
independent review of this project (Venkateshwarlu, 2021). It is
possible, they might do as part of technical support, without any
fee. B) approach a reputed private company for that review,
surely, the costs are nominal, considering the overall spending
of the project. Such review can happen in less than 6 months. C)
approaching the financial institutions such as NABARD or
Banks to take lead in commissioning a review and asking them
to fund it.
By proactively requesting for such review, Government of
Telangana will immensely gain in taking measures to avoid
future disasters, and confirming that the project is sound and
safe (Subrahmanyam, 2021). There is nothing Government of
Telangana will lose by embarking on such process. If the
measures suggested in the review are not agreeable to
Government of Telangana, surely it under no compulsion to
implement them. Or implement only what GoT thinks are
11. suitable doable and appropriate. Such review might help in
raising resources for future expansion or other irrigation
projects. Another possibility is that an assessment might
conclude that this is the best initiative for Telangana's future.
That way other states could benefit from this experience.
References
Babu, R. N. S., Nath, R. K., Rawat, D. S., Naithani, A. K., &
Rao, G. S. Geologically problematic band and its treatment on
upstream wall of large underground surge pool cavern-A case
study from lift irrigation scheme-Telangana State, India.
Bhide, S., Ranade, V., & Kulkarni, K. (2022). Intra-regional
Development Disparities: Virtual Regions Strategy for
Development of Tribal Communities and Water-stressed
Regions in Maharashtra, Andhra Pradesh and Telangana.
Review of Market Integration, 09749292221102219.
Chaubey, I., & Mani, I. (2019). Global water security
conference for agriculture and natural resources: An ASABE
Global Initiative conference.
Resource Magazine,
26(3), 12-14.
12. Gujja, B., & Shaik, H. (2018). Reducing water for agriculture
for improving productivity: Adapting and up-scaling innovative
approaches. In
India’s Water Futures (pp. 207-234). Routledge India.
Karimov, A. K., Toshev, R. H., Karshiev, R., & Karimov, A. A.
(2021). Water–energy nexus in Central Asia's lift irrigation
schemes: Multi-level linkages.
Renewable and Sustainable Energy Reviews,
147, 111148.
Madhnure, P., & Lavanya, B. (2021). Development of
Groundwater Irrigation in Telangana State: Challenges,
Management and Way Forward.
Journal of the Geological Society of India,
97(3), 271-281.
Meesala, K., & Rasala, S. (2022). Potential of System of Rice
Intensification (SRI) to Contribute to the Policy Objectives:
Paradigm of Three-Tier Approach in Southern Telangana—A
Case Study of Narayanpet.
Agricultural Sciences,
13(4), 542-554.
Rawat, D. S., Naithani, A. K., Rao, G. S., Singh, K., & Babu, R.
N. S. (2018). Engineering Geological Evaluation of Rock Mass
of the Transformer Cavern-A Case Study from Lift Irrigation
Project, India.
TAI Journal (A Half Yearly Technical Journal of Indian
Chapter of TAI),
7(2), 84-91.
Rawat, D. S., Naithani, A. K., Singh, L. G., Jain, P., Babu, R.
N. S., Reddy, P., ... & Rao, G. S. (2019). Excavation of Large
Underground Surge Pool Benching and Delivery Mains (Vertical
13. Shafts) with the Alimak Raise Climber Method-A Case Study.
TAI Journal (A Half Yearly Technical Journal of Indian
Chapter of TAI),
8(2), 21-28.
Rawat, D. S., Naithani, A. K., Singh, L. G., Jain, P., Patel, R.,
Babu, R. N. S., & Rao, G. S. Assessment of the rock mass of
escape tunnel-a case study from lift irrigation project,
Telangana State, India.
Subrahmanyam, D. S., Shyam, G., Vamshidhar, K., & Vikram,
S. (2021). Role of In-situ Stress parameters for the design of
underground pump house at various lift irrigation packages of
Kaleshwaram Project Dr. BR Ambedkar Pranahita, Chevella
Sujala Sravanthi Scheme, Telangana.
ISRM (India) Journal,
10(1), 39-45.
Thrikawala, S., Batzlen, C., & Korale-Gedara, P. (2022). Cost-
Benefit Analysis of Irrigation Projects. In
Agricultural Policy Analysis (pp. 295-330). Springer,
Singapore.
Venkatcharyulu, S. (2021). Flood and Drought Analysis Of
Godavari Sub Basin Based on Precipitation Index.
Turkish Journal of Computer and Mathematics
Education (TURCOMAT),
12(9), 1195-1207.
Venkatcharyulu, S., & Viswanadh, G. K. (2021). Runoff volume
model for Godavari sub-basin using HEC-RAS software.
Modeling Earth Systems and Environment, 1-13.
Venkateshwarlu, N., & Deshpande, S. R. (2021). Kaleshwaram
Project–A Growth Engine for comprehensive Godavari Basin
development Plan.
Water and Energy International,
14. 64(5), 6-15.
QUESTION FOR THIS FORUM DISCUSSION: When does the
First Amendment's Free Exercise of Religion Clause justify a
discriminatory business practice?
In forming your discussion, READ and COMPARE:
Masterpiece Cakeshop, Ltd. v. Colorado Civil Rights
Commission, 138 S.Ct. 1718 (2018). Masterpiece Cakeshop,
Ltd. (a small bakery, whose owner refused to create and sell a
wedding cake to a same-sex couple for their wedding because
their homosexual marriage was against his religious beliefs)
and
State of Washington v. Arlene's Flowers, Case No.
91615-2 (Wash., June 6, 2019)(florist claimed right to deny
flowers to same-sex wedding for reason of religion).
ADDITIONAL HELP SOURCES:
Another case you should consider is the Court's finding of race
discrimination under the Commerce Clause in
Katzenbach v. McClung, 379 U.S. 294 (1964). Would it
make a difference if the restaurant owner claimed segregation of
the races was required by his religion?
Additional Chick-fil-A reference: Severson, K. (2012, July 25).
Chick-fil-A thrust back into the spotlight on gay rights.
New York Times.
From eReserve readings:
Supreme Court Sends Mixed Messages About LGBTQ
Rights
300 words single space.
MANG6311 PM – People & Organizations
28. 29
• Urgency:
From whose viewpoint? Why?
• Trust can be a key element
*Potential issues: very vague,
changing, hard to personalize
• Knowledge of the org and context
• Trust can be a key element
• Key element: Trust, clarity, relevance
• Is there something for everyone?
*Needs: clarity, motivation, trust
• Knowledge of the org/context
• Trust can be a key element
• Constantly realign
• Hire, promote, develop
• Institutionalize
• Link success&change
Reasons for failure of change efforts
According to Kotter:
• Lack of consistent,
holistic approach;
35. Potential Factors Contributing to Disagreements
7
Socio-
Economic
Status
Geograph
ical
Location
Physical
strength
Ethnicity
Gender
…
Religion
Language
Potential
Dimensions
of Diversity
in Project
Teams
Educational
Backgrounds
Generation
37. • Could I learn from someone else?
1 2 3 4 5
Socio-
Economi
c Status Geogra
phical
Locatio
n
Physical
strengt
h
Ethnicity
Gender
…
Religion
Langua
ge
Potential
Dimensions
of Diversity
in Project
Teams
45. Positive Aspects Negative Aspects
• Diffuses more serious conflicts. (like a
safety valve!)
• Can lead to more hostility and
aggression.
• Fosters change and creativity. • Desire to ‘win’, blocks
exploration of
new opportunities.
• Enhances communication if both
parties are committed to mutual gain.
• Inhibits communication; relevant
information never shared.
• Increases performance, energy, and
group cohesion.
• Causes stress; creates an
unproductive atmosphere.
• Balances power and influences if
collaborative problem solving
techniques are emphasized.
• May cause loss of status or position or
power when both parties take it as a
contest of wills and strive for a win-
lose outcome.
• Clarifies issues and goals. • Real issues overlooked as
52. Styles of Conflict Resolution
Filley’s and Blake & Morton Models (cited in Verma, 1996,
p.123)
30
Personal
Goal
RelationshipLow
High
High
Medium
Win-Lose Integrative
Yield-LoseLose-Leave
Compromising
Forcing Collaborating,
Confronting,
Problem Solving
Smoothing Withdrawing
Compromise
58. • Is the data reliable?
• Communicate effectively
• Recognize the context,
backgrounds, situations,
history, etc.
• Don’t judge at this stage!
Don’t make it personal.
38
Acknowledge Conflict
Establish Common
Ground or Shared Goals
Separate Problems and
People
Explore Alternatives
Evaluate Alternatives
Select and Implement
Alternatives
Step 1
Problem
Definition
Step 2
Problem
Analysis
Step 3
Select Best
60. 40
‘Yes People’
Too much or
too many of
any of these?
Resistance to
change
Peace &
cooperation
regardless of
the price!
No sensitivity
to key
compromises
Lack of
creativity and
new ideas
Reluctance to
admit
mistakes
…
112. Customer Services Dept.
Human Resources Dept.
Procurement Dept.
?
PROJ A
PROJ A1 PROJ B PROJ C PROJ D
PROJ E
PROJ J PROJ K
PROJ F PROJ G PROJ H PROJ I
CEO, Managing Director and Board of the Organization
PROJ 1 PROJ 2 PROJ 3
PROJ E1
PROJ E2
PROJ A2
PROJ E3
Organisation with Functional Structure
Example 1
Chief Executive
113. VP of Marketing
VP of
Procurement
VP of Finance VP of Research
Pinto (2007, p.47)
21
VP: Vice President
-market Support
116. 2-23
PM within Functional Organization Structures
Strengths Weaknesses
1. Firm’s design maintained
2. Fosters development of in-depth
knowledge
3. Standard career paths
4. Project team members remain
connected with their functional
group
5. Investment in functional
technologies
1. Cross-functional communication &
coordination issues
2. Lack of customer focus/slow
response to customer
3. Projects may take longer & sub-
optimized
4. More committed to functions than
projects
5. Slow decision making
6. Low priority for genuine projects
119. - Nature of main
assignments:
temporary.
Main
Component
Supporting:
Functions
PM within Project Organization Structures - Example 2
Chief
Executive
VP of
Projects
VP of
Marketing
VP of
Production
VP of
Finance
VP of
Research
Pinto (2007, p.50)
26
121. https://vevox.app/#/m/122566404
2-28
Project Management within Project Structures
Strengths Weaknesses
1. PM sole authority
2. Less resource conflict
3. Loyalty to project
4. Improved communication
5. Effective decision-making
6. Creation of project management
experts
7. Rapid response to
problems/clients
1. Potential for higher costs
2. Chance of loyalty to the project
rather than the firm
3. No pool of specific knowledge
4. Workers unassigned at project
end
5. Low specialist focus
126. Responsibility
Project
Responsibility
Project
Responsibility
30
5. Could you see any
disadvantages within a
Matrix structure?
[email protected] Vahidi 2021-22
https://vevox.app/#/m/122566404
MANG6311 –
Governance
122-566-404
https://vevox.app/#/m/122566404
2-31
Project Management within Matrix Structures
131. Project
Management
Office (PMO)
Project Management Office (PMO)
General Idea
Project Office
Project Process
• Skills
• Knowledge
• Pool of staff
• Resources
• Support
• Documentation
• Checks and control
• Mentoring
• Information about
projects
• Knowledge gained from
this project
• Staff project experience
• Overhead cost
PMO Provides a central facility with the skills and knowledge
of how
to run the project’s processes. Facilitates coordination and
155. exiting team stages and roles, etc.!
- Find out and analyse if and when
you were/become an actual team;
- Analyse ‘yourself’ & others!
- Keep it precise and academic!
- …
NOT good and
academic enough
Some Areas to Improve
but not limited to these
Videos You Need to Watch
How to keep your team motivated
• Keywords: Result of an empirical study; Team
Contract; Effective Collaboration, Social Loafing,
Team Motivation:
• https://www.youtube.com/watch?v=H9LSopkLbpw
•
Cultivating Collaboration: Don't Be So Defensive! | Jim
Tamm | TEDxSantaCruz
• Keywords: Chicken collaboration, defensiveness,
conflict, green/red zone, team behaviour, action
plan