1 Rowlands & Medeleev (R&M), a major listed European civil engineering company, was successful in its bid to become
principal (lead) contractor to build the Giant Dam Project in an East Asian country. The board of R&M prided itself in
observing the highest standards of corporate governance. R&M’s client, the government of the East Asian country, had
taken into account several factors in appointing the principal contractor including each bidder’s track record in large
civil engineering projects, the value of the bid and a statement, required from each bidder, on how it would deal with
the ‘sensitive issues’ and publicity that might arise as a result of the project.
The Giant Dam Project was seen as vital to the East Asian country’s economic development as it would provide a
large amount of hydroelectric power. This was seen as a ‘clean energy’ driver of future economic growth. The
government was keen to point out that because hydroelectric power did not involve the burning of fossil fuels, the
power would be environmentally clean and would contribute to the East Asian country’s ability to meet its
internationally agreed carbon emission targets. This, in turn, would contribute to the reduction of greenhouse gases
in the environment. Critics, such as the environmental pressure group ‘Stop-the-dam’, however, argued that the
project was far too large and the cost to the local environment would be unacceptable. Stop-the-dam was highly
organised and, according to press reports in Europe, was capable of disrupting progress on the dam by measures such
as creating ‘human barriers’ to the site and hiding people in tunnels who would have to be physically removed before
proceeding. A spokesman for Stop-the-dam said it would definitely be attempting to resist the Giant Dam Project when
construction started.
The project was intended to dam one of the region’s largest rivers, thus creating a massive lake behind it. The lake
would, the critics claimed, not only displace an estimated 100,000 people from their homes, but would also flood
productive farmland and destroy several rare plant and animal habitats. A number of important archaeological sites
would also be lost. The largest community to be relocated was the indigenous First Nation people who had lived on
and farmed the land for an estimated thousand years. A spokesman for the First Nation community said that the ‘true
price’ of hydroelectric power was ‘misery and cruelty’. A press report said that whilst the First Nation would be unlikely
to disrupt the building of the dam, it was highly likely that they would protest and also attempt to mobilise opinion in
other parts of the world against the Giant Dam Project.
The board of R&M was fully aware of the controversy when it submitted its tender to build the dam. The finance
director, Sally Grignard, had insisted on putting an amount into the tender for the management of ‘local risks’. Sally
was also responsible for the financing of the project for R&M. Although the client was expected to release money in
several ‘interim payments’ as the various parts of the project were completed to strict time deadlines, she anticipated
a number of working capital challenges for R&M, especially near the beginning where a number of early stage costs
would need to be incurred. There would, she explained, also be financing issues in managing the cash flows to R&M’s
many subcontractors. Although the major banks financed the client through a lending syndicate, R&M’s usual bank
said it was wary of lending directly to R&M for the Giant Dam Project because of the potential negative publicity that
might result. Another bank said it would provide R&M with its early stage working capital needs on the understanding
that its involvement in financing R&M to undertake the Giant Dam Project was not disclosed. A press statement from
Stop-the-dam said that it would do all it could to discover R&M’s financial lenders and publicly expose them. Sally
told the R&M board that some debt financing would be essential until the first interim payments from the client
became available.
When it was announced that R&M had won the contract to build the Giant Dam Project, some of its institutional
shareholders contacted Richard Markovnikoff, the chairman. They wanted reassurance that the company had fully
taken the environmental issues and other risks into account. One fund manager asked if Mr Markovnikoff could
explain the sustainability implications of the project to assess whether R&M shares were still suitable for his
environmentally sensitive clients. Mr Markovnikoff said, through the company’s investor relations department, that he
intended to give a statement at the next annual general meeting (AGM) that he hoped would address these
environmental concerns. He would also, he said, make a statement on the importance of confidentiality in the
financing of the early stage working capital needs.
(a) Any large project such as the Giant Dam Project has a number of stakeholders.
Required:
(i) Define the terms ‘stakeholder’ and ‘stakeholder claim’, and identify from the case FOUR of R&M’s
external stakeholders as it carries out the Giant Dam Project; (6 marks)
第1题:
(b) Describe a framework to assess the risks to the progress of the Giant Dam Project. Your answer should
include a diagram to represent the framework. (6 marks)
(b) Framework for assessing risk
Risk is assessed by considering each identified risk in terms of two variables:
– its hazard (or consequences or impact) and,
– its probability of happening (or being realised or ‘crystallising’).
The most material risks are those identified as having high impact/hazard and the highest probability of happening. Risks
with low hazard and low probability will have low priority whilst between these two extremes are situations where judgement
is required on how to manage the risk.
In practice, it is difficult to measure both variables with any degree of certainty and so if is often sufficient to consider each
in terms of relative crude metrics such as ‘high/medium/low’ or even ‘high/low’. The framework can be represented as a ‘map’
of two intersecting continuums with each variable being plotted along a continuum.

第2题:
(ii) An evaluation of the environmental and sustainability implications of the Giant Dam Project; (8 marks)
第3题:
渐退抗阻训练第3组的重量为
A、30%的10RM重量
B、40%的10RM重量
C、50%的10RM重量
D、60%的10RM重量
E、70%的10RM重量
第4题:
此题为判断题(对,错)。
第5题:
Software quality assurance is now an (1) sub-discipline of software engineering. As Buckly and Oston point out, (2) software quality assurance is likely to lead to an ultimate (3) of software costs. However, the major hurdle in the path of software management in this area is the lack of (4) software standards. The development of accepted and generally applicable standards should be one of the principal goals of (5) in software engineering.
A.emerging
B.emergent
C.engaging
D.evolve
第6题:
1RM
第7题:
适合长跑运动员力量训练的最佳负荷是()。
第8题:
进行1RM测试容易导致损伤,因此大学生需要经过()周训练后,方能参加1RM测试。
第9题:
()系列均为快速熔断电。
第10题:
Fm=φ/Rm
φ=Fm/Rm
φ=Rm/Fm
Fm=1/(Rm·φ)
第11题:
R=M·RM+(1-M)RE
R=M·RE+(1-M)RM
R=M·RM+M·RE
R=(1-M)RM+(1-M)RE
第12题:
space
distance
visibility
access
第13题:
(c) Using information from the case, assess THREE risks to the Giant Dam Project. (9 marks)
第14题:
(e) Internal controls are very important in a complex civil engineering project such as the Giant Dam Project.
Required:
Describe the difficulties of maintaining sound internal controls in the Giant Dam Project created by working
through sub-contractors. (4 marks)
第15题:
In some countries of Asia or the Middle East, like Iran, students take an exit exam in their last year of high school. The people with the highest scores attend the best universities in the country.()
第16题:
A、RL=Rm+R0
B、RL=Rm-R0
C、RL≤Rm+R0
D、RL≤Rm-R0
E、RL>Rm+R0
第17题:
第18题:
地铁列车的运行模式由高到低是()。
第19题:
在肌肉力量评定中,正确的计算公式为()
第20题:
下列何者组合最为适当()
第21题:
第22题:
第23题: