week 2 risk anlysis Flashcards
risk management process
A) Risk identification
B) Risk analysis and evaluation
C) Risk response
high risk = high reward
As a recurring process during the property development cycle
identify the risk
assess the likelihood of the risk occurring
control - what can be done to reduce the impact of the risk
monitor - has the situation changed are there new risks emerging
risk management stratergies
avoid
transfer
reduce
retain
transfer = insurance against a particular risk e.g. Crain falling
Avoid risk: Answer: forward material price contracts (buy materials now)
Issue: concerned with the time value of money or price of materials rising. Will the material price rise?
Transfer (share or mitigate) risk by: insurance, having a partner
Mitigate: Change to cheaper resources
Accept fate: “it was a risk I was prepared to take”
see slides
most significant development risk factors are
- Environmental Risk (Biggest risk – what does the site offer? Can you get your ideal site, can you undertake your intended project on the particular site?)
- Time delay Risk (cash flow modeling methods – assignment 2)
- Land cost Risk (residual analysis – Assignment 1)
what are the 5 chronological stages of risk – Past Exam Question.
34 property development risk factors were identified throughout the chronological stages in the property development process; namely:
- pre-construction stage: 10 risk factors
- contract negotiation stage: 4 risk factors
- formal commitment stage: 3 risk factors
- construction stage: 8 risk factors
- post-construction (completion) stage: 9 risk factors
explain pre construction risks (high to low)
environmental: heritage, ecology, contamination
approvals: zoning, compliance, conditions, developer contributions
Political: lack of support from local community, council, government
Experience with type of development, ability to manage development
Market: research, location, portfolio, diversification
Title: land title problems and encumbrances
Consultants: Design quality, reliability of consultant’s report
Physical: Difficult land form and existing improvements
Feasibility: assumptions, financial performance benchmarks, risk analysis
infrastructure: availability of services, water, traffic, social infrastructure
contract negotiation property development risks (high to low)
lan costs (allowing for reasonable profit)
acquisition terms (fair, provide flexibility)
Building contract terms (allow control of costs)
Financial terms (not onerous)
formal commitment property development risks
scope and adequacy of insurance coverage
all legal documentation executed
binding pre-commitmements to lease and or purchase
post construction property development risks
timing of development (cycle risk)
changes in market value and cap rates
unfavourable changes in demand and supply
leases and sales pre commitments fail to complete
project commerce materially alters
Towards better modeling and assessment of construction risk: insights from reading 2:
o ‘Although the ‘Probability–Impact’ risk model is prevailing, substantial efforts are being put to improving it reflecting the increasing complexity of construction projects.’
o Risk can be managed, minimized, shared, transferred or accepted.
o Traditionally the focus has been on quantitative risk assessment (Tah and Carr, 2001) despite the difficulties encountered in obtaining objective probabilities, and frequencies, in the construction industry. This difficulty stems from the fact that construction projects are very often one-off enterprises (Flanagan and Norman, 1993)
o In fact, risk in many cases is subjectively dealt with through adding an approximate contingency sum (Kangari and Riggs, 1989). Therefore, individual knowledge, experience, intuitive judgement and rules of thumb should be structured to facilitate risk assessment (Dikmen et al., 2007b
explain property cycles
o A developer who understands the nature of the property cycle is able to plan a project ensuring (as much as is possible) that it is completed and released into the market at the best possible time, further reducing the risk and maximising the return on the development.
o A smart developer will also carry out his own research to establish the impacts of the cycle on their business and adjust their development strategy accordingly.
o Understanding property cycles will assist a developer to minimise their exposure to risk and maximise the likelihood of success.
existence of property cycles
o At a starting point, property cycles can be defined as: ‘Processes which repeat themselves in regular fashion’.
o Predicting the timing and magnitude of these rises and falls in the marketplace has never been achieved to absolute perfection in any property market throughout the world.
The perfectly symmetrical example of a cycle in Figure 5.1 is unrealistic
o Property market characteristics which contribute to property cycle behaviour include:
o Limited availability of reliable property data.
o A time lag between the purchaser–seller transaction occurring and the release of this information into the public domain.
o The unique nature of each parcel of land and also each building.
o Property and real estate is a large ‘lumpy’ asset.
o The highest and best use of land is constantly changing.
o Land is physically only in one location and can’t be moved.
o Most investment in property is by individuals who infrequently trade.
type of property cycles
o Each property developer needs to conduct their own research into each individual market to identify the length and amplitude of the cycles in their prevailing market area (Figure 5.2). A generic property cycle does not exist.
(a) Short-Term Cycles
o Commonly accredited to Clement Juglar (1819–1905), these short-term cycles refer to a period of between 7 to 11 years and were based on historical financial information. Also known as the fixed investment cycle. E.g. short term supply and demand influences of prices
(b) Medium-Term Cycles
o (Ref: Kuznet): the medium-term cycle is typically over a period of 15 to 25 years. E.g. number of international students near monash, expected public transport and public facilities to be created
(c) Long-Term Cycles
o With a complete cycle stretching over a period of approximately 45 to 60 years, this theory was based on a number of ‘long waves’ where there was a series of oscillations with an initial over-investment in capital. E.g. number of children per family
(d) Extremely Long-Term Cycles
o This cycle is based on international relations and refers to four generations over a period of 100–120 years (Modelski 1987). Significant events include the timing of global wars and variations in the balance of global power. E.g. large scale migration
explain short term cycles
a) Short-Term Cycles
o Commonly accredited to Clement Juglar (1819–1905), these short-term cycles refer to a period of between 7 to 11 years and were based on historical financial information. Also known as the fixed investment cycle. E.g. short term supply and demand influences of prices
explain medium term cycles
Medium-Term Cycles
o (Ref: Kuznet): the medium-term cycle is typically over a period of 15 to 25 years. E.g. number of international students near monash, expected public transport and public facilities to be created