Risk Assesment for the International Space Station

Working to understand the risks a project may endure along with the cost associated is critical in every project management plan. Understanding potential risks based on the project type, resources needed, timeline and budget still leaves gaps that creates uncertainty for actually predicating the outcome of the project. There is not a true way to predict when and where a project risk will occur but designing a plan to properly address and manage those risks will increase confidence while eliminating the element of surprise.

risks and determine the likelihood and consequence of that risk occurring during the project. The

Risk management attempts to recognize and manage potential and unforeseen trouble spots that may occur when the project is implemented (Larson & Gray F, 2003). So, risk management will allow the project manager of “The Renovation of the Terminal B at LaGuardia Airport” identify as many risk event as possible, minimize their impact, manage response to those risks that do materialize, and therefore provide

Another area that BAA also identified as a major source of risk going into the project was the Information Technology (IT) systems that would go into T5. The head of systems for BAA, Nick Gaines stressed that the IT systems represented the largest risk to the entire project ( Illet, 2006).This is further supported by the fact that T5 underwent 6 months of testing prior to it’s opening, most of which was to do with its IT systems integration including the baggage system (BBC, 2007b)

| Major risks that hinder the success of the project are based around the timeline. All micro projects and milestones are consecutive to each other. The largest variable within risk mitigation is the exterior construction. Risks can include but limited to: varance permits, weather, protesting, funds allocation, war, loss of materials, and human hazards and lawsuits/safety

When the manager of project carried out its work plan should take into consideration the possible risks that may occur within the project. The risk is the possibility that occurs a problem within a project and that may cause some change within the same (Heldman, 2011). It should be noted that not all risks are bad since they can be potential opportunities to make some changes that will improve the overall status of the project. In the same way a risk not taken into account in time can create one problem in the project and can completely change the final performance of the project. The project manager can take several elements to identify the risks. Some elements and documents that can be used to identify risks are: search internal risks of the project, such as resources

Technological changes also lead to a source of risk among construction projects. Advancements in new technologies may present problems to designers and constructors, therefore increasing the risks. New facilities or technologies may render the former obsolete and thus affect the nature of the construction.

Risks management is an important step during the process of a project. Failing to manage a risk may result in unforeseen event happening and a project’s failure. For example, with limited budget, an unforeseen event or an accident occurs in the middle of a project and this matter has not been considered and needs a big sum of expense, then the project may be stopped because of this unexpected event. We should know it is necessary to understand how to identify risks and assumptions based on the information. After identifying risks, it is important for project managers to set contingency plans to prevent and deal with these risks when they occur. Of course, several problems may happen during considering

Risk or threat is common and found in various fields of daily life and business. This concept of risk is found in various stages of development and execution of a project. Risks in a project can mean there is a chance that the project will result in total failure, increase of project costs, and an extension in project duration which means a great deal of setbacks for the company. The process of risk management is composed of identifying, assessing, mitigating, and managing the risks of the project. It

In part one of the project I focused on two potential risks, power outage and work stoppage. As a contractor constructing a facility as massive as the Empire State Building, I would need to be aware of many other risks in order to prevent them from becoming events. Anytime an event occurs, it requires resources to be realigned in order to fix the problem and get the project back on track. This results in a slip in the schedule and unnecessary funds being expended. If I am able to appropriately determine potential risks and build an effective Risk Management Plan, I can minimize the

Background- In its most basic sense, risk management identifies, allows assessment, and prioritizes risks that are associated and central to an individual project or organization. Risk management allows the organization to be proactive in preventing or mitigating risks, for improving certain processes within the organization, and with the hope of preventing fiscal exposure. However, in almost every organization there are risks individuals are unique and do not always perform at a high level of safety; mechanical or design failures exist, construction projects have supply or labor issues, there are uncertainties in computer or data modification, of course natural disasters, and even deliberate attacks from competitors, etc. Because this is such a common occurrence, national and even international standards have been developed in conjunction with the insurance and regulatory institutions to at least provide basic guidelines to minimize risks risk (International Organization for Standardization, 2009).

During an engineering project life cycle, the common risk management process (risk identification, risk impact assessment, risk prioritization analysis, risk tracking, and risk mitigation planning implementation) meet the required protocols for early and continuous risk identification. The first step, risk identification, brainstorms potential risks that may develop during the engineering system to include environmental or human hazards. The second step, risk impact assessment, clarifies and details the damage of the risk. The third step, risk prioritization analysis, creates a hierarchy of the risks and determines which risk needs to be addressed first then so on. The follow-on steps have two different paths, one path is risk tracking and the other is risk mitigation

In order to perform project risk management effectively, the organization or the department must know the meaning of the risk clearly. With regards to a project, the management must focus on the potential effects on the objectives of the project, for example, cost and time (Loosemore, Raftery and Reilly, 2006). Risk is a vulnerability that really matters; it can influence the objectives of the project

Risk allocation is performed as part of the development of the project structure, which takes into account the distribution of responsibilities and risks during the planning, construction, financing and operating phases (Corner, 2006). The aim is to identify an efficient and effective structure that optimises the costs of the project and ensures that the risk occurrences do not damage the project (Delmon, 2009). According to Grimsey and Lewis (2007) risk allocation has two elements: optimal risk management and value for money. The first implies that the

This assignment is included in the 2014 session of the Risk Management module of the MSc in Project Management course at University of Aberdeen. The main purpose of the assignment is to demonstrate my understanding of the issues involved in Risk Management and how they are applied in my current Project environment. The assignment is split in to two questions as detailed below.