Security Automation in oil and gas company Assignment

Security Automation in oil and gas company - Assignment Example In 2002 the National Research Council also emphasized the importance of research for systems that can guarantee security in the oil and gas industry (National Research Council 2002). This study would focus on the Security Automation systems used in the oil and gas industry, as these systems have been found to have a critical role in increasing security in the industry’s firms. I have been motivated to do research on this topic mostly because of the following reason: the security problems reported in oil and gas companies are many; the firms producing SA systems have tried to develop products that are effective in controlling the industry’s security risks. However, so far, the limitation of these risks has not been secured. I believe that this study could help the industry’s firms to locate effective security tools. Also, the study could help me to increase my knowledge on the needs and challenges of the firms operating in the oil and gas industry. My studies, so far, are related to computing; my involvement in a research project related to the practical use of computing systems would help me to become more competent in managing these systems in different operational environments. The topic of this study focus on a ‘researchable problem’ and not to a ‘personal problem’ as this view is based on the following facts: a) the security threats for the firms of oil and gas industry are many, b) most of these threats cannot be appropriately controlled due to the failures reported in the security systems used in the industry’s firms and c) the importance of this problem has been highlighted by organizations, as explained in the first section of this proposal, but also by academic researchers. In other words, the potential involvement of SA systems in the oil and gas industry is an issue related to the daily operations of all the industry’s firms; it is not an issue that affects an individual at personal level. The ‘Scientific method’ of research is

MHE503 Survey of Emergency and Disaster Mgt Module 2 SLP Essay

MHE503 Survey of Emergency and Disaster Mgt Module 2 SLP - Essay Example 1. STORM: 36095.9 Number of Deaths 2. FLOOD: 3068.3 Number of Deaths 3. MASS MOVEMENT WET: 2710.4 Number of Deaths 4. EPIDEMIC: 571.1 Number of Deaths Columns 4: Rank the disasters in terms of average number affected per disaster during the past 30 years. Use a scale between 1 and 4, with '1' referring to the highest number affected per disaster and '4' referring to the lowest number affected per disaster. 1. STORM: 95717646 Total Affected 2. FLOOD: 14312765 Total Affected 3. MASS MOVEMENT WET: 333895 Total Affected 4. EPIDEMIC: 17803.1 Total affected Columns 5: Rank the disasters in terms of average cost per disaster during the past 30 years. Use a scale between 1 and 4, with '1' referring to the highest cost per disaster and '4' referring to the lowest cost per disaster. AVERAGE COST RANKING 1. STORM: $5502262.3 2. FLOOD: $1256048.9 3. MASS MOVEMENT WET: $34712.2 4. EPIDEMIC: $0 Columns 6: Rank the disasters in terms of expected warning time as follows: 1) no warning, 2) 1-24 hours warning, 3) >24 hours warning. Mass Movement Wet: [possible no warning] Flood: [1-24 hours warning] Epidemic: [1-24 hours warning] Storm: [warning] Columns 7: As a disaster manager for this country, how would you rank these disasters in terms of priority Using the information in the table, rank the disasters in terms of priority, with '1' being the highest priority. Provide a brief justification for your priority rating. 1. STORM 2. FLOOD 3. MASS MOVEMENT WET 4. EPIDEMIC Reasoning: Storm is noted as the most common disaster in the Philippines. Putting it in a high risk note could be hoped to eliminate the possible dangers that flood and mass movement wet... Columns 4: Rank the disasters in terms of average number affected per disaster during the past 30 years. Use a scale between 1 and 4, with '1' referring to the highest number affected per disaster and '4' referring to the lowest number affected per disaster. Columns 5: Rank the disasters in terms of average cost per disaster during the past 30 years. Use a scale between 1 and 4, with '1' referring to the highest cost per disaster and '4' referring to the lowest cost per disaster. Columns 7: As a disaster manager for this country, how would you rank these disasters in terms of priority Using the information in the table, rank the disasters in terms of priority, with '1' being the highest priority. Provide a brief justification for your priority rating. Reasoning: Storm is noted as the most common disaster in the Philippines. Putting it in a high risk note could be hoped to eliminate the possible dangers that flood and mass movement wet could cause the country. Apparently, as reports note it, storm is the basic source of the other particular disastrous events which could or could not include epidemic in the list. 2. Select a high priority disaster for the remainder of your session-long project. Describe the sectors within your country that would be most vulnerable to your selected disaster. Explain why these sectors would be most vulnerable. Storms are likely to occur within the boundaries of the country that faces the ocean where the wind hits