Construction Safety : Management And Problems Essay

If there is 'high risk' construction works, obtaining safe work method statements for all such work. High risk work includes, but is not limited to, working at heights where the fall is greater than 2 metres, demolition,

It is important that every sub-contractor gets a safety induction before working on a project. It is important that the worker gets experience so they know what they are doing and not to get hurt or injured. The worker will receive information, instructions and training about the safety induction. It is beneficial to consider, with the contractor, what instructions and trainings contractors will need

To appoint a recognised and competent contractor. Western Health and Social Care Trust have appointed McLaughlin and Harvey. Western Health and Social Care Trust need to appoint a recognised contractors because if they appoint someone who is not a recognised contractor and something goes wrong with either the building or someone getting hurt then it would be the client getting the blame.

There is so much money involved in carpentry and it’s just waiting to be claimed. This is why I plan to further my knowledge of carpentry maybe even master this magnificent skill. In 2012 there were about 901,200 carpenters employed and most of them work in the construction industry. Even though this is an excellent trade and career there are still some discomforts that come with this job, it may also be dangerous at times. We lift heavy materials and spend a lot of time on our feet or kneeling. Carpenters are also frequently in cramped spaces and often have to stand on ladders. It's not a surprise, then, that those who work in this occupation have a high rate of injuries that include falls, cuts and strained muscles. Construction zones are a dangerous space where many different sources of potential injury loom. Some of the jobsite dangers that pose a threat to a carpenter’s safety include: Power tool malfunctions, Collapsing beams and/or roofing Low hanging or exposed electrical wires. There are ups and downs to being a carpenter but at the end of the day it is still the trade I wish to

Falls from elevated heights are the leading deaths in the construction industry. They constitute 40% of all fatalities in the construction industry. Statistics have shown that every year the number of fatalities from falls to lower level is increasing instead of decreasing, despite all of the equipment and training is out there for employers. It is a very serious issue, not just in the construction industry but in all of the work force. OSHA has strict work practice for employers to protect their employees from unsafe conditions. OSHA has a National Safety Stand Down every year that focuses on fall protection. They have been successful in the past and continue to progress to reach their goal of 5 million workers, which would be over half of the construction workforce.

This paper analyses one of many hazards existing in Rusaifah Bridge and Intersection Construction Project. The intentions of this paper are to analyze and assist the risk of the hazard using different Risk Assessment Matrices. The paper demonstrates different scenarios of human and environmental factors that could contribute to the risk of the hazard. Construction accidents can be eliminated by recognizing the root causes of accidents, which could be achieved by implementing accident investigation techniques such as Human Factor Theory. The theory provides explanations why accidents happen. This paper provides a reasonable measure to reduce the risk of this hazard to a minimum level.

In the article “ As New York’s Construction Industry Booms, Workers’ Lives Are Being Put on the Line” which points out the risky occupation of the construction due to the employer provide the defective facilities to workers. Employers are concentrated on earning the money and irresponsible to the workers compensation-occupational safety and health.

Construction involves being really high off the ground, foundation trench collapses and equipment malfunctions. From building little house to building towers and skyscrapers takes hard work form hundreds of construction workers. Construction workers make sure everything will turn out perfect and try to avoid any complications by following the building plans. In the year 2016 a little more than 5,190 workers were killed on the job of construction. A estimate of ninety nine on average a week and more than fourteen deaths a day occurred on the job. The Occupational Safety and Health Administration also known as “OSHA” is a small Federal agency, that is responsible for the health and safety of employees lifes. For over four decades OSHA has come together with many organization to find different ways to have a more safe environment for workers, not only in construction but other careers that are just as dangerous. Construction involves so many tiny things that cause injury to many workers. Especially when dealing with electricity. Electricity in in the top eight percent for deaths in the United States. The highest percentage in construction is falls with thirty eight percent give or take. When individuals choose the career of construction they need to be aware of the risk that they will be experiencing; From falling objects,

Insurance is required for all risk at construction work. There are a few types of insurance in construction.

According to a poll taken by Time Magazine (2016), construction workers have the twelfth uppermost dangerous jobs in America. (Johnson, 2016). Construction workers come to their job, with the assumption that they are safe and can perform their job with ease. They do not anticipate getting hurt on the job, but often are subject to injuries or even fatalities. The Occupational Safety and Health act states that employees have the right to a safe work environment, and must ensure that safety measures are provided for these employees. (OSHA.gov, 2016).

Installation of roof trusses/rafters, exterior wall erection, roof sheathing, floor sheathing and joist/truss activities will be conducted by employees who are specifically trained to do this type of work and are trained to recognize the fall hazards. The nature of such work normally exposes the employee to the fall hazard for a short period of time. This Plan details how HERITAGE Construction Company will minimize these hazards.

There are four main ways that working in construction can take a life. The major way is falling. 349 out of 874 deaths in construction were related to falling in the year 2014. That’s 2.5 times amount

In another sense, Statz advises as organizational risk’s estimation like the quality of the project team members, a timetable, and a clearly defined scope. This means, I should avoid inexperienced workers since layoffs during the country (Ivory Coast) civil war have resulted in an increase number of unqualified workers in specialized areas of construction. In this environment, I should have stretched their hiring principles to fill out my project roster. In so doing, I would lour the danger of losses from on-site injuries. In this sense, my real concern would be the implementation of construction safety. However when a problem occurs, the appropriate response would be the mitigation technique. This means to trim down the risk by intriguing levelheaded actions. With the mitigation response, I would search to lessen the impact, and probability in recruiting skilled workers.

Construction projects are always unique and risks raise from a number of the different sources. Construction projects are inherently complex and dynamic, and involving multiple feedback processes. A lot of participants – individuals and organizations are actively involved in the construction project, and they interests may be positively or negatively affected as a result of the project execution or project completion. Different participants with different experience and skills usually have different expectations and interests. This naturally creates problems and confusion for even the most experienced project managers and contractors.

Safe design is the process of identifying, assessing, and eliminating hazards or potential risks that may occur in the workplace during construction or the life cycle of a designed product (Breslin, 2007). Designers have not traditionally addressed safety in their design and are often unaware of how their design impacts safety, yet research has shown that in construction project management, many safety risks may be eliminated or mitigated and opportunities seized at the design stage if proper analysis and assessment is carried out (Zou et al, 2008). Countries around the world have realized this to be true and numerous countries have passed regulation placing some of the safety burden on designers. This paper reviews the literature on the design and implementation of safe design techniques and programs in the construction industry.