+44 203 318 3300 +61 2 9052 0853 [email protected]

Health and safety in engineering Assignment Sample

Estimated Price

Price awaiting...
6163 words • Delivered within 7 days

Delivered on-time or your money back

Pages: 25

Words: 6163

Health and safety in engineering Assignment

Task 1 - PowerPoint:

Slide 1: Accident and emergency procedures and work roles and responsibilities

Slide 2: Introduction

Get free samples written by our Top-Notch subject experts for taking assignment help UK services.

  • Health and safety is an essential part of the workers in the engineering company.
  • The Health and Safety officer is responsible for inspecting that all the safety equipment policies, as well as the procedures to solve the danger, are of modern technology or not.
  • The building of different methods which will provide the health and safety messages to the people working in engineering industries

SN: In this research, the health and safety of the employees in the engineering industry is an essential part as in these types of industries, there is always a risk of spreading fire. Therefore, the Health and Safety Officer is essentially responsible for checking that all the safety processes and the safety equipment are up to the mark or not. The Officers also provide messages to the employees that what to do in a time of risk.

Slide 3: Role of First Aider and Fire Warden

  • To give first aid to the injured people.
  • Handle the situation in a quiet and calm manner
  • Protect both that is themselves as well as the people from danger
  • To prohibit the spread of infections between everyone.
  • To manage the danger and remove the people from danger to any safe place.

SN: In this case, the role of the health and safety officer has to be the work of the First aider and fire warden that they are working well on safety or not. Therefore, the duties in the time of danger are to manage the risk and which is to make the employees move from the danger areas to the safest place and to make paths which will safely make the people exit from the danger (Veenema et al.  2019).

Slide 4: The use of fire extinguishers

  • It acts like the blanket on the fire, which blocks the presence of oxygen which puts off the fire from spreading.
  • It is also used to protect from the fire of the chemicals.
  • It reduces the oxygen level in such a process that the fire stops.

SN: In this modern time, it is observed that different industries of science are rapidly growing in which different types of machinery, as well as chemicals, are used. In this industry, there are different risks of breaking out fire from the types of machinery and chemicals processing. Therefore, different fire extinguishers are used, which prohibits the spreading of fire (Nikola, 2021). The materials coming out from the fire extinguisher acts as the blankets of fire and reduces the level of oxygen in the engineering industries.

Slide 5: How to raise fire alarm

  • To make the people in the engineering industries recognize that there is danger.
  • It is used by making the buzzers type warning sounds which are created in the whole building, which makes the people alert about the danger.
  • Automatic fire alarm systems are used, which contains a sensor that is if any fire breaks out, then the alarm will automatically start working.

SN: In this case, different modern technological alarm systems are used and inspected by the Health and Safety Officer. This modern system of alarms has different sensors which can judge the rise of fire and alert the worker to evacuate the building as there is any danger. This alerts the workers that there is any break of fire or danger.

Slide 6: how should fire alarms sound

  • It should be sound in such a way which can make the workers understand that it is the sound of danger.
  • The sound should be very loud, which can be heard from a far distance.
  • The fire alarm should sound on the floor of every building loudly.

SN: In this case, the sound of the fire alarm should be louder and can be heard from a wider distance which can alert the workers quickly. As it alerts the workers, the workers should evacuate the place as soon as possible and move to a safe place.

Slide 7: The evacuation procedure

  • If the alarm starts ringing, then all the employees should stop their work and evacuate the danger place.
  • Gather the safety equipment and fire prevention instruments on the way in a safe direction
  • Act according to the emergency control personnel and go in the direction directed by the safety department
  • Avoid using lifts instead of use stairs cases in the process of evacuation.

SN: the evacuation process should maintain different exit plans for the workers from danger. These are the processes which will provide the workers in the time of existence from the danger to the safe side. These techniques are developed by the health and safety officer (Swift et al.  2017).

Slide 8: Escape routes and muster points

  • In this case, people should think about the risks and what will be the best exit point.
  • In large engineering companies, there should be large exit points from where the employees should exit at the time of the fire.
  • As there are no regulatory standards on the acceptable distance, therefore, imperative should be taken to evaluate the danger area.

SN: In the engineering and chemical industries, there is a high risk of fire and dangers. Therefore, the Health and Safety Officer should look after the safety exit. In this case, due to the greater mass of the workers, the safety paths should be covered in such a way that the workers can easily exit the forum (Gofuku, 2018).

Slide 9: Location and provision of First Aid

  • In the time of fire injury, suitable lit for first aid should be used.
  • There should separate person to look after the first aid part.
  • Provide basic information to the workers in the time of using first aid

SN: First aid is the essential thing needed in the time of injury to prevent the spread of infection. In engineering companies, the first aid should be present in bulk as these companies have a higher risk of danger (Veenema et al.  2019). The location of the first aids should be in such a place that the workers can easily find.

Slide 10: Routines for reporting the fire

  • The first work is to pull the fire alarm to make others alert about the fire.
  • Secondly, make calls to the nearest police station as well as fire stations.
  • Run to the nearest staircase to exit the danger and avoid the lifts

SN: In the time of occurrence, a fire alarm should be pulled which will alert the people then make calls to the nearest fire stations and lastly find the suitable fire exit which will make the employees out of danger and the most important thing is to avoid lifts (Wang et al.  2020).

Slide 11: Reference list

Slide 12: Thank you

Task 1 - Poster:

Health & Safety at Work Act and related legislation

In every workplace, there are different health and Safety acts which are related to the legislation. This is the major piece of legislation to govern health and safety in the workplace. There are also essential parts of the regulation that are being integrated with the process of managing the health and safety of people in the workplace. This act states that the general duties of all the working people in the industry should maintain their health and safety in the workplace (Sui et al.  2018). Further legislation in the business sector that operates in the high-risk department such as the engineering as well as in chemical industries should essentially take care of the health and safety of the workers as in those industries there is a higher risk of danger.

Personal Protective Equipment at Work Regulations

Personal Protective Equipment (PPE) is the primary thing needed in the work regulation. These include several items like safety helmets, gloves, high-visibility clothing, safety harness, eye protection, safety footwear and many more that are used to keep the employees safe in the workplace. It also includes different types of respiratory protective equipment, which are mainly used in the chemical industries to protect the respiratory system of our body. These equipment are used by the workers to protect themselves from danger which includes breathing in the gases present in the air, protects the head as well as feet from falling materials, protecting the eyes from liquid splashes, protecting the body from excessive heat, as well as cold (Jamshidi et al.  2019).

Manual Handling Operations Regulations

The handling of regulation and operating it manually is the most important part of the workplace, which is maintained by the Officer Health and Safety. These measures are the most required part of the engineering industry, which are as follows:

  • In this case, the officer has to follow different guidelines that are contained along with the regulations.
  • Should ensure that the risk management processes are updated with modern technology and can be used in manual form (Kim et al. 2019).
  • The workers should be aware and trained about the equipment of health and safety is provided to the workers or not.

Use of Work Equipment Regulations

In this case, different equipment is used in the workplace by the workers to stay safe and healthy. Therefore, the uses of types of equipment are as follows:

  • The equipment should be suitable for its use.
  • The maintenance should be done of the equipment in a safe condition as well as inspect in ensuring that it is correctly installed.
  • The equipment should only be used by the workers who know how to use it and who have got the training of using it (Bejinariu et al. 2017).
  • These are also used only in the time when it is required.
  • It should also be accomplished with suitable measures for the health and safety of the workers. These include different protective devices and the process of control that is guarding, different marking and warning devices which are clearly visible, emergency stop equipment and many more.

Display Screen at Work Regulations

In this case, the health and safety equipment regulation has brought a process which is Display Screen Equipment (DSE) that is the computer screens. This process contains different provisions, which are:

  • In this case, the workers should carry various risk assessments of the workstation, which are used by different employees in the process of reducing the unidentified risks.
  • The officers should ensure that the workers take breaks regularly and after looking at the screen for a long period of time.
  • The employees working on computers should be tested on their eyes once a year. This is done to avoid future legislation, which the officer should make the workers aware of the rights (Stewart, 2020).

Control of Substances Hazardous to Health (COSHH)

This is the process of law which is required by the officer of health and safety in order to control subsequences which are hazardous to the health. The officer of health and safety can reduce or prevent the workers from exposing to hazardous by:

  • Recognize the actual health hazards.
  • Building the process which can prevent harm to the health of workers.
  • Check if the equipment of safety is in good working condition or not.
  • In order to make sure that the equipment is used.
  • In order to provide the essential training to the employees which they can use in the time of emergency.
  • In order to provide essential exit plans in the time of emergencies like a fire or poisonous gas leakages.

Reporting of Injuries Diseases and Dangerous Occurrences Regulations (RIDDOR)

RIDDOR is the most significant thing in the workplace. This is the law which states that workers of any workplace, whether the manager of an employee, should keep the records of various things, which are as follows:

  • There should be a classification of primary injuries where the workers are being replaced with a low list of the injury specified.
  • The schedule of detailing the different existing industrial diseases is being replaced (Boyd, 2018).
  • The accidents that cause death to the workers in the working time.
  • The accidents which cause drastic injuries should be recorded if it is work-related

Task 2: Report:

Preparing for and carrying out an engineering activity:

Introduction

PPE mainly stands for "Personal Protective Equipment". They are used by many front line workers in each industry where there is a high chance or risk of getting injured. PPE basically refers to the line of clothing or any kind of materials of equipment an individual can wear in order to protect themselves against hazardous conditions. The main aim of using PPE is to prepare an individual for any safety and health risks. The PPE ensures an extra layer of protection to the frontline workers in the event of any accidents.

Background

In terms of heavy engineering work, there are high chances of getting injuries from the workplaces. So in order to protect from harmful injuries, an individual needs to use some protective gear and follow some rules and protocols in the workplaces. Usage of protection gears makes the workplace more safe and secure. Previously, the front line workers didn't use protective gears, and even their sense of clothing has led to many accidents in the workplace. In severe cases, the worker has even lost their lives. This creates a very bad workplace culture, and the company has to face many losses. But in modern times, with technological advancements, many protective gears are being available in the market for the workers as well as the employees. Various gear for receptive parts of the human body like eyes; arms and legs are being discovered. Even certain organizations have formed new rules and regulations and dressing codes which an individual needs to follow so that the probability; the city of accidents can be decreased (Simola and Rajamaki, 2017).

Discussion

As discussed before, there are many protective gears available in the market for each body part. Some of the headgears and protective hardware are discussed as follows:

Eyes-

A suitable form of eye protectors needs to be used in order to protect the eyes from severe injuries. Especially in the cases of molten metal, chemicals that are in liquid form, acidic liquids, chemicals vapors and gases and even in cases of flying particles, appropriate eye protection should be used. The eye headgears should maintain a certain level of requirements to offer protection like the equipment should be disinfected, durable in nature, in good condition and should have visible pepper eyesight.

Head-

In the case of head protection, the safety equipment that is being used helps the individual to stand against penetration and helps to absorb the shock of a particular blow. There are some instances when the headgear allows protection\ion against shock waves. There are two types of headgears that are available for head protection. Type 1 is that kind of helmet which comes with a full brim. Type 2 helmets are those which come with a little extending in the forward. These are called brimless helmets. In industrial scenarios, there are three types of classes of helmets. Helmet A provides general types of services and provides protection against voltage. Class B is of utility services and provides high voltage protection, and lastly, class C is a special kind of helmet which allows no voltage protection (Velasquez et al. 2018).

Hands and Arms-

While working in a serious condition, small burns, electrical shocks, cuts, and chemicals affection are some of the basic injuries that an individual can get on their hands and arms. In order to protect themselves from these kinds of injuries, gloves, long sleeves, hand pads, and different types of wristlets can be used for protection. The main component used in these protection gears is rubber. Rubber is the best material that can be used in gloves and also in sleeves for protection against small injuries and shock waves. Other Materials like latex, neoprene and butyl rubber can also be used in clothing materials. An individual should use these types of clothing in hand and arms for better protection.

Legs and Feet-

In order to protect the legs and feet, an individual should use sturdy heavy shoes and foot guards. Even leggings are also recommended for safety purposes against molten metal and other forms of chemical injuries. Many individuals get injuries to their legs because they don't use sturdy shoes while working in hazard conditions. So o sturdy shoes should be worn by individuals for protecting their legs against falling or rolling objects as well as sharp objects. Foot guards are essential and mandatory for protection against wet slippery floors, chemicals, hot surfaces and even in cases of molten materials. So an individual should wear appropriate foot guards and sturdy shoes to workplaces.

Lungs-

In order to protect the lungs or the respiratory part of the individuals, there are some PPE kits that can be used. There are respirators which can be used in workplaces. There are two types of respirators - air-purifying respirators and atmosphere supply respirators. The air purifying machines help an individual by the usage of files, canisters and cartridges, which block contaminants from the air that an individual is breathing (Lavanya et al.  2019). On the other hand, atmosphere supplying based respirators help in supplying a clean form of air in a hazardous environment. These types of respirators can be used to protect the lungs or the respiratory organs of an individual.

There are many instances in which different types of protection and rules as well as regulations that need to be followed. In each instance, the individual needs to follow certain guidelines, which are as follows:

Handling Steel plates and Bars

In case of dealing with sheet plates and bars, the individual should wear heavy-duty gloves. Also, a respirator needs to be used by the individual because there is a high chance of inhaling dust from sheet metal. Safety glasses need to be used by the individuals, and washing hands with soaps in regular intervals need to be done (Kyriakopoulos, 2021).

Preparing and marking out steel plates:

Drilling holes with a pillar drill

There are certain rules and protocols that need to be followed by an individual for safely working with drills which are as follows:

  • One person should use the machine at one time.
  • Long hair should be avoided at any cost.
  • Safety glasses should be used.
  • The proper form of clothing needs to be worn by the working professional. Aprons are appropriate in such scenarios (Darabont et al. 2017).
  • Loose clothing, as well as rolled back sleeves, needs to be avoided.
  • The individual needs to use chuck securely.
  • The crowded workplace needs to be avoided.
  • Lastly, the chuck key needs to be removed.

Milling a smooth face on a square bar

In the case of mining, there are some practical's that need to be followed, which are as follows:

  • Safety glasses by CSA certified needs to be used.
  • Cross-check of the mounting needs to be done.
  • Appropriate clothing should be maintained like long sleeves, and loose clothing should be avoided.
  • After the work is done, a vacuum should be used to remove the dust particles.
  • Overcrowding at the workstation needs to be avoided.

Knurling a grip on to a round bar:

Knurling tool is mainly used for cutting objects. So there are some protocols that need to be followed while handling a knurling tool which is as follows:

  • Proper gloves should be used while cutting objects.
  • Safety glasses are required, so the eyes don't get damaged from the throwing particles (Morasis et al. 2019).
  • And an apron should be used for protection against clothes getting stuck in the machine.

Recommendation

Usage of appropriate PPE is of great importance. It not only provides protection and security to the individual workers but also gives a sense of security among the mounds of the front line workers. All PPEs should not be used. According to the job types and the situations, PPE kits should be used. The proper mechanism should also be kept in mind while using the appropriate PPE kits. If the PPE kits are not used as per the instructor's guidance, then the kits can backfire. A person can suffer from the suffocation of excessive use of PPE kits. In terms of using respiratory, cross-check should be done. If r\the respirator kits are not installed properly, there are high chances that the person can suffer from chemicals breathing and suffocation too (Milligan et al.  2021). In simpler words, it can be said that the PPE kits should be used judging the appropriate situations and under the proper guidance of an expert.

Conclusion

In modern times it has been mandatory by the companies to use proper PPE kits in order to maintain the safety protocols for their workers. PPE kits can be life-saving, and it gives protection from every possible outcome or scenario. Not only that, PPE kits are available for every aspect like for lungs, arms, limbs and even for the torso. Thus it can be concluded by saying appropriate PPE kits need to be installed judging from the requirements and the particular scenario.

Task 2 - PowerPoint:

Slide 1: Title

Slide 2: Introduction

  • PPE or "Personal Protective Equipment" is used for protection against difficult working conditions
  • PPE is essential for frontline workers.
  • PPE ensures extra safety measures while working in severe conditions.

SN: PPE is mainly used for ensuring safety while working in severe working conditions. It is mainly used by frontline workers. While working in extreme conditions, minor injuries like burnt, rashes, respiratory diseases, and even eyes get severe damages. All of these circumstances can be avoided with the proper utilization of PPE kits.

Slide 3: Background

  • Previously there were no implementation and usage of PPE kits, and as a result, there were high chances of occurrence of accidents.
  • After the implementation of the usage of PPE, the probability of accidents was reduced.

SN: Previously, the frontline workers were not well equipped with PPE kits, and as a result, there were many accidents happening at the workplace. This affected the work culture of a company. Later with technological advancements, many PPE kits were discovered, and companies made it mandatory for the usage of PPE kits for ensuring the safety of the workplace for the employees.

Slide 4: Eyes, Head, and Hands, Arm, Lungs, Legs and feet

  • Eye protectors need to be used in order to protect the eyes from severe injuries. Especially in the cases of molten metal, chemicals that are in liquid form, acidic liquids, chemicals vapors and gases and even in cases of flying particles, appropriate eye protection should be used.
  • Headgear allows protection\ion against shock waves and helps to absorb the shock of a particular blow.
  • Gloves, long sleeves, hand pads and different types of wristlets can be used for hand protection. Rubber is the best substance that can be used in terms of making hand protection gear (Fargnoli et al. 2019).
  • Usage of sturdy heavy shoes, foot guards and leggings are also recommended for safety purposes against molten metal and other forms of chemical injuries.
  • In order to protect the lungs or the respiratory part of the individuals, respirators can be used in workplaces.

Slide 5: Steel plates and Bars drilling holes

  • Heavy-duty gloves and respiratory kits should be used while handling Steel plates.
  • An individual needs to wash their hands with soap after completion of work.

SN:

  • One person should use the machine at one time.
  • Long hair should be avoided at any cost.
  • Safety glasses should be used.
  • The proper form of clothing needs to be worn by the working professional. Aprons are appropriate in such scenarios (Uguina et al. 2019).
  • Loose clothing, as well as rolled back sleeves, needs to be avoided.
  • The individual needs to use chuck securely.
  • The crowded workplace needs to be avoided.
  • Lastly, the chuck key needs to be removed.

Slide 6: Milling and Knurling

  • Safety glasses by CSA certified needs to be used.
  • Cross-check of the mounting needs to be done.
  • Appropriate clothing should be maintained like long sleeves, and loose clothing should be avoided.
  • After the work is done, a vacuum should be used to remove the dust particles.
  • Proper gloves should be used while cutting objects.
  • Safety glasses are required, so the eyes don't get damaged by the throwing particles.
  • And an apron should be used for protection against clothes getting stuck in the machine.
  • Overcrowding at the workstation needs to be avoided.

Slide 7: Recommendation

  • Each and every organization should implement certain rules and regulations for the frontline workers.
  • Usage of PPE kits should be mandatory.
  • Proper usage of PPE kits under the guidance of an instructor should be done.
  • Basic safety training should be given to the frontline workers to ensure what they need to do in case of emergencies (Stowell and Warren, 2018).

Slide 6: Conclusion

  • PPE kits can be life-saving, and it gives protection from every possible outcome or scenario
  • PPE kits are available for every aspect, like for lungs, arms, limbs and even for the torso.
  • Appropriate PPE kits need to be installed judging from the requirements and the particular scenario.

Slide 8: Reference list

Slide 9: Thank you

Task 2- Risk assessment:

Soldering is mainly referred to as the process of combining two or more different types of metals together with the help of melting solder. There are many risks associated with the process of soldering, and various precautions can be used to prevent it (Shaari et al.  2019). Some of them are discussed as follows:

Step 1: Identification of Hazards

  • Skin burn and rashes can be caused due to high temperature.
  • Eyes can be at high risk due to the flying molten particles (Peace, 2017).
  • Loose clothes can get stuck in the machines and can cause severe accidents.

Step 2: Identifying who all can get affected

In the case of soldering, the front line workers are at great risk. All the soldering activities are done by the frontline workers. They are at high risk of getting infected due to the soldering of iron.

Step 3: How to mitigate the risks

  • The eyes are the most delicate organs and are at high risk of getting injured. So proper eye protection gear should be used.
  • The individual should wash their hands with soaps after the soldering process is done.
  • Cleaning solvents should be kept nearby w\for emergency cases.
  • Fire precautions should be taken, like fire extinguishers and resistant clothing.

Step 4: Individual findings and implementation

The soldering process contains a lot of risk. In order to mitigate those risks, precautions against electrical hazards, fire and health surveillance are required. In soldering, there are a lot of fumes, and in order to control them, the working condition should be well equipped with fire extinguishers and resin clothes. The employees or the workers should be given basic safety training if there are any emergency situations, how they need to react and act accordingly. A first aid kit should be kept handy. Also, waste management should be done in the right way (Matthews et al.  2019). There is a lot of waste generated due to soldering, and if the waste is not handled in a proper way, then there are high chances of getting injuries.

Step 5: Reviewing the risk assessment

Finally, cross-checking the situation is very important. Whether appropriate measures have been put into practice and proper PPE kits have been provided or not needs to be cross-checked. A final review by the management is needed to be done in order to ensure that everything is working properly

Reference List

Journal

Bejinariu, C., Darabont, D.C., Baciu, E.R., Georgescu, I.S., Bernevig-Sava, M.A. and Baciu, C., 2017. Considerations on applying the method for assessing the level of safety at work. Sustainability9(7), p.1263.

Boyd, J.P., 2018. A Brief Overview of Bill C-78, An Act to Amend the Divorce Act and Related Legislation: Part I.

Darabont, D.C., Antonov, A.E. and Bejinariu, C., 2017. Key elements on implementing an occupational health and safety management system using ISO 45001 standard. In MATEC Web of Conferences (Vol. 121, p. 11007). EDP Sciences.

Fargnoli, M., Lombardi, M., Puri, D., Casorri, L., Masciarelli, E., Mandi?-Raj?evi?, S. and Colosio, C., 2019. The safe use of pesticides: a risk assessment procedure for the enhancement of occupational health and safety (OHS) management. International journal of environmental research and public health16(3), p.310.

Gofuku, A., 2018, February. Counter Action Procedure Generation in an Emergency Situation of Nuclear Power Plants. In Journal of Physics: Conference Series (Vol. 962, No. 1, p. 012001). IOP Publishing.

Jamshidi, H., Jazani, R.K., Alibabaei, A., Alamdari, S. and Kalyani, M.N., 2019. Challenges of Cooperation between the Pre-hospital and In-hospital Emergency services in the handover of victims of road traffic accidents: A Qualitative Study. Investigacion y educacion en enfermería37(1), pp.70-79.

Kim, N.K., Rahim, N.F.A., Iranmanesh, M. and Foroughi, B., 2019. The role of the safety climate in the successful implementation of safety management systems. Safety science118, pp.48-56.

Kyriakopoulos, G.L., 2021. Environmental Legislation in European and International Contexts: Legal Practices and Social Planning toward the Circular Economy. Laws10(1), p.3.

Lavanya, K.G., Keerthana, S.M. and Balakrishnan, D., 2019. Survey on Healthcare Hazard Control Responsibilities, Practice and Analysis. International Research Journal of Multidisciplinary Technovation1(6), pp.47-54.

Matthews, L.R., Johnstone, R., Quinlan, M., Rawlings-Way, O. and Bohle, P., 2019. Work fatalities, bereaved families and the enforcement of OHS legislation. Journal of Industrial Relations61(5), pp.637-656.

Milligan, C., Allin, S., Farr, M., Farmanova, E., Peckham, A., Byrd, J., Misfeldt, R., Baker, G.R. and Marchildon, G.P., 2021. Mandatory reporting legislation in Canada: improving systems for patient safety?. Health Economics, Policy and Law, pp.1-16.

Morais, C.H., Abreu, D.T., Santos, J., Maturana, M.C., Colombo, D. and Martins, M.R., 2019, June. The Influence of Non-Prescriptive Legislation in the Evolution of Offshore Well Integrity Practices: An Exploratory Review. In International Conference on Offshore Mechanics and Arctic Engineering (Vol. 58783, p. V003T02A082). American Society of Mechanical Engineers.

Nikola, M., 2021. Preparedness and Emergency Response Management during the COVID-19 Pandemic; Länsi-Uusimaa Department for Rescue Services.

Peace, C., 2017. The reasonably practicable test and work health and safety-related risk assessments. New Zealand Journal of Employment Relations42(2), pp.61-78.

Shaari, S.C., Mahmod, N.A.K.B.N. and Baig, F.B.S., Implementation Of OSH Legislation In Sabah's Manufacturing SMEs: A Non-Doctrinal Study. In The 1 st International Conference on Entrepreneurship and Small Business (ICES2020) (p. 117).

Simola, J. and Rajamäki, J., 2017, June. Hybrid Emergency Response Model: Improving Cyber Situational Awareness. In European Conference on Cyber Warfare and Security (pp. 442-451). Academic Conferences International Limited.

Stewart, A., 2020. Submission to the Senate Education and Employment Legislation Committee Inquiry into the Fair Work Amendment (Supporting Australia's Jobs and Economic Recovery) Bill 2020 (Doctoral dissertation, Melbourne Law School).

Stowell, A.F. and Warren, S., 2018. The institutionalization of suffering: Embodied inhabitation and the maintenance of health and safety in e-waste recycling. Organization studies39(5-6), pp.785-809.

Sui, Y., Ding, R. and Wang, H., 2018. An integrated management system for occupational health and safety and environment in an operating nuclear power plant in East China and its management information system. Journal of cleaner production183, pp.261-271.

Swift, M.D., Aliyu, M.H., Byrne, D.W., Qian, K., McGown, P., Kinman, P.O., Hanson, K.L., Culpepper, D., Cooley, T.J. and Yarbrough, M.I., 2017. Emergency preparedness in the workplace: the Flulapalooza model for mass vaccination. American journal of public health107(S2), pp.S168-S176.

Uguina, J.R. and Ruiz, A.B., 2019. Robotics and Health and Safety at Work. Int J Swarm EvolComput8, p.176.

Veenema, T.G., Boland, F., Patton, D., O'Connor, T., Moore, Z. and Schneider-Firestone, S., 2019. Analysis of emergency health care workforce and service readiness for a mass casualty event in the Republic of Ireland. Disaster Med Public Health Prep13(2), pp.243-255.

Veenema, T.G., Lavin, R.P., Bender, A., Thornton, C.P. and Schneider-Firestone, S., 2019. National nurse readiness for radiation emergencies and nuclear events: A systematic review of the literature. Nursing outlook67(1), pp.54-88.

Velasquez, C.A.L., Perez, G.L.R., Landa, A.F.C., Velasquez, R.M.L. and Ortiz, D.J.Z., 2018. Occupational health and safety prevention plan in water treatment plant. International journal of life sciences2(3), pp.1-12.

Wang, J., Fu, G. and Yan, M., 2020. Investigation and analysis of a hazardous chemical accident in the process industry: Triggers, roots, and lessons learned. Processes8(4), p.477 

Free Download Full Sample
Recently Download Samples by Customers
Our Exceptional Advantages
Complete your order here
16000+ Project Delivered
Get best price for your work

Ph.D. Writers For Best Assistance

Plagiarism Free

offer valid for limited time only*

in a hurry-get a callback