1) Gadang Holdings Berhad is a Malaysian construction company that was investigating soil conditions at a new construction site.
2) The investigation involved activities like drilling, which exposed workers to safety hazards like traffic accidents and health hazards like inhaling sand dust.
3) The most critical safety hazard was workers being struck by vehicles at night due to low lighting. The most critical health hazard was respiratory issues from inhaling sand dust during drilling. Controls like protective equipment, isolating work areas, and job rotations were recommended to reduce risks.
Where a risk is highlighted as GREEN no further controls need be put in place. Where a risk is highlighted as YELLOW controls should be reviewed. Where a risk is highlighted as RED the risk must be reduced before any activities take place. The document then provides tables to assess risk based on severity and likelihood, and determines if the risk is low, medium, or high. It provides actions required based on these risk levels.
This document discusses potential accidents from slip and fall incidents at workplaces. It outlines the objectives of a study which are to identify the main causes of slips, analyze the relationship between floor surfaces and other contributing factors, compute monetary losses due to slip and fall incidents, and establish guidelines to reduce such accidents. The study will focus on slip and fall incidents that occur at the same level and involve the adult male population at a manufacturing company. Findings from the Department of Occupational Safety and Health between 2010-2013 are presented which list the types of accidents and number of cases reported each year.
Hazard Identification, Risk Assessment and Risk Control (HIRARC) Malay versionNorrazman Zaiha Zainol
Pengenalpastian Hazard (Bahaya), Penaksiran Risiko dan Kawalan Risiko (HIRARC) dalam Bahasa Melayu. Langkah mengenalpasti bahaya dalam setiap pekerjaan dan cara mengawal risiko dari bahaya tersebut
The document outlines the hazard identification and risk assessment for a billboard installation project at KM4 of the Klang-Shah Alam Highway in Malaysia. It identifies potential hazards at each stage of the project, including mobilization to site, installing the billboard base and panels, and electrical equipment installation. Key hazards addressed are falls from height, unsafe lifting, adverse weather, pinch points, trips and falls, and electrical shock. Control measures recommended include using safety harnesses and mats, permitting for lifting and working at heights, inspections of equipment, use of protective equipment, delineation of work areas and prohibiting phone use while driving. Responsible parties for ensuring control measures are implemented are also identified.
Dokumen tersebut membahas tentang keperluan dan fungsi Jawatankuasa Keselamatan dan Kesihatan (JKK) di tempat kerja sesuai dengan Akta Keselamatan dan Kesihatan Pekerjaan 1994 dan Peraturan-Peraturan Keselamatan dan Kesihatan Pekerjaan 1996."
Where a risk is highlighted as GREEN no further controls need be put in place. Where a risk is highlighted as YELLOW controls should be reviewed. Where a risk is highlighted as RED the risk must be reduced before any activities take place. The document then provides tables to assess risk based on severity and likelihood, and determines if the risk is low, medium, or high. It provides actions required based on these risk levels.
This document discusses potential accidents from slip and fall incidents at workplaces. It outlines the objectives of a study which are to identify the main causes of slips, analyze the relationship between floor surfaces and other contributing factors, compute monetary losses due to slip and fall incidents, and establish guidelines to reduce such accidents. The study will focus on slip and fall incidents that occur at the same level and involve the adult male population at a manufacturing company. Findings from the Department of Occupational Safety and Health between 2010-2013 are presented which list the types of accidents and number of cases reported each year.
Hazard Identification, Risk Assessment and Risk Control (HIRARC) Malay versionNorrazman Zaiha Zainol
Pengenalpastian Hazard (Bahaya), Penaksiran Risiko dan Kawalan Risiko (HIRARC) dalam Bahasa Melayu. Langkah mengenalpasti bahaya dalam setiap pekerjaan dan cara mengawal risiko dari bahaya tersebut
The document outlines the hazard identification and risk assessment for a billboard installation project at KM4 of the Klang-Shah Alam Highway in Malaysia. It identifies potential hazards at each stage of the project, including mobilization to site, installing the billboard base and panels, and electrical equipment installation. Key hazards addressed are falls from height, unsafe lifting, adverse weather, pinch points, trips and falls, and electrical shock. Control measures recommended include using safety harnesses and mats, permitting for lifting and working at heights, inspections of equipment, use of protective equipment, delineation of work areas and prohibiting phone use while driving. Responsible parties for ensuring control measures are implemented are also identified.
Dokumen tersebut membahas tentang keperluan dan fungsi Jawatankuasa Keselamatan dan Kesihatan (JKK) di tempat kerja sesuai dengan Akta Keselamatan dan Kesihatan Pekerjaan 1994 dan Peraturan-Peraturan Keselamatan dan Kesihatan Pekerjaan 1996."
Factories and machinery act 1967 (fma 1967siti hamidah
The Factories and Machinery Act 1967 (FMA 1967) aims to regulate factory operations and machinery use for safety, health and welfare. It is divided into 6 parts: Preliminary definitions; Safety, health and welfare provisions; Persons in charge and certification; Notification of accidents; Notification of new factories and machinery; and General provisions. Key points include requirements for structural safety, safe machinery, clean premises, training, and reporting of accidents. The Act also gives powers to inspectors to investigate accidents and regulate hazardous work conditions.
The document discusses hazard identification and risk assessment for the Radio Frequency Laboratory. It defines key terms like hazard, hazard control, and risk. The purposes of conducting a hazard identification, risk assessment, and risk control (HIRARC) process are outlined. Types of hazards like health, safety and environmental hazards are described. The steps of HIRARC including classifying work activities, identifying hazards, risk assessment, preparing risk control plans and reviewing are summarized. Methods of qualitative, semi-quantitative and quantitative risk analysis are also highlighted.
Dokumen tersebut membahas tentang penubuhan dan fungsi Jawatankuasa Persekitaran, Keselamatan dan Kesihatan Pekerjaan di Institut Kemahiran MARA Kuala Lumpur. Jawatankuasa ini ditubuhkan menurut Akta Keselamatan dan Kesihatan Pekerjaan 1994 dan Peraturan-Peraturan Keselamatan dan Kesihatan Pekerjaan 1996. Jawatankuasa ini bertanggungjawab untuk mengkaji risiko keselamatan tempat ker
This document defines hazard identification, risk assessment, and risk control (HIRARC) and explains the HIRARC process. It defines key terms like hazard, danger, risk, and risk assessment. The purpose of HIRARC is to identify hazards, assess risks, and control risks to ensure employee safety. The HIRARC process involves identifying hazards, assessing risks through analyzing hazards and determining risk rates, and controlling risks through measures like elimination, substitution, isolation and use of personal protective equipment. Risk assessment should be conducted before, during and after operations, and reviewed when changes are made or required by law.
The document discusses the Occupational Safety and Health Act 1994 (OSHA) in Malaysia, which aims to improve safety and health in workplaces. It outlines key provisions of the act including shared responsibilities of employers and employees. Employers must ensure a safe working environment, provide training and protective equipment, and report accidents. Employees must take reasonable safety precautions and cooperate with employers on health and safety matters. The act established the National Council for Occupational Safety and Health to oversee these regulations.
The document outlines key aspects of occupational safety and health regulation in Malaysia, including:
1) The Occupational Safety and Health Act 1994 establishes duties for employers, employees, manufacturers and others to ensure a safe working environment and provides enforcement mechanisms.
2) Various regulations have been established under the Act to provide specific safety and health standards.
3) Several government agencies play roles in enforcing regulations and promoting occupational safety, including the Department of Occupational Safety and Health, National Institute of Occupational Safety and Health, and Social Security Organization.
The document is a checklist used to assess safety and health at a construction site in Malaysia called the Safety and Health Assessment System in Construction (SHASSIC). It contains three parts: document checks of safety policies and plans, a workplace inspection checklist, and employee interviews. The document check and workplace inspection assess compliance with items like machinery safety, scaffolding, signage, and more. Interviews are conducted with management, safety personnel, and workers to evaluate awareness of policies, training, emergency preparedness, and accident reporting. The completed checklists show scores for each area and an overall SHASSIC score to evaluate the site's safety and health system.
Petronas health, safety and environment guidelines (HSE)Easwaran Kanason
This document outlines PETRONAS' procedures and guidelines for managing health, safety, and environment (HSE) in upstream petroleum operations. It requires contractors to have a documented health, safety, and environment management system (HSEMS) that meets PETRONAS' requirements. The HSEMS must be integrated into all phases of exploration and production and address elements like leadership commitment, risk management, emergency planning, performance monitoring, and regular reviews. The document also details PETRONAS' inspection and audit rights and contractors' obligations around incident reporting and key performance indicators.
Dokumen ini membincangkan pengendalian bahan dan keselamatan di tapak pembinaan. Ia menjelaskan faktor-faktor yang menyumbang kepada kemalangan seperti kelemahan pihak pengurusan dan pekerja, serta keadaan tapak yang tidak selamat. Dokumen ini juga menerangkan langkah-langkah pencegahan kebakaran dan kaedah pengendalian bahan yang selamat bagi mengurangkan kemalangan di tapak pembinaan.
The document discusses occupational safety and health management. It defines an occupational health and safety management system as a set of plans, actions, and procedures to systematically manage workplace health and safety risks. The overall goal is to continuously improve occupational health and safety performance through effective risk management.
The document also outlines regulations regarding safety and health committees, including their composition, functions, and meeting requirements. Committees are tasked with activities like developing safety rules, conducting investigations, and inspecting workplaces.
Finally, the importance of safety training is highlighted. Training enables understanding of safety systems, responsibilities, and necessary actions to upgrade safety. Records must be kept of all training conducted.
Asas keselamatan dalam kejuruteraan (elektrik, mekanikal dan kimpalan)Norrazman Zaiha Zainol
Asas dalam mencegah kemalangan melalui kaedah ringkas dan mudah C.A.T. Pengenalpastian hazard untuk kerja elektrik, mekanikal dan kimpalan dan cara mengawal kemudharatan dari hazard tersebut
Surat dari Jabatan Keselamatan dan Kesihatan Pekerjaan Negeri Kedah mengenai pemeriksaan dan arahan pematuhan tempat kerja yang dilakukan terhadap sebuah syarikat. Surat itu menyatakan beberapa tindakan penambahbaikan yang perlu dilakukan syarikat itu termasuk melakukan pemeriksaan tempat kerja sekurang-kurangnya 3 bulan sekali, menyediakan peralatan perlindungan diri, melaksanakan
The document is a site safety observation report prepared by Mohammed Mubasheeruddin on December 15, 2016. It details three safety observations made at a construction site, including workers following without proper protective equipment, improperly stocked ducting material, and improperly stoked fire fighting pipes. For each observation, the report notes an identified unsafe act and the corresponding correction that was taken.
The document outlines requirements and regulations regarding mobile cranes, slings, rigging safety, and machinery in Malaysia. Some key points include:
- The Factory and Machinery Act of 1967 provides for control of factories regarding safety, health and welfare and inspection/registration of machinery.
- A hoisting machine is defined as equipment used for lifting loads like cranes.
- Certificates of fitness are required for covered machinery and must be maintained. Occupiers must maintain safety appliances and machinery.
- Training must be provided to operators of covered equipment like cranes.
- Designs, manufacturing and safety features of hoisting machines must be approved. Testing is also required.
Keselamatan Semasa Mengendalikan Bahan Kimia BerbahayaAhmad Aidil Nasir
Keselamatan semasa mengendalikan bahan kimia amat perlu dititikberatkan terutama kepada mereka yang mengendalikan bahan kimia yang berbahya.
Mengendalikan bahan kimia dan terdedah secara berterusan lebih-lebih lagi jika si pengendali tidak mengutamakan aspek keselamatan dan kesihatan akan mengakibatkan menanggung risiko secara berkekalan.
Samada Majikan mahupun Pekerja, mereka haruslah mempunyai kesedaran dalam aspek keselamatan dan kesihatan semasa mengendalikan bahan kimia berbahaya.
Maklumat dan latihan kesedaran secara berterusan perlulah disampaikan terutama kepada setiap pekerja agar ianya menjadi satu amalan, untuk kebaikan bersama.
Akta keselamatan dan kesihatan perkerjaan 1994Tengkurex
Akta Keselamatan dan Kesihatan Pekerjaan 1994 (OSHA 1994) memperuntukkan tanggungjawab majikan untuk memastikan keselamatan dan kesihatan pekerja. Ia menetapkan penubuhan organisasi keselamatan seperti jawatankuasa keselamatan dan kesihatan, serta mewajibkan pelaporan kemalangan. Akta ini bertujuan melindungi semua pekerja terlibat dalam sektor swasta dan awam.
Dokumen tersebut membahas tentang rencana tindakan darurat yang mencakupi (1) tujuan rencana tersebut untuk memastikan evakuasi yang aman dan tertib selama darurat, (2) prosedur pencegahan, persiapan, tindakan, dan pemulihan, (3) tugas dan tanggung jawab pasukan respon darurat seperti pemadam kebakaran dan penyelamat, serta (4) lokasi berkumpul selama evakuasi.
This document is a safe work method statement (SWMS) for operating a boom lift. It outlines potential hazards when using a boom lift, including falls, electrocution, being struck by falling objects, and manual handling. It provides controls to mitigate these risks, such as using fall protection equipment, maintaining safe distances from power lines, securing loose materials, and lifting with more than one person. The SWMS requires workers to review site hazards, weather conditions, and job specifics, and ensure all equipment is in good working order before starting the task. Workers and supervisors must sign off to confirm they understand and will follow the controls.
This document discusses various safety considerations and protocols for construction sites. It covers why safety is important, different types of safety risks like electrical, chemical and fire safety. It outlines personal protective equipment that should be worn like hard hats, gloves, safety glasses. It provides safety rules for construction sites regarding speed limits, unauthorized access. It discusses hazards and how to control them through measures like clean worksites, ladder safety, lifting precautions, training programs and having an emergency response system. Personal protective equipment and clothing of different classes are also outlined.
Factories and machinery act 1967 (fma 1967siti hamidah
The Factories and Machinery Act 1967 (FMA 1967) aims to regulate factory operations and machinery use for safety, health and welfare. It is divided into 6 parts: Preliminary definitions; Safety, health and welfare provisions; Persons in charge and certification; Notification of accidents; Notification of new factories and machinery; and General provisions. Key points include requirements for structural safety, safe machinery, clean premises, training, and reporting of accidents. The Act also gives powers to inspectors to investigate accidents and regulate hazardous work conditions.
The document discusses hazard identification and risk assessment for the Radio Frequency Laboratory. It defines key terms like hazard, hazard control, and risk. The purposes of conducting a hazard identification, risk assessment, and risk control (HIRARC) process are outlined. Types of hazards like health, safety and environmental hazards are described. The steps of HIRARC including classifying work activities, identifying hazards, risk assessment, preparing risk control plans and reviewing are summarized. Methods of qualitative, semi-quantitative and quantitative risk analysis are also highlighted.
Dokumen tersebut membahas tentang penubuhan dan fungsi Jawatankuasa Persekitaran, Keselamatan dan Kesihatan Pekerjaan di Institut Kemahiran MARA Kuala Lumpur. Jawatankuasa ini ditubuhkan menurut Akta Keselamatan dan Kesihatan Pekerjaan 1994 dan Peraturan-Peraturan Keselamatan dan Kesihatan Pekerjaan 1996. Jawatankuasa ini bertanggungjawab untuk mengkaji risiko keselamatan tempat ker
This document defines hazard identification, risk assessment, and risk control (HIRARC) and explains the HIRARC process. It defines key terms like hazard, danger, risk, and risk assessment. The purpose of HIRARC is to identify hazards, assess risks, and control risks to ensure employee safety. The HIRARC process involves identifying hazards, assessing risks through analyzing hazards and determining risk rates, and controlling risks through measures like elimination, substitution, isolation and use of personal protective equipment. Risk assessment should be conducted before, during and after operations, and reviewed when changes are made or required by law.
The document discusses the Occupational Safety and Health Act 1994 (OSHA) in Malaysia, which aims to improve safety and health in workplaces. It outlines key provisions of the act including shared responsibilities of employers and employees. Employers must ensure a safe working environment, provide training and protective equipment, and report accidents. Employees must take reasonable safety precautions and cooperate with employers on health and safety matters. The act established the National Council for Occupational Safety and Health to oversee these regulations.
The document outlines key aspects of occupational safety and health regulation in Malaysia, including:
1) The Occupational Safety and Health Act 1994 establishes duties for employers, employees, manufacturers and others to ensure a safe working environment and provides enforcement mechanisms.
2) Various regulations have been established under the Act to provide specific safety and health standards.
3) Several government agencies play roles in enforcing regulations and promoting occupational safety, including the Department of Occupational Safety and Health, National Institute of Occupational Safety and Health, and Social Security Organization.
The document is a checklist used to assess safety and health at a construction site in Malaysia called the Safety and Health Assessment System in Construction (SHASSIC). It contains three parts: document checks of safety policies and plans, a workplace inspection checklist, and employee interviews. The document check and workplace inspection assess compliance with items like machinery safety, scaffolding, signage, and more. Interviews are conducted with management, safety personnel, and workers to evaluate awareness of policies, training, emergency preparedness, and accident reporting. The completed checklists show scores for each area and an overall SHASSIC score to evaluate the site's safety and health system.
Petronas health, safety and environment guidelines (HSE)Easwaran Kanason
This document outlines PETRONAS' procedures and guidelines for managing health, safety, and environment (HSE) in upstream petroleum operations. It requires contractors to have a documented health, safety, and environment management system (HSEMS) that meets PETRONAS' requirements. The HSEMS must be integrated into all phases of exploration and production and address elements like leadership commitment, risk management, emergency planning, performance monitoring, and regular reviews. The document also details PETRONAS' inspection and audit rights and contractors' obligations around incident reporting and key performance indicators.
Dokumen ini membincangkan pengendalian bahan dan keselamatan di tapak pembinaan. Ia menjelaskan faktor-faktor yang menyumbang kepada kemalangan seperti kelemahan pihak pengurusan dan pekerja, serta keadaan tapak yang tidak selamat. Dokumen ini juga menerangkan langkah-langkah pencegahan kebakaran dan kaedah pengendalian bahan yang selamat bagi mengurangkan kemalangan di tapak pembinaan.
The document discusses occupational safety and health management. It defines an occupational health and safety management system as a set of plans, actions, and procedures to systematically manage workplace health and safety risks. The overall goal is to continuously improve occupational health and safety performance through effective risk management.
The document also outlines regulations regarding safety and health committees, including their composition, functions, and meeting requirements. Committees are tasked with activities like developing safety rules, conducting investigations, and inspecting workplaces.
Finally, the importance of safety training is highlighted. Training enables understanding of safety systems, responsibilities, and necessary actions to upgrade safety. Records must be kept of all training conducted.
Asas keselamatan dalam kejuruteraan (elektrik, mekanikal dan kimpalan)Norrazman Zaiha Zainol
Asas dalam mencegah kemalangan melalui kaedah ringkas dan mudah C.A.T. Pengenalpastian hazard untuk kerja elektrik, mekanikal dan kimpalan dan cara mengawal kemudharatan dari hazard tersebut
Surat dari Jabatan Keselamatan dan Kesihatan Pekerjaan Negeri Kedah mengenai pemeriksaan dan arahan pematuhan tempat kerja yang dilakukan terhadap sebuah syarikat. Surat itu menyatakan beberapa tindakan penambahbaikan yang perlu dilakukan syarikat itu termasuk melakukan pemeriksaan tempat kerja sekurang-kurangnya 3 bulan sekali, menyediakan peralatan perlindungan diri, melaksanakan
The document is a site safety observation report prepared by Mohammed Mubasheeruddin on December 15, 2016. It details three safety observations made at a construction site, including workers following without proper protective equipment, improperly stocked ducting material, and improperly stoked fire fighting pipes. For each observation, the report notes an identified unsafe act and the corresponding correction that was taken.
The document outlines requirements and regulations regarding mobile cranes, slings, rigging safety, and machinery in Malaysia. Some key points include:
- The Factory and Machinery Act of 1967 provides for control of factories regarding safety, health and welfare and inspection/registration of machinery.
- A hoisting machine is defined as equipment used for lifting loads like cranes.
- Certificates of fitness are required for covered machinery and must be maintained. Occupiers must maintain safety appliances and machinery.
- Training must be provided to operators of covered equipment like cranes.
- Designs, manufacturing and safety features of hoisting machines must be approved. Testing is also required.
Keselamatan Semasa Mengendalikan Bahan Kimia BerbahayaAhmad Aidil Nasir
Keselamatan semasa mengendalikan bahan kimia amat perlu dititikberatkan terutama kepada mereka yang mengendalikan bahan kimia yang berbahya.
Mengendalikan bahan kimia dan terdedah secara berterusan lebih-lebih lagi jika si pengendali tidak mengutamakan aspek keselamatan dan kesihatan akan mengakibatkan menanggung risiko secara berkekalan.
Samada Majikan mahupun Pekerja, mereka haruslah mempunyai kesedaran dalam aspek keselamatan dan kesihatan semasa mengendalikan bahan kimia berbahaya.
Maklumat dan latihan kesedaran secara berterusan perlulah disampaikan terutama kepada setiap pekerja agar ianya menjadi satu amalan, untuk kebaikan bersama.
Akta keselamatan dan kesihatan perkerjaan 1994Tengkurex
Akta Keselamatan dan Kesihatan Pekerjaan 1994 (OSHA 1994) memperuntukkan tanggungjawab majikan untuk memastikan keselamatan dan kesihatan pekerja. Ia menetapkan penubuhan organisasi keselamatan seperti jawatankuasa keselamatan dan kesihatan, serta mewajibkan pelaporan kemalangan. Akta ini bertujuan melindungi semua pekerja terlibat dalam sektor swasta dan awam.
Dokumen tersebut membahas tentang rencana tindakan darurat yang mencakupi (1) tujuan rencana tersebut untuk memastikan evakuasi yang aman dan tertib selama darurat, (2) prosedur pencegahan, persiapan, tindakan, dan pemulihan, (3) tugas dan tanggung jawab pasukan respon darurat seperti pemadam kebakaran dan penyelamat, serta (4) lokasi berkumpul selama evakuasi.
This document is a safe work method statement (SWMS) for operating a boom lift. It outlines potential hazards when using a boom lift, including falls, electrocution, being struck by falling objects, and manual handling. It provides controls to mitigate these risks, such as using fall protection equipment, maintaining safe distances from power lines, securing loose materials, and lifting with more than one person. The SWMS requires workers to review site hazards, weather conditions, and job specifics, and ensure all equipment is in good working order before starting the task. Workers and supervisors must sign off to confirm they understand and will follow the controls.
This document discusses various safety considerations and protocols for construction sites. It covers why safety is important, different types of safety risks like electrical, chemical and fire safety. It outlines personal protective equipment that should be worn like hard hats, gloves, safety glasses. It provides safety rules for construction sites regarding speed limits, unauthorized access. It discusses hazards and how to control them through measures like clean worksites, ladder safety, lifting precautions, training programs and having an emergency response system. Personal protective equipment and clothing of different classes are also outlined.
Gabriel Edeaghe Onosabuna is a safety officer seeking a career opportunity. He has over 15 years of experience in health, safety, and environment roles for oil and gas companies. He has a higher national diploma in petroleum engineering and various safety certifications. Gabriel seeks to utilize his skills to promote organizational growth while achieving career excellence.
Core Risk Assessment for Office work.docxIbrahimEsmat
This document contains a risk assessment for office and site work activities at a project in Al Wathba, Abu Dhabi. It identifies 8 activities with potential hazards and risks: 1) employee mobilization, 2) office work, 3) using printers, 4) using hole punchers/scissors/staplers, 5) using display screen equipment, 6) electrical connections, 7) working in hot/humid conditions, and 8) lack of information/awareness about working in heat. For each activity, it evaluates risk level, lists control measures to reduce risk, identifies responsible parties, and notes applicable legal references and standards. The overall goal is to reduce risk levels through trainings, proper equipment use,
This document outlines the safety policy and procedures for a road upgrading project in Nepal. It includes the project organizational chart, roles and responsibilities of staff, identified hazards, and mitigation measures. The objectives are to establish health and safety committees, ensure compliance with legislation, provide training, and actively manage risks. Hazards addressed include physical, chemical, mechanical, physiological, psychosocial, and biological risks. Procedures outlined are for access control, ground support, fire prevention, ventilation, illumination, air monitoring, emergencies, and record keeping. Personal protective equipment and reviews of the policy are also discussed.
This resume is for Musaddiq Shah, who is applying for the position of Safety Officer/Supervisor. He has over 3 years of experience in health, safety, and environment roles. He holds several safety certifications and speaks multiple languages. His responsibilities have included inspecting worksites for hazards, ensuring scaffold and lifting equipment safety, conducting safety training programs, and maintaining safety compliance and statistics.
I. Definitions of key terms like hazard, risk, and risk assessment are provided. Hazards are sources of potential harm, risks are the chances of being harmed by a hazard, and risk assessments identify hazards and evaluate associated risks.
II. Workplace safety and occupational health are important for economic, legal, ethical, and practical reasons. Accident rates decreased significantly over time after implementing an occupational health and safety program at one manufacturing site.
III. Effective risk control measures like noise exposure reduction, safety training, and use of personal protective equipment can help reduce risks to workers' health over time, as shown through a real example of a hearing conservation program.
The document is a summer training report submitted by Indranil Banerjee, a 3rd year civil engineering student at Aliah University. It summarizes Indranil's 1 month summer training from June 1-30, 2017 at the Godrej Prakriti Phase-III housing project site run by Simplex Infrastructures Limited in Sodepur, Kolkata. The report covers various topics learned during the training, including safety practices, the role of the store department, plant and machinery used, and provides an overview of the housing project.
This document contains personal and professional details of Rogelio Padilla Sibbaluca. It includes his name, nationality, date and place of birth, languages, education, certifications, contact details, employment history and responsibilities in various safety engineering roles in Saudi Arabia and the Philippines from 2004 to present. His experience includes implementing safety plans and standards, conducting inspections, investigations, and training, and ensuring compliance with health, safety and environmental regulations.
Mohammad Shehzad has over 9 years of experience as an HSE Supervisor in Saudi Arabia. He has a NEBOSH international General Certificate in Occupational Health and Safety and postgraduate qualifications. He has extensive training in areas such as first aid, permit systems, confined space entry, working at heights, and more. His experience includes roles with Sadara, Fluor Arabia Ltd., CPSC, Samsung, and others on projects such as laboratories, infrastructure, and oil and gas facilities where he implemented safety policies and procedures.
This document is a resume for Michael Dix outlining his contact details, qualifications, training, licenses, skills and work history. Michael has over 10 years of experience in process plant operations and shutdown work in the mining industry. He is currently a Process Plant Team Leader at Newmont Boddington Gold Mine where he leads safety initiatives and oversees daily plant operations.
This document provides training on risk assessment and management. It defines key terms like hazard, risk, likelihood, and consequence. It explains the process of identifying hazards, analyzing risks, and evaluating risks. Methods of risk treatment like eliminating, substituting, engineering controls, administrative controls, and PPE are covered. Guidelines for assessing likelihood and consequence are provided to determine risk levels. The document also discusses factors that affect risk and outlines a risk analysis matrix to evaluate inherent and residual risks.
This document provides details about safety precautions during a planned annual turnaround (ATR) scheduled for March 2009 at KRIBHCO SHYAM Fertiliser Ltd's ammonia and urea plants. It outlines major jobs like equipment replacement and repairs to be completed during the 19.5 day shutdown. Planning processes for the ATR include developing job lists, assessing risks, scheduling contractor work, and ensuring availability of materials, tools and trained workers. Safety systems such as work permits, observer programs and emergency response arrangements will be reinforced during the shutdown. Procedures for isolating and purging equipment, inspection checklists and startup testing are also part of the ATR process.
The document outlines the HSE (Health, Safety, and Environment) work cycles implemented at construction sites in Japan and adopted by many other construction sites. It describes the daily, weekly, and monthly HSE work cycles which include activities like morning safety meetings, site inspections, safety process discussions, and safety education. The goal is to actively promote safety improvement, prevent industrial accidents, and ensure a total HSE solution through regular inspections, voluntary checks, meetings and education on safety practices and accident case studies. Following these HSE work cycles aims to create a safe and efficient work environment.
The document describes an inspection conducted on 12/4/2016 of MMHE West yard, the largest fabrication yard in Malaysia, which found that while most health and safety systems were in good condition, there were five critical hazards identified - including risks from machinery, noise exposure, chemical storage, heat exposure, and lack of PPE - that required immediate corrective action from management to ensure compliance with relevant laws.
This document summarizes hazards identified for a chill water piping installation and welding project at Kobelco (M) Sdn. Bhd. It identifies the most critical safety hazard as working at height without fall protection and the most critical health hazard as inhalation of welding fumes. Recommendations are provided for both hazards, including use of fall protection like harnesses and administrative controls for training as well as personal protective equipment like respirators. A review program is outlined to ensure the effectiveness of the proposed control measures for safety and health. Benefits of implementing the recommendations include increased productivity, protecting company reputation, compliance with laws, and reduced costs.
Natasha Azura Binti Lahman is the Site Safety Supervisor. Her responsibilities include ensuring compliance with health, safety, and environmental regulations and plans. This includes appointing qualified safety officers, conducting inspections, meetings and audits, enforcing personal protective equipment and ensuring safe work practices through training and oversight. Proper documentation of safety procedures, inspections, incidents and corrective actions is also required. The goal is to prevent injuries through identifying and mitigating hazards during all construction activities.
Natasha Azura Binti Lahman is the Site Safety Supervisor. Her responsibilities include ensuring compliance with health, safety, and environmental regulations and plans. This includes appointing qualified safety officers, conducting inspections, trainings, and assessments to identify and control hazards in order to prevent injuries on site. She oversees safety signage and barricades, documentation, and ensures all workers use proper personal protective equipment.
These lecture slides, by Dr Sidra Arshad, offer a simplified look into the mechanisms involved in the regulation of respiration:
Learning objectives:
1. Describe the organisation of respiratory center
2. Describe the nervous control of inspiration and respiratory rhythm
3. Describe the functions of the dorsal and respiratory groups of neurons
4. Describe the influences of the Pneumotaxic and Apneustic centers
5. Explain the role of Hering-Breur inflation reflex in regulation of inspiration
6. Explain the role of central chemoreceptors in regulation of respiration
7. Explain the role of peripheral chemoreceptors in regulation of respiration
8. Explain the regulation of respiration during exercise
9. Integrate the respiratory regulatory mechanisms
10. Describe the Cheyne-Stokes breathing
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1. Chapter 42, Guyton and Hall Textbook of Medical Physiology, 14th edition
2. Chapter 36, Ganong’s Review of Medical Physiology, 26th edition
3. Chapter 13, Human Physiology by Lauralee Sherwood, 9th edition
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1. HIRARC OF SOIL INVESTIGATION AT GADANG
CONSTRUCTION SITE
MOHAMAD ARIFFIN BIN SAMSURI
DOSHM0713001247
SEMESTA 3
BATCH 26G2
SIR MOHD FARIS BIN MOHD ZAWAWI
2. introduction
• Gadang Holdings Berhad (Gadang) was incorporated in Malaysia on 6 October
1993 as a public limited company under the name of Lai Sing Holdings Berhad
and was subsequently changed to its present name on 7 November 1997
• Gadang is an investment holding company while its subsidiaries' core businesses
are in civil engineering and building construction, property development, water
concession, mechanical and electrical engineering services and general trading.
3. COMPANY VISION AND MISION
VISION
- to build a reputable Gadang
- deliver quality products
- derive positive return.
MISION
- to adopt a hands on approach.
- to be result oriented.
- to achieve continual growth.
5. WORK PROCESS
site cleaning
soil
investigation
earth work
demolition
work
bored pile
concrete
work
road work
drainage
work
6. ACTIVITY OF SOIL INVESTIGATION
Traffic management
Setup &
maintenance of the
drilling & grouting
machine
Position the drilling
machine
Nights works
Grouting works
Drilling works
7. OBJECTIVE
• To identify three (3) Safety Hazards and two (2) Health Hazards at the workplace and
discuss in detail the techniques used to identify all types of hazards.
• To identify the risk at the workplace
• To reduce the hazard from happen again
• To discuss and give appropriate suggestions for control measures in order to eliminate,
reduce, and minimize the risk of the most critical hazards
• To explain the implications of the most critical hazards (safety & health hazard) that has
been identified and their preventive measure
8. METHODOLOGY
WORKPLACE HAZARD
OBSERVATION:
• To observe the soil investigation
activities involved and the hazard
encountered during performing the
activities.
• Observe any unsafe act, hazard,
dangerous at the construction site
INTERVIEW WITH WORKERS
• Interview with safety officer Abdul Razak
Example of question being asking during the interview
as below;
How long you work at this company?
What are the work activities taken until the task is
completed?
Did you notify any hazards occur during each job work
activity?
What are you concern of during the work activity?
REVIEW OF AVAILABLE
INFORMATION
• Information were collected from the
company
• Reviewing the record of workplace for
example document
9. LIKELIHOOD TABLE
EXAMPLE:
Likelihood
(L)
Example Rating
Most likely The most likely result of the hazard / event being realized 5
Possible Has a good chance of occurring and is not unusual 4
Conceivable Might be occur at some time in future 3
Remote Has not been known to occur after many years 2
Inconceivable Is practically impossible and has never occurred 1
SEVERITY TABLE:
Severity Example Rating
Catastrophic Numerous fatalities, irrecoverable property damage and
productivity
5
Fatal Approximately one single fatality major property damage if hazard
is realized
4
Serious Non- fatal injury, permanent disability 3
Minor Disabling but not permanent injury 2
Negligible Minor abrasions, bruises, cuts, first aid type injury 1
11. HIRARC RESULT
Work process: CONSTRUCTION OF SOIL INVESTIGATION Conducted by: MOHAMAD ARIFFIN BIN SAMSURI
Hazard identification Risk analysis Risk control
No Work activity Hazard Effect Existing control L S Risk recommendation Legal requirement
1 Temporary
traffic control
Accident due to
mobilization of
machineries
(crash by heavy
machinery)
(safety)
Serious or
minor Injury,
bone
fracture,
traffic
congestion
Toolbox meeting,
daily workplace
inspection, provide
complete set of ppe
3 3 9
medium
ELIMINATION: N/A
SUBSTITUTION: N/A
ISOLATION: N/A
ENGINEERING CONTROL: N/A
ADMINISTRATIVE CONTROL: provide
general workers to direct traffic, competent
operator and driver with valid driving license,
implement traffic management as per approved
by management, Provide clear & working space
and access with enough flagmen to control the
traffic.
PERSONAL PROTECTIVE EQUIPMENT:
provide hazard warning blinker light
FMA1987
(building
operation and
works of
engineering
construction)
(runways and
ramps)
FMA 1987
(person in
charge)(machiner
y required to be
in charge of
persons holding
certificates of
competency)(sect
ion 13,
assessment of
drivers)
12. Work process: CONSTRUCTION OF SOIL INVESTIGATION Conducted by: MOHAMAD ARIFFIN BIN SAMSURI
Hazard identification Risk analysis Risk control
No Work activity Hazard Effect Existing control L S Risk recommendation Legal requirement
2 Night work Struck by
vehicles
(public transport
and heavy
machinery at
workstation)
(safety)
Bone
fracture
Toolbox meeting,
daily workplace
inspection, provide
complete set of
ppe
5 2 10
medium
ELIMINATION: N/A
SUBSTITUTION: N/A
ISOLATION: N/A
ENGINEERING CONTROL: N/A
ADMINISTRATIVE CONTROL: briefing before
work, job rotation (arranging work shift to
workers). provide enough lighting to works,
provide warning sings
PERSONAL PROTECTIVE EQUIPMENT: provide
lighting helmet, reflected light jacket
OSHA
1994(general
duties of
employers and
self-employers
persons)(section
15)
13. Work process: CONSTRUCTION OF SOIL INVESTIGATION Conducted by: MOHAMAD ARIFFIN BIN SAMSURI
Hazard identification Risk analysis Risk control
No Work activity Hazard Effect Existing control L S Risk recommendation Legal requirement
3 Drilling works Prolonged
Extremely
vibration
(health)
White finger
(also known
as "dead
finger" ) -
damage to
hands
causing
whiteness
and pain in
the fingers
Toolbox meeting,
daily workplace
inspection, provide
complete set of ppe
3 2 6
medium
ELIMINATION: N/A
SUBSTITUTION: N/A
ISOLATION: N/A
ENGINEERING CONTROL:
N/A
ADMINISTRATIVE CONTROL: Job rotation
every one hour, frequent short break,
maintenance the machines
PERSONAL PROTECTIVE EQUIPMENT:
Provide glove reduce vibration (leather)
OSHA 1994
(safety and health
officer)(duties of
safety and health
officers)
OSHA
1994(USECHH
2000) (use of
approved
personal
protective
equipment)
14. Work process: CONSTRUCTION OF SOIL INVESTIGATION Conducted by: MOHAMAD ARIFFIN BIN SAMSURI
Hazard identification Risk analysis Risk control
No Work activity Hazard Effect Existing control L S Risk recommendation Legal requirement
4 Drilling work Exposed to sand
dust inhalation
(health)
Respiratory
problem, eye
irritation
Toolbox meeting,
daily workplace
inspection, provide
complete set of ppe
4 3 12
medium
ELIMINATION: N/A
SUBSTITUTION: N/A
ISOLATION: isolate the worker(was related to
drilling work)
ENGINEERING CONTROL: provide the
barrier around the work station and install the
ventilation
ADMINISTRATIVE CONTROL: job rotation,
and frequent short break, Provide shift work for
the worker to reduce the duration of workers
exposed to the soil sand dust.
PERSONAL PROTECTIVE EQUIPMENT:
Provide respirator, (filter mask) goggle, face
shield
FMA 1987
REGULATIONS
1984
(RESPIRATORY
PREOTECTION)
15. Work process: CONSTRUCTION OF SOIL INVESTIGATION Conducted by: MOHAMAD ARIFFIN BIN SAMSURI
Hazard identification Risk analysis Risk control
No Work activity Hazard Effect Existing control L S Risk recommendation Legal requirement
5 Drilling work Excessive extreme
heat
Heat
stress(sweati
ng)/skin
redness/fainti
ng
Toolbox meeting,
daily workplace
inspection, provide
complete set of ppe
5 2 10
medium
ELIMINATION: N/A
SUBSTITUTION: N/A
ISOLATION: N/A
ENGINEERING CONTROL:N/A
ADMINISTRATIVE CONTROL: provide
water fan, provide canopy to protect worker from
heat.
PERSONAL PROTECTIVE EQUIPMENT:
provide cotton clothes or clothes absorb
sweating.
OSHA
1994(general
duties of
employers and
self-employers
persons)(section
15)
16. DISCUSSION
MOST CRITICAL HAZARD (SAFETY HAZARD)
No Work activity Hazard Effect Existing control L S Risk
2 Night works Struck by
vehicles (public
transport and
heavy machinery
at workstation)
(safety)
Bone fracture Toolbox meeting, daily
workplace inspection,
provide complete set of ppe
5 2 10
The worker also has been supplied by complete all ppe . Workers who work at nights are not aware of the hazard
related to the work activity. The effect of the hazard is workers will minor injury, bone fracture, or more badly.
The implication of workers towards nights, the worker might be exposed to accident.
17. MOST CRITICAL HAZARD (HEALTH HAZARD
No Work activity Hazard Effect Existing control L S Risk
4
drilling work Expose to sand
dust inhalation
Respiratory
problem
Toolbox meeting, daily
workplace inspection,
provide complete set of ppe,
4 3 12
This hazard is the most significant critical health hazards because the worker also has been inducted by safety personnel and
provide complete set of PPE. Workers who work with drilling work are not aware of the hazard related to the work activity.
The effect of the hazard workers will get respiratory problem due to drilling sand dust inhalation. The implication of workers
towards drilling sand dust inhalation.
18. RECOMMENDATION FOR MOST CRITICAL SAFETY HAZARD
No Hierarchy of control Control Measure
1.
Elimination
Not applicable
Description:
a) There are nothing can be eliminate in this process
2.
Substitution
Not applicable
Description:
a) There are nothing can be substitute in the process
3. Isolation
Not applicable
Description:
a) There are nothing can be substitute in the process
4. Engineering control
Not applicable
Description
a) There are nothing can be substitute in the process
5
Administration control
a) briefing before work
b) job rotation (arranging work shift to workers)
c) provide enough lighting to works
Description
a) Increase awareness about the hazard among workers during the toolbox meeting before work is
carried out
b) light is important for employees who work at night to avoid from accident happen at the workplace
6. Personal Protective Equipment (PPE) a) provide lighting helmet
b) reflected light jacket
Description:
a) lighting helmet and reflect light jacket is important because as one way to facilitate the work at night
or as a signalman to vehicles
19. RECOMMENDATION FOR MOST CRITICAL HEALTH HAZARD
No Hierarchy of control Control Measure
1. Elimination
Not applicable
Description:
a) There are nothing can be eliminate in this process
2. Substitution
Not applicable
Description:
a) There are nothing can be substitute in the process
3. Isolation
a) isolate other worker
Description:
a) Only the person who are involved in drilling works is needed in the area
4. Engineering control
a) install the barrier around the work station
Description:
a) To reduce dust from directly exposed to our respirator system
5. Administration control
a) Job rotation and frequent short break or provide the work shift for the worker
Description:
a) Job rotation at once in 2 hours,
b) Work shift to workers is necessary
6. Personal Protective Equipment
(PPE)
a) Provide respirator (filter mask) goggle, face shield
Description:
a) respirator is needed while drilling the sand for protection of the worker from inhaled the dust
20. CONCLUSION
In order to reduce the hazard or most critical hazard rate, the employer should show commitment
towards safety and health practices and therefore give full priority to promote and enforce the
safety and health rules in workplace.
Hierarchy of control were use in order to minimize and control the most critical hazard that exist at
the workplace.
To ensure the safety culture can be implemented in an organization.
the management and workers have to take part in any safety and health program and give a full
cooperation when comes to safety and health issues.
Project is located in new development area that interaction with public traffic, education institution, commercial / industrial area, residential area, hospital and religious building.
The proposed PMRTLK – Jajaran Sungai Buloh – Kajang (approximately 51 km) which involve the construction of both elevated guideway (41.5 km) and underground tunnel (9.5 km) from Sungai Buloh to Kajang.
Package V2 starts from Taman Industri Sg. Buloh Station and will end at Dataran Sunway Station, approximately 5.1 km in length.
Construction period for Package V2 starts from July 2012 and expected to be completed by February 2016.
The PMRTLK dicadangkan - Jajaran Sungai Buloh - Kajang (sekitar 51 km) yang melibatkan pembinaan guideway kedua meningkat (41.5 km) dan terowong bawah tanah (9.5 km) dari Sungai Buloh ke Kajang.
Pakej V2 bermula dari Taman Industri Sg. Stesen Buloh dan akan berakhir di Stesen Sunway Dataran, kira-kira 5.1 km panjang.
Tempoh pembinaan bagi Pakej V2 bermula dari bulan Julai 2012 dan dijangka siap pada bulan Februari 2016
Review of avaible information
the record of workplace inspection, accident and incident statistic, audit, exposure monitoring reports and job safety analysis (JSA) of the project provide by the company.
Provide clear & working space and access with enough flagmen to control the traffic.
-Menyediakan ruang yang jelas & kerja dan akses dengan pemegang bendera yang cukup untuk mengawal lalu lintas.
provide general workers to direct traffic, competent operator and driver with valid driving license, implement traffic management as per approved by
-menyediakan pekerja am untuk mengarahkan lalu lintas, operator yang kompeten dan pemandu yang mempunyai lesen memandu yang sah, melaksanakan pengurusan trafik seperti yang diluluskan oleh pihak pengurusan