Safety Training at Work

TRAINING TAB – RAPID ASSISTANCE GROUP B-C

 

PARTICIPANTS Employers of companies that have up to 5 employees in their organization, the officers of the Prevention and Protection service, the employees in charge of first aid and emergency interventions in companies that do not have permanent medical structure.

TRAINING CONTENT

The first aid set. Knowing a health emergency. Implement first aid interventions. Knowledge of specific risks in the activity that the company is conducting. Benefit of general knowledge of trauma in the work environment. Benefit of general knowledge of pathologies in the working environment.

Ability to practice interventions.

COHESION 12 hours

REGISTRATION

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TRAINING METHOD In the hall

TRAINING FOR EMPLOYEES WORKING FORKLIFTS

PARTICIPANTS The workers who steer and use the lifting forks and self-control wheels (self-levizes with telescopic arms, allowing forearms).

TRAINING CONTENT

Legal Module – Regulation (1 hour)

Course presentation. General regulations in the field of hygiene and safety at work referring to legislation in force in the sector of the use of labour equipment. Responsibility of operators.

Technical Module – Regulations (7 hours)

Typology and characteristics of the types of internal transport vehicles: from manual transport forks (hand-pushing) to front lift forks with a squat.

Main risks related to the use of self-driving forks: load renja, inundation of pirur, impact of people by weight or with moving parts of the truck, environmental risks (obstacles, power lines, etc.), risks associated with the use of certain types of power (electrical, plumbing, etc.). Basic physical knowledge: the basis for assessing the loads treated, the conditions of a body’s balance. Stability (concept of the center of gravity of load and the first-degree levee). The flood lines of the pyramid. Static and dynamic stability and influence of pirur movement and the working environment (forces of inertia). Capacity of the pyramid. The techonology of self-driving forks: terminology, general characteristics and key components. Mechanisms, their characteristics, functioning and principles of operation.

Main components: forklift and/or trapping device (add-ons, etc.). The first and fourth grades of the 1st and 4th grades. The guide place with the description of the seats, command equipment (levers, pedals, steering columns and steering wheel, brakes for the correct load station, general switches, emergency crossings), signal equipment (boron, sensors, lights, serenades), and control (tools and operation indicators). Brakes (load stop brakes and vehicles). Tire and tire types: differentials of different types of use, steering and motor rolls. Power sources (mechanical batteries or in-house combustible engines). A squat.

Battery recharge systems: safety components in open areas. Command and security equipment: identification of command security equipment and their operation. Active and passive protection systems. Conditions of equilibrium: factors and elements that affect stability. Capacity (formal/current). Illustration and reading Of nominal and effective plates, tables or diagrams. The impact of the terms of use on the formal characteristics of behaviors. Machine to run (load indicators and other indicators, etc.) Checks and maintenance: daily and periodic checks (general and test status, poles, equipment, guide place, brakes, tyres, battery engine, safety equipment). Illustration of the importance of correct use of operation and maintenance of manuals supplied by cart. Methods of safe use of self-driving forks: Movement procedures. Safety signals at work. Safety procedures during movement and “parking” of the vehicle. Routes: barriers, footer roads, intersections, bottlenecks, gates, gaps, pendences, etc. Works in special or outdoor conditions, on slippery terrain and pendency with poor visibility. The basics of the guide. Rules for circulation, movement of loads, storage, etc. The basics of the possibility of risk to health and safety in relation to the fork guide and in particular the risks referred to: Working environment; Employee/machinery ratio; The driver’s health. The basis on technical methods, organisation and conduct of personnel protection, appropriate steps to avoid risks.

Practice module: industrial self-driving forks, self-driven telescope forks and forks/movers/self-driven lifters with rotary rotary tilt (8 hours)

Illustrations, following instructions on the use of the forklift, its components and safety.

Maintain daily and periodic legal checks and according to the instructions for use of the fork. Guide of the forklift in testing to identify load and empty manoeuvres (proper position in forklift, aggravation, transport in different situations, stop of the cart….)

COHESION 16 hours

REGISTRATION

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TRAINING METHOD In the hall

TRAINING TAB – EMPLOYEES FOR SELF-DRIVING INDUSTRIAL FORKS

PARTICIPANTS Drivers and users of self-driving forks with steering on board (industrial self-driving or industrial self-driving with telescopic wings or rotating telescopic self-driving cars/trucks/forks).

TRAINING CONTENT

Legal module – regulator (1 hour)

Course presentation. General overview of the security staff in the place of work, with references to the provisions of the law related to the use of equipment. Employee responsibility.

Technical Module (7 hours)

Types andkaracteristics differently from the airports for internal transport: hand transport equipment (carriage) of the deritecpiruous faces with the counter- The main risks related to the use of forklifts: crashing of loads, slides, overturns, comradeloads of persons with movable parts, hazards with the environment (obstacles, lineselectrics, etc.), risked by the use of different forms of energy (electrical, hydraulic, etc.).. Basic knowledge of physics: knowledgebasevaluation of moving loads, equilibrium conditions. Stability (the concept of the center of the cargo and the levee escalator first). Overthrow lines. Static stability and dynamics and inability because of the stability of the carroves and the workload (centrifugal force of inertia). The circulation of forks. Technology of forklifts: terminology, general characteristics and general supervisory. Mechanisms, their characteristics, functions and function repairs. Primary components: pitchfork and/or part-dismissal (equipment, etc….). Structurally-encrypted (simplex – duplex – triplex – quadruplex – ecc, with free and not elevation). The driver’s seat with the description of the item, the proportions of the commander (levers, pedalt-guided speakers, the stop brakes, general keys, emergency keys), the equipment injalyst (sound warning, lights, lights, etc….) and control (tools and indicators of operation). Brakes (parking brakes and resentment). Their tires: different types of use, wheels and directions. Sources of energy (battery-generators with internal combustible batteries). Counterweight. Systhemicarybaterial: radrizers and entrinementsarrethal use in relation to the environment. Command and Safety Equipment: Identification of their command and functioning devices, identification of their safety and functioning devices. Sitemeactive and actively protected. Equilibrium: Factors and elements that affect stability. The (rated) movement. Illustration and reading of labels, tables anddiagramsnominal and leader. The impact of the use conditions, and the use of the bio-encryptionics. Steering apparatus (load indicators and other indicators, etc….) Control and maintenance: daily and periodic coontrolls (general conditions and tests, mounting, equipment, steering places, brakes, wheels and levers, batteries or motors, protection devices). Illustration of the importance of a correct use of manuals and maintenance in the direction of carts and forks. Ways of using self-driving forks in safety: movement procedures. Safety signals at work. Safety procedure during movements and parking of vehicles. Roadways: obstacles, pedestrian paths, intersections, straits, doors, gates, penances, etc… Work in special conditions or outside it, in slippery terrain, with penance or poor eyesight. The basics of instruction. Rules on traffic, cargo movements, storage, etc…. Notions of possible health and safety risks associated with forklifts and in particular the risks referred to:

(a) the working environment;

b) human/machinery ratio;

(c) the driver’s health condition.

Basic notions of technical, organizational, behavioral and personal protective equipment appropriate to: prevent risks.

Pratik module: self-driving industrial fork (4 hours)

Illustration, following the instructions for the use of forks, various components and safety.

Daily and periodic maintenance and control of the law and as indicated in the instructions for forks. Forklift guide in test test for identifying correct maneuvers with and without load (correct position in fork, loading of materials, transport in different situations, forklift stop, etc….)

COHESION 12 hours

TRAINING FOR THE PEOPLE WHO USE FORKLIFTS

PARTICIPANTS Drivers and users of self-driving forks with onboard steering (industrial self-driving or industrial self-driving with telescopic wings or rotating telescopic self-driving cars/trucks/forks)

TRAINING CONTENT

· 12 hours industrial forks

· Forklifts with wingspeed 12 hours

· Forkliftssetsing 12 hours

· Forks of all types 16 hours

COHESION 12 hours

REGISTRATION

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TRAINING METHOD In the hall

CIVIL PROTECTION TRAININGS

The training course for civil protection volunteers has a variable duration to be determined by individual associations or bodies.

PARTICIPANTS

The presence of volunteers (Associations, Joint Groups) in emergency situations now presents a fundamental and unsuperring contribution to the institutional structures of civil protection. Voluntary organizations are not directly involved in rescue operations and emergency transition, in particular, Voluntary Civil Defence Organizations may be called upon to conduct the following activities:

TRAINING CONTENT

Participation in the preparation and implementation of the Civil Defence Plan;

Participation in exercises and organization at district or regional level; to increase public sponge.

In emergencies:

Competition in the activities of local control rooms; Participation in relief and assistance activities in case of miseries; For training of volunteers, many experts to deepen different topics; Against forest fire; High-risk fire; Meteorology; Micro-macro emergencies; First aid; Psychology and communication; National and regional legislation; Termets, land slips, floods, industrial hazards, avalanchi, etc.

COHESION 8 hours

REGISTRATION

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TRAINING METHOD In the hall

TRAINING FOR EMPLOYEES IN LIMITED SPACES AND SPACES

PARTICIPANTS Technical workers with many years of monitoring of discharges, petrochemical industry.

This course includes specific training for employees under legislation and regulations.

TRAINING CONTENT

Definition of characteristics and examples of “Limited Space”. The last few years (awareness). Legislation in force. Liability of the liability. Main roles and tasks. Mandatory documentation and modules. Filling out the chek list and modules for access to limited spaces. Main risks: Lack of oxygen, gases, smoke, vapor, rage, fire risk and explosion, dust, microclimate, claustrophobia, resets from high alt-state. Main roles and tasks.prevention and protection measures. DPI and DPI training of degree III. (Use, Typology). Training of the use of gas detectors and explosion atmospheres

Safety of the workplace and the rescue companies. Emergency calls. Evaluation of the dems

BLS. Training for the first intervention. Simulation of a scenario.

COHESION 12 years

REGISTRATION

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TRAINING METHOD In the hall

TRAINING KEDA – AUTHORBALTING EMPLOYEES WITH BELTS

PARTICIPANTS Employees who run or use the striped authoritative.

TRAINING CONTENT

Legal Module – Regulations (1 hour)

Course presentation. General advice on regulations in the field of hygiene and safety at work, referring in particular to the use of work equipment for movement with employees on board. Employee’s responsibility.

Technical Module (3 hours)

Equipment categories: different types of construction equipment and description of general characteristics and specifications, with special reference to excavators, chargers, excavators and authorbalts with belts. Structural components: support structure, transmission equipment, propellant equipment, steering and braking equipment, control circuits, hydralic plant, electrical plant (each component refers to course equipment). Command and security provisions: identification of command and operation, identification of security equipment and identification of them. Device visibility and blind spot identification, access systems. Controls before starting use: the visual control of the operation before the start of the work cycle. Safe and risky use method: analyzing and assessing frequent hazards in the usual cycle of equipment (risk of return and stability of static and dynamic, unintended contact with moving parts or with warm surfaces, risks due to mobility, etc.). Ignition, movement, direction, maneuvers, operations with key equipment. Precautions to be taken with the organization of excavation or work. Protection against physical agents: noise, vibration of the entire body, hand and arm.

Practical module (6 hours)

Identification of structural components: support structures, transmitting equipment, propellant equipment, steering and braking equipment, accompanying and steering equipment of working machines.

Identification of control and security equipment: identification of control devices and their operation, identification of security devices and their function, recognition of control patterns. Controls before use: visual control of the operation of the machinery, command and security facilities. Planning loading, unloading and distributing materials; slope, ignition, emerging obstacles, typology and surface conditions. Exercises operational practices: maneuvering techniques and managing dangerous situations.

Direction on the road. Exercises should include: (a) Preparation of equipment and positioning of working equipment; (b) Moving with loads

Use of authoritatives in the workplace. Exercises should be predicted.

a) The discharge maneuvers; b) Distribution manoeuvres

Leave the rest of the authorbalt: parking and storage in the right place, precautions against unauthorized use.

COHESION 10 hours

REGISTRATION

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TRAINING METHOD In the hall

TRAINING TAB – EMPLOYEES WITH VINCA TRUCKS

PARTICIPANTS Workers who drive and operate crane trucks.

TRAINING CONTENT

Legal Module – Regulations (1 hour)

Course presentation. General advice on regulations in the field of hygiene and safety at work, referring in particular to the provisions of the law in the field of use of work equipment for the movement of loads. Employee’s responsibility.

Technical Module (3 hours)

Terminology, characteristics of different types of crane trucks regarding the position of installation, their movements and removal of the equipment, changing the configuration depending on the installed equipment.

Basic knowledge of physics to enable the assessment of load mass and being able to assess the equilibrium conditions of a body. Basic physical knowledge to make it possible to assess the load mass and to be able to assess the equilibrium conditions of a body, in excess of assessing the necessary attributes that allow the maintenance of the entire suspended load in stable conditions Conditions of stability of a vinc truck: factors and elements that affect stability.

Main features and main components of the vinc truck. Types of construction and cap pieces.

Remote control equipment. Contents of documentation and identification plates on each of the crane trucks. Use of load tables provided by the manufacturer. Principles of operation, verification and regulation of restrictive devices, indicators and control. Basic principles for transfer, positioning and stability. Methods of use in safety and hazard: analyzing and evaluating the most frequent hazards in the use of crane trucks (load-bearing, loss of balance of the vinci truck, hitting persons with load or crane, environmentally related hazards such as wind, obstructions, power lines, etc., risks related to the instability of the truck). Managing signaling.

Practical Module (8 hours)

Individualization Of Structural Components: Base, Telaio and KontrotelaioStabilization systems, columns, arm assembly. Command and safety provisions: identification of command equipment (hydraulic and electrotechnic commands, radio commands) and operation (movement, positioning and works), identification of safety tools and their function. Pre-use control: the visual control and operation of the truck mounted vinci and its accessories, command, signaling and safety equipment, provided by the builders in the instruction manual and equipment. Maneuvers of the crane truck without load (lift, stretch, rotation, etc.) combining movements with and without load. Control before road extraction: asset condition control (shifting and stabilization structure). Planning of departure actions: working conditions (pendences, support site conditions), load measurement assessment, beam determination, configuration of cranes mounted in truck etc. Positioning of the vinc truck in the working place: positioning of vinci in relation to the center of gravity of load, determination of the work area, signaling to be used for public roads, installation of stabilizers, leveling of vinci. Procedure for putting accessories, blocks, stabilizers, etc.

Exercise of work practices:

Perform load capture/hang exercises for rotation control, fluctuations, strokes and load positioning. Operations in the vicinity of fixed barriers or other cranes (intrusions). The movement of cargoes with common use and with special shapes such as: long and flexible loads, loads with floors and large surfaces, loads of large dimensions. Precise maneuvering for lifting, veering and positioning of the load in visible and invisible positions. Use of different accessories from the gauntlets (toe, bucket, etc. Moving loads with special accessories.

Emergency manoeuvres: carrying out emergency manoeuvres to recover loads. Evidence of communication by sign or radio.

Practical exercises for the correct functioning of the limiting, indicator and positioning facilities.

Leaving the truck mounted vinci rest: procedures for storing equipment, blocks, stabilizers, etc..

COHESION 12 hours

REGISTRATION

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TRAINING METHOD In the hall

TRAINING TAB – EMPLOYEES ON MOVING PLATFORMS WITH AND WITHOUT STABILIZER.

PARTICIPANTS Employees who run and use mobile work platform with stabilizers.
TRAINING CONTENT Legal Module – Regulations (1 hour)

Course presentation. General advice on regulations in the field of hygiene and safety at work, referring particularly to work equipment and work at heights. Employee responsibility

Technical Module (7 hours)

General regulation of the use of tower vinci: the role of employees: the role of the operator compared to other entities (assembler, maintenance, in charge of the shipyard, etc.). Limit the use of equipment taking into account the characteristics and conditions of installation. Permitted manavers taking into account the conditions of installation (permitted areas, intervention, etc.). Load characteristics (measure, shape, durability, loading element storage conditions, packing, etc.). Types of tower cranes: different types of tower cranes and description of general features and specifications. The main risks related to the use of tower vinci: loading drop, slide of the vinci, the blow of people by the load or with moving parts of the tower vinci, Environmentally related risks (wind, obstruction, electrical lines, etc.), risks associated with the use of various forms of energy (electrical, hydraulic, etc.). Basic knowledge of physics: The basics of evaluation with loads on building sites, the conditions of equilibrium of a body. Technology of tower cranes: terminology, general characteristics and specific components of the tower vinci. Mechanisms, their characteristics, operation and basic principles of functioning. Structural components: tower, puntot, wing, counter-counter, base structure, cabin holder. Command and security provisions: identification of command and operation, identification of their security and operation (limiting loads and time, position limiters, etc.). Conditions of the equilibrium of the tower vinci: the factors and elements that influence its stability. Diagram of the load provided by the manufacturer. Apparatus for moving vinci (spice, load indicators, and other indicators, etc.). Installation of tower vincit: general information about the conditions of installation (place of reside, placement, contingency, etc.). Tools to prevent the introduction into restricted areas (lighting, obstructions, etc.).

Checks performed before use: visual control (of vinci, of support, of the routes you described if any) and functional. Method of safe use of tower vinci: Deployment actions in service (locking of rotary brakes, stop system, etc.). Control of brakes and safety equipment. Assessment of the total load mass. Correct use of lift accessories. Assessment of weather conditions. Communication with the local signs or other communication system (audio, video, etc.). Methods of performing manoeuvres to move the load with the required accuracy (positioning and balance of load, with the least possible movement, etc…). Prohibited actions. End-use transactions (including brake release, spinning and the enabling locking and docking system). Using vinc in accordance with the terms of use intended by the manufacturer.

Maintenance of the vinci tower: the visual control of the vinci provided its equipment.to find anomalies and perform necessary interventions (directly or through maintenance personnel and/or technical assistance). Simple maintenance interventions (booking, cleaning some equipment and components, etc.).

The practical module of the low-altitude rotational vinci (4 hours)

Identification of structural components: tower, puntot, wing, counter-counter, base structure, cabin holder. Identification of command and security provisions: identification of command and operation, identification of their security and operation. Pre-use control: visual and functional control of the vinci, command and safety device provided by the builder and the vinci instruction manual. Diagram of the load. It means testing of auxiliary equipment in command of safety provisions (windscreen, load indicators, and other indicators, load limiters and time, counter-interference,). Installation conditions (support plan, deployment, counter weights, burner barriers and permitted areas).

Use of tower vinci: Deployment actions in service (rotary brake blocking, stop system, etc.). Check the correct function of the brakes and safety equipment.

Estimate the total load. Use of motion accessories (connectors, lift beams and pliers, etc.). Perform maneuvers to move the load with the required accuracy (positioning and balancing the load, with minimum possible fluctuations, and so on). Use commands placed on the pulse. Using controls set up on mobile radio units. Using connecting devices, lifting and releasing cargo. Moving load through fixed obstacles and opening, approaching and positioning on the ground and on realized floors. Prohibition of vinci in the workplace (leaving off duty in case of interruption of normal exercise). Daily checks of the tower vinci, operational descriptions for leaving out of service and precautions in case of weather conditions.

After use: the visual and functional control of the vinci, its equipment and the safety provided by the builder and the vinci instruction manual. Positioning of the cabin and the movement gances. Unlock the rotation brake. System of stop and block. Section of power supply.

COHESION 10 hours
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TRAINING METHOD IN SALLE

TRAINING TAB – EMPLOYEES WITH VINC MOBILE TOWER

PARTICIPANTS

Workers who drive and operate mobile cranes (self-driving wheeled trucks and vinca with telescopic wheels or fixed cranes).
TRAINING CONTENT

Legal Module – Regulations (1 hour)

Course presentation. General advice on regulations in the field of hygiene and safety at work, referring in particular to the movement of loads. Employee responsibility

Technical Module (6 hours)

Terminology, characteristics of some types of moving cranes, their movements and erection. Basic risks and their causes: Loading; Loss of equipment stability; The people of the cargo or the appetisal; Environmental hazards (soil characteristics, presence of wind, obstructions, power lines, etc.) Energy-related hazard used for supply (electrical pneumatic, hydraulic,); Special hazards related to specific uses (works in the marine or water environment, railway works, etc.).

Risks associated with multiple movements. Basic knowledge of physics to enable the assessment of load mass and being able to assess the equilibrium conditions of a body. Basic features and components of the removable cranes. Their mechanisms, characteristics and functions. Stability conditions of a mobile vinci: the factors and elements that influence their stability. Contents of documentation and license plates for identification of vinci. Use the manufacturer’s diagrams and load charts. Principles of verification, control of the regulation of restrictive devices and indicators. General principles for positioning, stabilization and folding of vinci. Use of signs.

Practical Module (7 hours)

Functioning all vinci commands for his movement, his attitude and his activity.

Sonjalistic and safety disposition testing. Inspection of vinci, power circuits and control systems, cables and components. Preparation of vinci for transport or movement. Procedures for the implementation and storage of equipment, blocks, stabilizers, counterweights etc. Exercise of planning the erection actions by keeping the preconditions of the place where it is worked, the vinci configuration, the equipment system, etc. Exercise for positioning and deploying of vinci for lifting action including: evaluation of load mass, beam determination, positioning of vinci in relation to the gravity center of charge, adaptability of vinci ground support, installation of stabilizers, leveling of vinci, positioning of the arm in alignment and proper height. The maneuvers of the vinci without load (lifting, stretching, rotating, etc.) or even the case when these maneuvers are combined with the movement of vinci in the permitted areas. Load exercises for controlling rotation, fluctuations, strokes and load positioning. Transfer of loads left hanging on to cranes with tyres. Operations in the vicinity of fixed barriers or other cranes (intrusions).

Practices working to test the proper functioning of restraint and indicator devices.

Change of lifting equipment and number of pulls. Handling of cargo in common use and cargoes of special shape, such as: long and flexible loads, floor loads and very large surface, large loads. Moving loads with special accessories. Precision maneuvering with lifting, placing and positioning of the load in visible and invisible places.

Proof of communication with signs and via radios. Safe use exercise, testing, maintenance and emergency situations (departure and stop procedures, regular inspections and their registration, maintenance of control register, daily checks required by the manual of use, pre-use checks such as: visual and functional vinci control, lubrication, leveling control, indicator examination, alarms, warning equipment, instrumentation).

COHESION 14 hours
REGISTRATION Www.aqscert.org: 042200301 [email protected] [email protected]
TRAINING METHOD IN SALLE

TRAINING TAB – EXCAVATOR EMPLOYEE

PARTICIPANTS Employees who run and use excavators
TRAINING CONTENT

Legal Module – Regulations (1 hour)

Course presentation. General advice on regulations in the field of hygiene and safety at work, referring in particular to the use of work equipment for movement with employees on board. Employee’s responsibility.

Technical Module (3 hours)

Equipment categories: different types of construction equipment and description of general characteristics and specifications, with special reference to excavators, chargers, excavators and autoribaltablas with harnesses. Structural components: support structure, transmission equipment, propellant equipment, steering and braking equipment, control circuits, hydralic plant, electrical plant (each component refers to course equipment). Command and security provisions: identification of command and operation, identification of security equipment and identification of them. Device visibility and blind spot identification, access systems. Controls before starting use: the visual control of the operation before the start of the work cycle. Method of safe and risky use: analyzing and evaluating frequent hazards in the ordinary cycle of equipment (risk of return and stability of static and dynamic, unintended contact with moving parts or with warm surfaces, risks due to mobility, etc.). Ignition, movement, direction, maneuvers, operations with key equipment. Precautions to be taken with the organization of excavation or work. Protection against physical agents: noise, vibration of the entire body, hand and arm.

Practical module (6 hours)

Identification of structural components: support structures, transmitting equipment, propellant equipment, steering and braking equipment, accompanying and steering equipment of working machines.

Identification of control and security equipment: identification of control devices and their operation, identification of security devices and their function, recognition of control patterns.

Controls before use: visual control of the operation of the machinery, command and security facilities. Planning field operations: slope, launch, excavation, leveling, compensated excavation, movements on empty slopes and load. The movement of goods, the tmanovra for the fast connection of the vehicles. Exercises operational practices: maneuvering techniques and managing dangerous situations.

The excavator’s direction on the road. Exercises should include: (a) Preparation of equipment and positioning of working equipment; (b) movement with the ordnance;

Use of charger in the workplace. Exercises should be predicted; (a) the conduct of the digging and filling; b) the connection of equipment in flat place and not; (c) the maneuvers for the levelling of the vehicle;

(b) correct movement of the cargo; e) connecting special equipment (staining cekic, hydraulic tweezers, rafts, etc.) and their use; (f) maneuvering for loading the excavator.

Leave the skate- break: parking and storage in the right place, precautions against unauthorized use.

COHESION 10 hours
REGISTRATION REGISTRATION TAB (www.aqscert.org) wire: 042200301 [email protected]
TRAINING METHOD IN SALLE

MODULE B8 TRAINING TAB – PUBLIC ADMINISTRATION AND EDUCATION

PARTICIPANTS The responsibility and the employees of the service and the prevention of the processing should be taken by the personspernepernenecontranstance of MacrosektoritteAteco 8 (Public Administration and Education).
TRAINING CONTENT Risk assessment

Risk assessment objectives. Hazard analysis: logical flow (preliminary stage, identification of risk factors and workers exposed to these risks, assessment of risk exposure scale, assessment of risk and probability of effects, programming or implementation of preventive measures). Role of the Workman, The Director and the Proposed. Elements for the construction of the matrix.

Risk analysis

Risks derived from the organization of work. Work environment. (Legislation in force). Manual load shift (legislation in force). Moving, removing means of transportation. Risk of accidents. The danger of electricity. Mechanical risk. Risk of special access. Risk of reneats from the top. Pathologies derived from MMC

Physical and biological risks

Chemical Hazards: (applicable legislation) Gas, vapor, smoke, fog powders, pelts, labelling, physical-biological hazards (applicable legislation) Noise, Vibration, Microclimate, Lighting, Radiation, Vidioterminals. Management of the remaining risks: collective and individual DPI.

Exercise

Apply matrix practices in a ready model in a case of dermatology.

Security against the fire rene.

Discussion of analysis and exercises on matrix. Regulations for preventing fires and their extinguishing.

Principles on burning (from fire). Specific fire prevention measures: how to behave for fire prevention. Importance of control of work environments. Importance of verification and maintenance of fire extinguishing equipment. Safe lighting. Protection against fire. Passive protection measures. Evacuation routes, divisions, spaces. Fire extinguishers and equipment. Alarm system. Security signal. Electrical installations safe. Lighting safe.

Emergencies.

Procedures to be adapted in case of evacuation. Procedures that are necessary to beped whenever they are in the process. Procedures to be adapted in case of alarm. Evacuation methods. Method of calling quick help. Collaborate with firefighters in case of intervention. Examples of an emergency situation and procedural-operational requirements. Examination and clarification of main equipment and fire extinguishing systems. Clarification of the use of individual protection equipment (masks, protections and fire suits etc.)

COHESION 24 hours
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TRAINING METHOD IN SALLE

MODULE B3 TRAINING TAB – CONSTRUCTIONS

PARTICIPANTS

Responsibility and the processing of the company is to be used for prevention and protection, and it is necessary to take the company of MacrosektoritteactivityAteco 3 (Mining of minerals, mines and insurances, construction)

CONTENT

TRAINING

Course Presentation

Legal aspects and regulations, course methodology, combiding update

Risk assessment

Objectives of evaluation of risks, analysis of risks: skender (pre-stage, identification of factors of theterior and workratesexposed by the nature of the risks, , the assessment of the extent of exposures to the risks, evaluation of the apersisedprobabilities of the effects, the programming implementation of pre-emptive measures). ; Role of employees, leaders, overproposed, Elemmen for the construction of a matrix

Risk analysis (part I)

Hazards are required to be organized, work environments, load movement, movement, transportation, transportation hazards, hazards by electric, hazards by mechanical life, special risk, risk of renaissance from high alt-distances

Risk analysis (part II)

Natural hazards: Gas, vapor, smoke, dust, fog, lenses, labeling, physical-biological hazards, noise, vibrations, microclimates, lighting, radiation, videoterminals, residual risk management (individual DPI)

Exercise

Applying matrix practice in a one-way model in enterprise

-Documents and emergencies

Discussion and annalization of exercise in the above matrix

Content of risk assessment documents (adapted criteria, assessment recognition, identification of protection precautionary measures, programming of other measures to prevent and improve security levels in time, critique situations can turn into emergency situations, continuous upgrade)

Testingfinal of knowledge control and knowledge.

Risk Factors in Construction

Duties, machines and products. Risks generated inside and out of the way. Risk typology, maintenance and machinery registry.

Exercise

Construction of a specific matrix of the site, relative to the phases of work by the counter-making and use of machinery/equipment; The workers, the monitoring strategy, the evaluation of the results of the measures taken and the implementation of successive actions.

Works in the shipyard.

Works in limited spaces and high-end work. Equipment and tools for movement. Mechanical movements. Methods for choosing DPI, Noises and Lights.

Noises; Monitoring strategy. Frequency analysis. Noise in limited environments. Methods for choosing DPI

Noises: They are transmitted in the hand-arm system and in the whole body. Effects on health. Risk assessment: when there
are reasons
for the bets. Methods for choosing DPI.

Load movement (MMC) and continuous movement. (WMSDs)

Procedure, risk assessment modeling and criteria (NIOSH). incidentalcorrelative and repeated movements. Methods for choosing DPI; And theological hazards.

Hazards

The limit of dust, smoke, mingling, gas, vapor: damage in health.

Security tab
: R (
risk) and
S
(safety), labelling. Skinnaalergyececontact and irritated. Methods for choosing DPI.

Risky

Methods for choosing DPI. Alkolidheduhani

Exercise

Construction of a complete matrix for the construction works in the DPI construction site, the most possible work phases MMC: calculation of the weight limit.

Emergency Management

Street and road in the business.

Electrical plant – machinery regulations – maintenance – fire hazard.

Protection of safety of the plant in the shipyard. Safety of plant power plant machinery (CEI EN 60204-1)> machinery regulations. Ordinary and extraordinary maintenance, according to the rules and regulation. Accidents and failuresprofessional. First aid equipment. Shipyard services. Emergency management, safe work.

Contract or contract

Machine and equipment rental. Credits for use. Defined I: Contracted or director, contractor, subcontractor, self-employed or undertaking, employed, dependent worker. Defining I: contracting, separate contracts, contracts, subcontracts, contracts. The researcher-profesinale. Information on the implementation of contracting, construction, cooperation and coordination of the operations of the employees. Coordination of the director.

Exercise

Stimulating the one-to-one site, building the tree of causes, the roads of the shipyard and the emergency squad.

Security Management

Discussion and annalization of exercise. Il PSC and POS

COHESION 60 hours
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TRAINING METHOD IN SALLE

TRAININGS FOR ELECTRICIANS

Electrical workers training tab. (PAV and PES) 16 hours

The course is developed for installers, maintainers, and those who perform an activity in electrical wiring with voltage of 1000 V to AC as well as 1500 V C.C.

PARTICIPANTS Installers, maintainers, and all those who develop their activity working in electrical plants, both when electricity passes and when current passes, with a voltage from 1000 V to1500 V, or workers working near electric plants.
TRAINING CONTENT

Laws and regulations for electric plants. Analyze electrical hazards, definition and acceptable risks. Harmful electrical energy operations: safety curve, protection against direct and indirect contacts. The plants located on the land. Eclectic dissiparity, characteristic curves, protective equipment. Direct contacts on the land, not on the land. Security conditions with the presence of the circuit intersecurent. Rate CEI EN 50100-1 and CEI 11-27 ediz. III, Professional Characteristics Required Expert Employees (PES), and Experience (PAV). The electrical work limits. Preparation of work. Assessing the risks. Environmental conditions. System for transmitting or exercising information among persons interested in this activity. Placing blocks or equipment. Use and control of DPI, Techniques of intervention in areas where no electricity passes and near areas with electricity. Precautions in the use of the instuments and moving areas. Cei norm EN 50100-1 and CEI 11-27 (related to works where electricity passes through systems of category 0 and 1). General safety criteria in terms of the characteristics of electrical components where it can be interfered with electrical current works.

Equipment and DPI: special for works where electricity passes. Examples of files with descriptions of operational phases. Plan of work. The handing and return of the plant. The intervention plan.

Organizational experience:

Preparation of work. Risk assessment. System for transmitting or exercising information among persons interested in this activity. Covering specific roles with overlapping roles. Specific experience of the type of job a person should qualify for:

Analysis of the works. Equipment choice. Identify and define the boundaries of the workplace. Work place preparation. Approval of protection in works near areas with electricity.

Mastering operational sequences for execution of work

COHESION 16 hours

REGISTRATION

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TRAINING METHOD In the hall and the ground

MODULE B2 TRAINING TAB – FISHING 36 HOURS

PARTICIPANTS The responsibility and the employees of the service before prevention and protection are required to take part in the enterpriseMacroctoritteteactivity of ATECI 2 (culture of fishing and related products).
TRAINING CONTENT

Risk assessment

Objectives of risk assessment. Risk analysis: a phase-out, identification of risk factors and workers exposed to the risk of the risk, the evaluation of the extent of exposure to the risks, the assessment of the effects, the programming or implementation of pre-emptive measures. Role of the manager, director and nominee. Elements for the construction of a matrix. Ratings

Risk analysis (part 1)

Risks are the organization of work. Work environments, load movement, movement, transportation, hazards, hazards by electric, hazards by electric, hazards, special risks, risk of reniescence, evaluation.

Analyzing risks (part 2)

Natural hazards: Gas, vapor, smoke, dust, fog, lenses, labeling

Physiological-biological hazards, noise, vibration, microclimate, lighting, radiation, videoterminals, residual risk management (individual collective DPI), evaluation

Emergency documentation.

Definition and annalization Of matrices description, Content of risk assessment documents (adapted criteria, assessment recognition, identification of protection prevention measures, programming of other measures of prevention and timely enhancement of security levels), Critique situations can turn into emergency situations, Continuous upgrade, final assessment of the test

The physical risks

Load displacement, Renjangalart (Intranets or escalators), Slips, floor collapses, compressions, blows, violations, breaking of cables, connectors, injuries or trauma from the severity,

Reset or seas, Hazards, non-ionized radiation, noise, hazards and explosives, Forecast, Passive and Active Protection, Final Testing of Embedding Verification.

Specific risks

Workloading, Maintenance, Emergency Management, Ecosystem Obligations, Navigation Conditions, Components of Equipment, Safety System, Personnel Recognition and Capacity, Behavioral Norms, Extent of The Potential, Sharing of Primary Risks at the Workplace, Training Perfection Testing.

Factorinerjeordepressor

Weather conditions, noise, lighting level, Accommodation on ships, Fishing treatment equipment, Factoreternomic and physiological factors, Alkolidheduhani, Final testing of training perfection.,Closed testing and tests, Simulation of embezzlement control.

COHESION 36 hours
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TRAINING METHOD IN SALLE

MODULE B4 TRAINING TAB – MANUFACTURING AND INDUSTRY

PARTICIPANTS The responsibility and the employees of the service and the prevention of the processing of the services and the pre-prevention of the services should be taken upperpersons in the company of MacrosektoritteAteco 4 (IndustriesQimore – Textiles, Clothing – Lekure, – Wood – Paper, journalism and printing – Non-metallic minerals – Metallurgy, fabrication of productsmetallic – Fabricationmakinerishes, equipment, – Mechanical machineryfabrication – Equipment and electrical engineering – Machinery – Machinery – Furniture – Manufacturing – Manufacturing and distributing energy, – Electricity, gas, water – waste storage).
TRAINING CONTENT Course Presentation

Regulations and prospective laws, course methodology, combiding update

Risk assessment

Risk assessment objectives. Risk analysis:skeeping (phase-out, identification of risk factors and workers exposed to risk of exposure to the risk, evaluation of the risk exposure scale, evaluation of effects, programming or implementation of prevention measures)

Role of the Workman, The Leader or the Nominees. Elements for the construction of a matrix.

Analysis of risks (part I)

Risks are the organization of work. Work environment. Manually shifting loads. Moving, removing means of transportation. Risk of accidents. Dangers. Risk of a special threat. Risk of renjevengalartesite.

Risk Analysis (Part II)

Natural hazards: Gas, vapor, smoke, dust, fog, lenses, labeling. Physiological hazards, noise, vibrations, microclimate, lighting, radiation, videoterminals, residual risk management (DPI, individual and DPI-

Exercise

Practice matrix in a pre-ordered model in one enterprise.

Documents and Emergencies

Discussion and annalization of the above exercises. The content of risk assessment documents (adapted criteria, recognition of assessment, identification of protection precautionary measures, programming of other measures to prevent and improve security levels in time, critique situations may turn into emergency situations, continuous enhancement). Testing for entity.

The Risks

Physical hazards: noise, vibration, manual and mechanical movements of loads, hazards, hazards, hazards, renegotiations. Hazards: powders, smoke, gas, fog, aerosol: agentetalergic, sensitizing, carcinogenic, tetratogenic. Limit values and value thresholds. TLV. The risks of life: bacteria, viruses, parasites.

Firefighting environment. Organizational risks and indirectly. Specific risks.

In detail: risk

Monitoring strategy, sampling systems. The protection of the consumer. Managing the remaining risks: the safeguarding measures. Choosing the right DPI for the protection of breathing pathways, face, hand and hand. Woodwork: Woodworks fort and woodrurittebute.

In detail :p forbiological risk limits

Infection, pathogeneicization, transmission. Risk assessment guidelines. Methods for assessing risk. Indicators for health preservation. Measures for microorganisms scattered in the air. Measurement of surface pollution. Principles of the HACCP method.

Exercise

Building a specific matrix is an industry. Identifying risks associated with tasks.

Installations.

Power plants, located on the land, discharge ofmospheric discharges, respiratory environments, fire risk.

Installation verification, ground-located, installation againstmospheric discharge, respiratory environments: when and why, fire risk. Emergency Management

The noise.

The right choice of DPI. The noise in limited areas.

They are transmitted in the hand-arm system and in the whole body. Effects on health. Risk assessment: when there
are reasons for
the increases, the movement of the loads and the mechanics of the loads.

Loading and mechanical movement (MMC) and the moveperserites (WMSDs)

Procedures, models and criteria for risk assessment related to MMC. Weight limit calculation model (NIOSH). Risk and subsequent action indicators. MMC-related pathologies. Definition of the term Related Work with DisordersMuscular and relatedpatology. The incidents can occur again.

Loading movement.

Loading of goods (products, equipment…) , lifting and movement. The record of periodic maintenance. Damage and maintenance. The concept of efficiency, efficiency and economics. The risk assessment of the riskttemakinerivesipas norms UNI EN 1050. Machinery hazard (mechanical or not) according to uni EN 12100-1. The machinery storage machines uni EN 294 and UNI EN 953. Directives CEE, DPR 359 and 547

Exercise

The exercise :p writing a Paper Industry, is carried out in the matrix and the construction of a machine, the description of the operations performed by the workman. Risk assessment, identification of the most possible MMC phases; Calculate the limits allowed.

Security Management

Discussion and annalization of exercise. Emergency management. First intervention. Prevention. Evacuation

COHESION 48 hours
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TRAINING TAB R.S.P.P. WORKSHOP AVERAGE RISK (AGRICULTURE, FISHING, EDUCATION, TRANSPORT, STORAGE)

PARTICIPANTS All employees develop the directives of the R.S.P.P. based on the applicable law on safety in the sectors base work ATECO 2002
TRAINING CONTENT Fromalegore – regulations

Security Management and Organization

Finding and evaluating the radii

Training and consulting of workers.

COHESION 32 hours
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TRAINING METHOD IN SALLE

TRAINING FILE R.S.P.P. THE LOW RESICH WORKSHOP (OFFICE AND SERVICES, TRADE, TRADE, TRADE, TOURISM)

PARTICIPANTS

All employees develop the directives of the R.S.P.P. based on applicable laws on safety at work, based on sectors ATECO 2002

TRAINING CONTENT

Fromalegore – regulations

Security Management and Organization

Finding and evaluating the radii

Training and consulting of workers.

COHESION 16 hours
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TRAINING METHOD IN SALLE

TRAINING TAB R.S.P.P. HIGH RISK WORKSHOP (CONSTRUCTION, INDUSTRY, FOOD, TEXTILES, WOOD PRODUCTS, PRODUCTION, ENERGY, WASTE, REFINERY, CHEMICAL, HEALTH, RESIDENTIAL SERVICES)

PARTICIPANTS All employees develop the directives of the R.S.P.P. based on applicable laws on safety at work, based on sectors ATECO 2002
TRAINING CONTENT Fromalegore – regulations

Security Management and Organization

Finding and evaluating the radii

Training and consulting of workers.

COHESION 48 hours
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TRAINING METHOD IN SALLE

TRAINING TAB – SPECIFIC TRAINING, AVERAGE RISK.

PARTICIPANTS All the workers are in the area of class of the middle class (agriculture, fishing, industries,

transpoti, magazine) after training generally.

CONTENT

TRAINING

Risk of injury

Mechanical generally

Electrics generally

Machinery

Equipment

Hazards:

Oils, oils

Labeling,

Risk of cancer

The risks

Risks

Noise,

The tremors,

Microclimate Lighting,

Radiation,

Vidioterminalet.

DPI and organization of works

Work Environments

Loading movement

Moving cargo

Signals

Emergencies

Security Procedures

specific risk profile.

Removal procedures.

The procedures for rapid intervention

Stress at work, etc.

COHESION 8 hours
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TRAINING TAB – SPECIFIC TRAINING, HIGH RISK.

PARTICIPANTS All employees in the high risk sector (constructions, industry, textiles, wood, manufacturing, energy, waste, refining, chemicals, health and settlement centers) after training generally.
TRAINING CONTENT
Risk of injury

Mechanical generally

Electrics generally

Machinery

Equipment

Hazards:

Oils, oils

Labeling,

Risk of cancer

The risks

Risks

Noise,

The tremors,

Microclimate Lighting,

Radiation,

Vidioterminalet.

DPI and organization of works

Work Environments

Loading movement

Moving cargo

Signals

Emergencies

Safety procedures for risk of specific risks.

Removal procedures.

The procedures for rapid intervention

Stress at work, etc.

COHESION 12 hours
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MODULE B1 TRAINING TAB – AGRICULTURE 36 HOURS

PARTICIPANTS The responsibility and employees of the service for prevention and prevention should be taken into the company at macroscore of activityATECO 1 (Agriculture, relative hunting andsherbime, forests and their forests, and their activities, and their activities).

TRAINING CONTENT

– Objectives of evaluation.

Risk analysis: skewing (pre-stage, identification of factors of exposure and workload, evaluation of exposure to risks, assessment of ashpersiveprobability effects, programmingoses implementation of prevention measures). Role of the manager, director and nominee. Elements for the construction of a matrix. Risk analysis.

Risks are the organization of work.

Work environment, Load movement, Movement, transportation

Risk by the waysidents

Risk by electric; Risk from the mechanistics; Risk of special risk; Risk of reniesngalartesite

Risk analysis

Hazards; Gas, vapor, smoke, dust, fog, languish, labeling.

physical andbiological risks; Noises; Tremors; Microclimate; Lighting; Radiation; Videoterminales; Managing residual risk (DPIcole and individual)

Documents and emergencies

The content of risk assessment documents (adapted criteria, recognition of assessment, identification of protection precautionary measures, programming of other measures for prevention and timely enhancement of security levels). The situations of criticism can be turned into emergency situations. Continuous enhancement

Final assessment of the test.

Specific risks in the field of agriculture.

Natural hazards: noise, vibration, MMC, solar radiation exposure, heat exposure, electrical hazards, flares/debris. Natural hazards: consisting of the thrush, TLV, Gas, Vapor, Smoke, Dust, Fog. To read and understand security data,
R (risk
) and
S
(safety) cuts

Labeling of substances andperperpers. Effects: allergic, sensitizing, gastrointestinal, neurological, carcinogenic, mutagenic, teratogenic. Poisonings

The dangers of agriculture.

Natural hazards: bacteria, viruses, macro-andmicroparasites. Risk characteristics: infective, pathogenic, transmissible

From the animal: contacts with the animal, the bites. Risk management in agriculture activity

Managing the remaining hazards: protection of breathing, eyesight, listening, foot-handedness. Criteria for DPI choices.

Assessing risk in agriculture activity.

Reading the macro-matrix. Final test for closed questions. Simulation of final evaluation and open questions.

COHESION 36 hours
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MODULE B5 TRAINING TAB – CHEMICAL

PARTICIPANTS The responsibility and the employees of the service and the prevention of the products should be taken upperst in the company of MacrosektoritteAteco 5 (Refiner, Kombubilinuclear treatment, Industrial, Fiber, Rubber, Plastic).
TRAINING CONTENT Risk assessment

Risk assessment objectives

Hazard analysis: flowological (phase-out, identification of risk factors and workers exposed to the risks, assessment of the extent of exposure to the risks, assessment of the effects, programming or implementation of prevention measures). Elements for the construction of a matrix. Security signaling: color sense, sign size, sign type

Risk analysis

Risk deriving from organization of work.

Work environment. Manually shifting loads. Moving, removing means of transportation. Hazardous electric. Dangers. Risk of a special threat. Risk of renjevengalartesite.

Analysis of risks

Hazards: Gas, vapor, smoke, powders, fluids, labeling, physiological hazards. Noise, Vibration, Microclimate, Lighting, Radiation, Vidioterminals.

DPI features

Article – the division of DPI :p requided data with usage or school protection.

DPI characteristics: construction regulations, date of production, CE markings, instructions for use.

DPI verification: checkpoint, sewing verification, control of the componentsmetalic, removal of impurities, proper labeling preservation.

Documents and emergencies

Discussion of the exercise of the matrix. The content of the evaluation document (adapted criteria, recognition of assessment, identification of protection precautionary measures, programming of other measures for prevention and timely enhancement of security levels). The situations of the emergency can be returned. Continuous upgrade. Final test and control of the pervestance.

The risk of dangerous agents.

Zonechemical – Physical. Chemicals. Methods of use or their presence at the workplace. Classification of dangerous agents. Hazard zones: the risk expressions are set “R” and “S” insurance. Limit values, threshold of values : TLV. Classification of risk: “moderate”, “nonmoderated”. Work commitments.

Evaluation of hazards.

Identifying risk in the enterprise. The risk assessments are related to the use or presence of all risky emergency. Measuring: when
there’s a reason.
Monitoring strategies for sampling systems.

Hazards

Evaluation of the employment limit values. Value limits. Evaluation of skin exposure. Classification of dangerous places. 10. Risk of a depletion. Specific descriptions for the presence of powdersandsubstancasperthys. The requirements for improving security protection and security protection are required to be considered as a tool for the development of the security protection.

Agents of the Russian Government.

The use of mutagent/mutagent agents. Classification of the first lenede. Danger phrases R45, R49, R46. Content of the security tab. Responsibility. Substances of work-related activities. Substances for which the product is prevented, work or takeover. Risk assessment. Evaluation of exposure. Hygiene measurements in the industry. Limit of allowed values. Exposure level. The most exposed people. Exposed employee. Prohibition of works with exhibitions, forcing the competition. 1st-time workers. The workers’ office. Minorene. The defense. Loading machinery – machinery.

Vehicles for the shifting and transport of goods.

Generally, hand-held carts, manual and electric pallets, carts are a cart. Security and security equipment, security equipment. Loading, shifting their way. The risk assessment of machinespasnorms UNI EN 1050. Car hazard (mechanical or not) according to uni enorms EN 12100 – 1. The machinery storage of UNI EN 294 and UNI EN 953. The record of maintenance. Damage, security. Concepts of efficiency, efficiency and the economist.

Loading Motion (MMC)

Manual transport of cargo: reprotindeermsthemethealsandchanging in the press, weight limits, training and informing employees, health monitoring. Procedures, models, risk assessment criteria in relation to MMC. Recommended weight limit model (NIOSH)

The following indicators of the scams. Pathologies related to MMC

Noises

Noise: monitoring strategies, frequency analysis of the group. The correct selection methods of DPI. The noise in limited areas. Transmissions in the hand – arm and in the whole body. Effects on health. Risk assessment: when there
is a reason.Using
screen equipment.

Documentation of risk assessment and auto-certification.

Auto-certification content. Legislation in force: equipment intended to prevent accidents related to such dangerous substances and to limit the consequences on man and the environment. Measurement of agents: UNI rate EN 689. Individual and individual equipment. Health monitoring: periodic and continuous. Final test and the closing answers. Stimulation of the final control and the review of open questions.

COHESION 68 hours
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MODULE B7 TRAINING TAB – HEALTH AND SOCIAL SERVICES.

PARTICIPANTS Responsibility and employees of the service and prevention of the services should be taken upperperst in the enterprise of Macrosektoritte Ateco7 (HealthSherbimetsocial)
TRAINING CONTENT Course presentation.

Regulations and inspection, course methodology, binding update. Risk assessment objectives.

Risk assessment.

Hazard analysis: flowological (phase-out, identification of risk factors and workers exposed to the risk of exposure, risk assessment, program or implementation of prevention measures). Role of the Workman, The Leaders and The Nominees. Elements for the construction of the matrix.

Radiation analysis (part I)

Risks are the organization of work. Work environment. (Legislation in force) Manual load shift (legislation in force). Movement, removal of transport means Accidents. Dangers. Risk of a special threat. Risk of renjevengalartesite

Analysis of risks (part II).

Hazards: (applicability legislation) Gas, vapor, smoke, lawns, pelts, labeling, biological hazards (applicability legislation) Noise, Vibration, Microclimate, Lighting, Radiation, Vidioterminals. Risk ( legislation in force). Managing the remaining risks: DPI collectively.

Exercise

Apply matrix practices in a ready-to-use model in one to the enterprise.

Documentation and emergencies.

Discussion of the exercise of the matrix. The content of the evaluation document (adapted criteria, recognition of assessment, identification of protection precautionary measures, programming of other measures for prevention and timely enhancement of security levels). The situations of the emergency can be returned. Continuous upgrade. Tess the final and the control of the entity.

Hazards and security

(The Law in Force). The risk of dangerous agents. Zonechemicals – physical, chemical and chemical. Methods of accession or presence in the workplace.

Classification of dangerous agents. Dangerous areas with regenerating areas: the dangerous phrase “R” and the “S” Gazratanasthetic: monitoringdisorbic andbiological monitoring. Equipment for protection. Managing the remaining risks: selecting the individual protection equipment. Use of disinfectant, detergents andsterellers: health effects, DPI adage. Title IX Cap. II. Mutagen and mutagent agents. The limit of the agent issuance-to-be. Carcinogenic, mutagene. Danger phrases, R45, R49, R46

Antiblastic chemotherapy: anti-semiderapy monitoring.

the risk ofbiology.

Risk (in force). Infections, pathologies, carry. Risk assessment guidelines. Indicators for supervision. Measurements for microorganisms scattered in the air. Measurement of pollution on the surface. Equipment for protection. Managing residual residences: the choice of individual safeguards.

Exercise

Exercise: monitoring of antiblastic chemotherapy, anti-electrolecti and individual protection equipment. Ordinary and extraordinary maintenance.

Risky equipment.

Operational blockages. Structural characteristics. IAQ airing plants. Anesthetic gas: effectsbmishendetin. Gasanesthetic removal system: security of the control system. Gas manitorimationdisorbiology. Limits allowed for exposed values. Ordinary and extraordinary maintenance. Organization of security procedures.

Manual Movement

Patient movements in hospitals (MAPO). Risk assessment in hospital wards, emergency room, operating rooms.

Exercise

Exercise: calculation of mapo prnjerepartspitali.

Specific risks.

Air quality in limited environments (IAQ). Wet, airing, radiating heating, conditioning. Internal air pollutants. The welfare of the individual environment. Use of screened equipment. Evaluation of the conditions of the work of the radiological. Organization of work. Video and video reports of different types of health effects

Organization of the work and thepsychological sector. Diligent work processes. Stress in the profession. Burnout syndromes. Burnout: causes of the syndrome. Prevention.

Emergencies

Emergency and evacuation plan. Risk of fire and fire. Alarm systems. Means of protection. Means of individual protection. Evacuation procedure.

Exercise

Plan, photograph or images of a hospital ward. Description of operations and operations with risk analysis.

Radiation

Ionized radiation exposures. effects. Risk classes. Risk management and protection individual and social. Exposure to the radiation of the non-ionized andultrating. Effects. Prevention of safety.

COHESION 60 hours
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TRAINING METHOD IN SALLE

TRAINING FILE RESPONSIBLE FOR PREVENTION AND PROTECTION SERVICES.

PARTICIPANTS The responsibility and employees of the Services Pre-Prevention and Protection From the Contractors who are not allowed to post and are not allowed to adopt the necessary security and safety and safety and prevent and evaluate risks, the tenoros and responsibility of the subjects’ responsibility and the prevention of the enterprises and the proposed agreements for the protection of the employer. Model frequency A perbenkredityinternaltrainsweetsweb for ATECO cdomakersctor

TRAINING CONTENT


Prevention approach
.

Aqscert philosophy referring to the organization of a System Of Prevention, for work procedures, in the report of employment – machinery and processing – environment / hazardous substance, general measures for protection and greeting of workers and risk assessment.

The legislative system

The hierarchy of legal resources, TheEuropean Directives, the Constitution, the CodeCivil and ThePenal Code, Evolution of the legislation for safety and hygiene. The Statute of Workers and Regulations is binding in case of accidents and operating systems. The Law on Organizational Safety and Pre-emptiness in the Company, the risks are considered and measures considered in relation to the applicable regulations. Legislation related to specific categories of work: minors’ work, under-employed, night work.

Technical rate CEI and their vlibility.

Entities of systemic service, obligations, duties and responsibilities.

Employee, Executives, RsPP, SPP Employees, Medical Professional (MK), Employee Representative for Security (RLS) and Territorial Security Officer. (RLST). Workers in accident prevention, evacuation of workers and assistance speed. Employees, Designers, Fabricators, Suppliers and InstallersPunonjesitautonom.

Public prevention system

Storage and control, System of Description and Reviews, Approvals, Expert Verifications, Information, Assistance and Consultancy, Joint Bodies and Category Relationships.

Criteria for risk-finding instruments.

The concepts of risk, risks, bulls, prevention. Principle of prevention, attention, climate of relationships in the enterprise, risk of harassment and harassment. Analysis of accidents, causes, way of occurrence, indicators, analysis of statistics and timely registry, accident registry. Statistical sources: the means and materials available. Information criteria, methods and guidelines for risk assessment (regional guidelines, CEE lines, checklist based models, regulations, etc.).


Documents in Risk Assessment
.

Risk Assessment Documents, Contentspecifications: Assessment Methodology and Criteria Used, Identification of Risks, Adapted Or Adapted Pre-emptive Measures.

Priority and time limits for the implementation of the procedure, the provision of a system for control and efficiency in time of the measures taken.

Risk classification

Hazards in the work environment, Electrical Hazards, Mechanical Hazards, Machinery, Equipment, Hazards in moving loads (removal of equipment, means of transport), Risk of resundeer. Mandatory testing of equipment andimpiantes.

Fire risk and intravenations

The framework law against the NSC and CPI. Basic emergency management.

The value of the specific (part I)

Risk of cancer. Hazards of the ocean. the risk ofbiology. Keep the logs in case of the workers’ exposure to these kinds of people.

Evaluation of some of the specific dangers (part II)

Risk of the event; Risk of thrice; Risk of thevidiotherminals; Risk of loading movement; The risk of ionization and ionization. Risk in the electric field. Microclimate

Lighting

Renjetaplikives and organizational risk assessment.

Plan of pre-emptive measures; The plan of rapid assistance. Supervision: (defining the needs of over-sightedness, specifications for protection of employees, minors, invalids, medical visits and results, complaints)…; Personal protective equipment (PPM): selective and usage criteria. Procurement Management; Informing, training and educating employees (new employees, RSPP, RSL, RLST, emergency workers, updatesperidice.)

COHESION 28 hours
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WORKS IN THE HIGH D.P.I. RENY FROM THE HIGHEST, CATEGORY III

PARTICIPANTS Employees, offices and employees of industrial and craft enterprises assigned to perform tasks that require the use of protection against reneging, safety equipment and/or lifelines in accordance with applicable law
TRAINING CONTENT

Definition of DPI and category (category III), Training obligation, Job determination at height

Cases of connector use, analyzing the dangers of the retract from heights, The systems against the resin, description of different components, training for the correct connection of the rope.

COHESION 4 hours

REGISTRATION

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TRAINING METHOD In the hall

TRAINING FILE WORKS IN HEIGHT.

PARTICIPANTS Employees, offices and employees of industrial and craft enterprises assigned to perform tasks risking a decrease of over 2 meters in accordance with applicable laws
TRAINING CONTENT

Reference to the regulations; Measures for the safety and security of contemporary and moving shipyards; Rules for the prevention of damages in works and constructions in height, application field; General equipment; Fixed skeins; Building and folding of moving ladders;

Avoiding the permitted roll bridges in the building; Use of pine equipment and individual protection provisions; Applicable law, aspects of nindividual protective equipment (DPI) – UNI standard 11158; Individual protective equipment against rennie from above. Guides for their choice and use.

COHESION 8 hours

REGISTRATION

REGISTRATION TAB (www.aqscert.org) wire: 042200301

[email protected] [email protected]

TRAINING METHOD In the hall

TRAININGS TAB WORKS IN SCAFFOLDING

PARTICIPANTS Employees and employees in assembly/dismantling/changing of scaffolding
TRAINING CONTENT

Legal module – regulator.

The safe assembly, use and dismantling plan of the P.M.P.C. (Plan of Installation, Use and Decommissioning of Scaffolding or PiMUS), ministerial authorization, design. Legislation on “NCS” and “High Work”

Technical Module

Legislation in force of safety in the field of prevention of damage – analysis of risks – Regulations of a good technique and practice – Statistics of damage and violation of regulations in the site, DPI against registries: use, technical characteristics, maintenance, maintenance and long-lasting. Technical typology, Safety Control: First, periodic and extraordinary plant.
Practical Module

Mounting – dismantling – changing scaffolding and pipes (STSH)

Assembling – dismantling – changing scaffolding and prefabricated frames (SKP)

Installation – cassembling – changing scaffolding mounted through prefabrication (PMTP).

Emergency responses – rescue.

COHESION 28 hours

REGISTRATION

REGISTRATION TAB (www.aqscert.org) wire: 042200301

[email protected] [email protected]

TRAINING METHOD In the hall and the ground

TRAINING FOR 1000 SHIPYARDS

PARTICIPANTS The course is intended for a large number of professionals who perform their duties in the field of construction: Coordinator, Designer, Directors of RUP works, Graduates in Engineering, Architecture, Geology, Agrarian and Forest Sciences, Geometer and Surveyors, as provided in legislation. Engineers or engineers as provided by law.

TRAINING CONTENT

Legal module – regulator (1 hour)

Course presentation. General overview of the security staff in the place of work, with references to the provisions of the law related to the use of equipment. Employee responsibility.

Course Presentation

“I am Security”, new incentives for efficient training. Compliance with the law and necessary but not surplific conditions for security purposes. Practical examples. Legislation based on the field of safety and hygiene at work. European regulations and their importance. Background, analysis, differences and comparisons between legislation in the field of workplace safety.

Law in the field of safety care and health at work, with special reference .

Analysis of legislation, Title I: common principles. General conditions. Institutional system. Prevention management in the workplace: conditions of punishment. Contractual conditions regarding aspects of security and health at work. Types of contracts: practical or employment contract, administration contract, project contract, long term contract, part-time contract. Night work, non-typical jobs. Regulations on insurance for work and occupational diseases. Health and hygiene at work. Diseases, damages, accidents. The figure of the competent doctor and his obligations. Precautionary checks. Periodic checks. Damage management. The role
of social insurance
, figures outside the organization interested in the realization of the work, tendering contracts and works. Insurance, compensation and compensation. Identification and obligations of the designer, manufacturers and suppliers; installers;

obligations related to tendering, works or administration contracts (DUVRI). CE marking: necessary but not sufficient employee safety conditions. Product Directive Outline

Directive Of Lower Voltage 73/23/CEE.

ATEX Directive 94/9/CE.

Directive PED 97/23/CE.

Electrical hazard and protection against atmospheric discharge. Obligations to the employee.

Safety requirements: voltage works, interactive construction, land installations and electrical equipment in the site, degree of protection

Lightning protection: protection of buildings, installations, objects and equipment. Verifications.

Subjects of the Preventives system in Enterprise: duties, obligations, civil and criminal responsibility. The managers. Responsibility for The Protection and Prevention Service (R.S.P.P.). The officials. Employee safety representative.

Stelate of the work: duties, duties, civil and criminal responsibility. General care measures. Obligations of employees and managers. Duties of officials. Employee’s dermatitis. Obligations of family members.

Methodology for identifying, analyzing and evaluating risk. Identifying, analyzing and evaluating risk: Perceived risks, unspecified risks, risk of intredness. Training, information and practical exercise. Keeping, communicating and transmitting documentation. Then, the arguments are treated. Teamwork and the intervention. Legal framework I in the field of public works and principles of the decree applied.

Security plan.

Verification of the requirements of the contracting companies and the employees themselves. 1000 th and moving shipyards. Measures for the measure of the measure and health in the thrice and moving shipyards. Regulations for the prevention of damages in construction and high work. Sanctions. Legislation on the field of security and health for the logistics in the enterprise.

Annex XIII: Description of security and health for the logistics in the enterprise.

Annex XVIII: The roads of the shipyard, scenics and the transport of materials.

Annex XXVIII: Description of obstacle signalling and danger points and signaling of the routes of movement in the shipyard

Contacts with the Client, Designer, Head of Works, Representative is the provider of employees.

1st and 1st Century, Chapter I: Health and Safety Measures at Contemporary and Moving Shipyards Implementation instruments: coordination meeting Common: initial coordination meeting: Plenary coordination meeting; Field controls; Service orders. The committee or the responsibility of the work.

Leteremerimi; the psc and document evaluation minutes; Technical-professional verification, verification of the fulfilment of obligations, : letter of termination of works; Discipline and struggles. The fighting system.

The fights for the steering committee and the responsibility of the works, for the coordinators and for the workers.

Procedskelat inspective. Inspection visits and violation management. Time-programming of the works


Site organization
: Elimination of time loss, optimization of production. Analyze the phases of work. Inter-work and analysis of interventions. Discussion of time programming and modifications in accordance with security. Obligations documented by the committee, enterprises and security coordinators. Verification of the requirements of the executing companies and the self-employed. Request for information and information in the enterprise. Verification of technical- professional requirements of the nerves. Verification of technical requirements- professionals of the self-employed. Requirements in construction construction. Requirements in construction construction: special structures, construction of arches, curves and their like; the setting of armor; Resistance and removal of armor; Protection during openings; stairs on the walls, special works;

Danger during germing, in the demotion, in the underground works and in the gallery.

Wells, germs, tunnels. Depositing materials in the near-extingrical, presence of gases in the germ. Machines move on the land. Works in close to active parts. Demolimi; reinforcement of structures; rules of demolation; safety measures, the carrying of materials; The boundaries of the area, the demotion of the slips; verifications.

Hazard of the atmospheres of the atmosphere: presentation, legislation, certification, electrical equipment. The danger of renee from above. Danger of renea from above and protection of objects. Thrice-fulscent work. The stairs. Parapets. Protecting jobs. Individual protection system for not being lifted from heights. Skete and thrice works

Safety verification of fixed metal skeins

Building and folding of moving ladders

Wooden construction skeins. Fixed schem: construction and folding authorization, technical realizations; design; documentation: mark: mounting – cassembling; Maintenance and preservation; Special regulations.. Moving skeins; scamps on the camacas; Skekeels with scrolls in the building. Signals

Chemical Hazards in the Shipyard

Hazardous elements and materials. Level, type and coherence of exposure. Analysis of the works.

Allowed professional exposure values. Effects of preventive and protective measures. Practical examples of chemical hazards: drilling; use of cementos; use of cutting disks; Metal welding; Movement of oxidative digits etc.

Biological Hazards in the Shipyard

Law, Title IX, Chapter III: Risk assessment, prevention and protection measures; hygienic measures; control of the exposed; value limit; Special works; demate or dispose of the remains; Informing and training employees; Sanitary supervision; Register of exposures, sanitary and risk cards. Risks associated with the use of machinery and work equipment, especially with removal and transport equipment.

Annex V: Work equipment safety requirements: pressure equipment: moving work equipment, self-driving equipment; equipment used for the removal, transportation or storage of cargo; equipment used for the removal and transportation of persons and things; Specific work equipment.

Annex VI: Provisions relating to the use of work equipment.

Annex VII: Equipment Control

Physically: noise, vibration, microclimate, lighting.

Analysis and measurement of the eyelid: level, type of coherence: limit allowed professionally; The effects of preventive and protective measures. Practical examples of physical noise and vibrations at work such as:

the use of the cekic for decay; using cutting discs, compressed air usage, use of vibrating screens, using compression machines, etc… Microclimate: Lighting: analysis and measurement

Professional allowance; The effects of preventive and protective measures. Practical examples of hazards from lighting at work such as: welding and cutting metals; casting of katramase with flakes; opening up reflective cative, etc. Hazards in assembly – dismantling prefabricated elements. Risks associated with moving elements of large size and extension. Analysis of risks derived from a typical context: the assembly of an industrial warehouse. The danger of flames and blows. Analysis of the risk of flames and flames.

Title XI: Protection from the environments. Practical examples of flake risk and work hazards such as welding, dumping bituminous materials; Underground works; presence of dust; germimene of gas pipelines; electric plants, etc.


Professional diseases
: the type and origin of the most common professional diseases. Health and hygiene at the workplace. Development of the activity; doctor’s reports, national health service. Health supervision: measures in case of incapacity for specific tasks. Fast intervention: General information; professional requirements, trainings and definitions; Minimum features of the first-time equipment. Technical administrative documentation Of statistics of damages and professional diseases: preservation, communication and transmission of documentation. Individual protective equipment (D.P.I) and safety signaling.

Analyze risks with the purpose of using DPI. DPI list: head, foot, eye and face protectors, breathing routes, listening, body, arms and hands protection, clothing that helps against bad weather, phosphorus wear, sliding and retracting protection equipment, safety ropes, skin protectors. Analysis of individual DPI and risks that result from their use.

General descriptions and security signals.

Descriptions of the signal cards. Training their use. Theory and techniques of communication. The theory and technique of communication driven by solving problems of cooperation. Analysis of events. Chain of errors. Communication. The mistakes. Minimum content of the Safety and Coordination Plan and preparation PSC.

Minimum content of the Security Plan. Presentation of a PSC (Responsible for the Quality Sector)

Analysis of a PSC. Development of POS (Operational Security Plan). Development of fascic.

Developing Pos for an existing shipyard. Scope of the Security and Coordination Plan, referring in particular to the related areas, the organization of the site, their works and interventions. Group work. Group acceptance of a PSC that relates to a particular scenario. Design of P.M.P.C. (Plan of Installation, Use and Decommissioning of Scaffolding)

Minimum P.M.P.C. content.The P.M.P.C. presentation and discussions on the topics that flow from it. Examples of POS and PSS (Security Replacement Plan) Analysis of some POS and PSS, highlighting the different problems depending on different scenarios. Examples of the writing of the fascide on the basis of it. Security and Coordination Plans. Examples and group drafting of the fascible in relation to a previous scenario. Simulation of the role of the Security Coordinator in the phase of execution. Simulation in a group of actions to be taken, in quality of the CSE, in function of the scenarios proposed. Analyze the options of the solution and use of the instruments of implementation.

COHESION 120 hours

REGISTRATION

REGISTRATION TAB (www.aqscert.org) wire: 042200301

[email protected][email protected]

TRAINING METHOD In the hall
PARTICIPANTS The responsibility and the employees of the conservation and prevention service that must take over the task of the Macroector of Ateco 8 (Public Administration and Education).
 

 

TRAINING CONTENT

 

Risk assessment

Risk assessment objectives. Hazard analysis: logical flow (preliminary stage, identification of risk factors and workers exposed to these risks, assessment of risk exposure scale, assessment of risk and probability of effects, programming or implementation of preventive measures). Role of the Workman, The Director and the Proposed. Elements for the construction of the matrix.

Risk analysis

Risks derived from the organization of work. Work environment. (Legislation in force). Manual load shift (legislation in force). Moving, removing means of transportation. Risk of accidents. The danger of electricity. Mechanical risk. Risk of special access. Risk of reneats from the top. Pathologies derived from MMC

Physical and biological risks

Chemical Hazards: (applicability legislation) Gas, vapor, smoke, fog powders, pelts, labelling, physical-biological hazards (applicability legislation) Noise, Vibration, Microclimate, Lighting, Radiation, Vidioterminals. Managing the remaining risks: collective and individual DPI.

Exercise

Apply matrix practices in a ready model in a case of dermatology.

Safety against fire rennies

Discussion of analysis and exercises on matrix. Regulations for preventing fires and their extinguishing. Principles on burning (from fire). Specific fire prevention measures: how to behave for fire prevention. Importance of control of work environments. Importance of verification and maintenance of fire extinguishing equipment. Lighting safe. Protection against fire. Passive protection measures. Evacuation routes, divisions, spaces. Fire extinguishers and equipment. Alarm system. Security signal. Electrical installations safe. Lighting safe.

Emergencies

Procedures to be adapted in case of evacuation. Procedures to be adapted when a fire occurs. Procedures to be adapted in case of alarm. Evacuation methods. Method of calling quick help. Collaborate with firefighters in case of intervention. Examples of an emergency situation and procedural-operational requirements. Examination and clarification of main equipment and fire extinguishing systems. Clarification of the use of individual protection equipment (masks, protections and fire suits etc.)

COHESION 24 hours
REGISTRATION Www.aqscert.org: 042200301 [email protected][email protected]
TRAINING METHOD IN SALLE
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