State agencies Research and Teaching
21.1.3 State agencies
Services provided by the state may have enforcement or advisory roles or both. Sometimes the two functions sit a little uncomfortably together, as when an inspector offers advice but threatens to prosecute if the advice is not taken. State services are usually seen as authoritative but may also be viewed with suspicion if they have a role in enforcement. Enforcing inspectors in the field are usually health and safety generalists, who call in specialist occupational hygiene help when required to carry out surveys and provide advice. Hygienists may also be involved in: Coordinating data for standard setting. Serving on national and international committees. Liaison with many national scientific, industrial and academic bodies. Commissioning or conducting research. Producing guidance on the whole spectrum of prevention and control issues. Drafting and reviewing legislation. In some countries the state agencies are funded through general taxation. In others, companies pay a compulsory levy to fund state occupational health services. The levies may be supplemented by discounted consultancy fees for specific projects. In these countries, private commercial consultancies tend to be uncommon. 19821.1.4 Research and Teaching
The universities, colleges and research organizations provide the last major employment area for hygienists. They may: carry out research into health hazards, measurement techniques or control methods teach undergraduate and postgraduate courses, and lecture to doctors, nurses, safety officers, engineers etc, as a subsidiary subject. conduct occupational hygiene investigations within the organisation and sometimes externally as consultants. The career structure of lecturer, senior lecturer and professor is common to other university functions and does not necessarily relate to occupational hygiene qualifications.21.2 Implications for hygienists
Parts
» Basic Principles is Occupational Hygiene 2010
» History Basic Principles is Occupational Hygiene 2010
» The Importance of Occupational Hygiene
» Dermatitis Physical damage Skin
» Musculo Skeletal System Nervous System
» The circulatory system Endocrine system
» The Blood Respiratory system
» The Gastro Intestinal Tract The Liver
» Introduction Terms Basic Principles is Occupational Hygiene 2010
» Physical Form Dose Route of entry absorption
» Metabolism Excretion Response to toxins
» Crystalline silica Basic Principles is Occupational Hygiene 2010
» Machine made mineral fibre MMMF
» Welding Fume Isocyanates Basic Principles is Occupational Hygiene 2010
» Wood Dust Pharmaceuticals Basic Principles is Occupational Hygiene 2010
» Petroleum Products Basic Principles is Occupational Hygiene 2010
» Mining Metal use and refining
» Define the extent of the assessment Gather Information
» Introduction Hazard and Risk Expert Systems and Control Banding
» Sampling Techniques Types of Sampling
» Particle size Elements of a sampling system
» Sampling Equipment Sampling for gases and vapours
» Sampling Methods Fixed Position Sampling
» Sampling Equipment Sampling Records Introduction
» Setting of Hygiene Standards and Exposure Limits Biological Monitoring Guidance Values
» EliminationSubstitution Isolation Segregation Engineering Controls - Ventilation
» Administrative Controls Types of Control Measures
» Information, Instruction and Training Personal Protective Equipment PPE
» Vision X-rays Neurological tests Audiometry Types of Control
» General Considerations InletsHoods General Features of an LEV System
» Ductwork Air Cleaners General Features of an LEV System
» Legal requirements Regular Maintenance Thorough Examination and Testing
» Properties of Asbestos Uses of Asbestos Airborne Asbestos Fibres
» Health Hazards of Asbestos Asbestos Register .1 Function of the Asbestos Register
» Introduction to Biological Hazards
» Hepatitis B Blood Borne Diseases
» Anthrax ACDP Group 3 Leptospirosis Hazard group 2
» Moulds Pandemics Basic Principles is Occupational Hygiene 2010
» Genetic modification Background Basic Principles is Occupational Hygiene 2010
» Health Effects of Excessive Noise
» Addition of Sound Levels Frequency Analysis Decibel Weightings
» Assessment of Workplace Noise
» Control of Workplace Noise Protection of Personnel at Risk
» Exposure to Vibration Health Effects of Vibration
» Measurement of Vibration Heat Transfer from the Body
» Duration of Exposure Dry Bulb Temperature Mean Radiant Temperature Air Velocity
» Heat Stress Indices Thermal Comfort Cold Stress Introduction
» Infrared IR Radiation Laser Radiation Microwave Radiation
» Evaluation of Illumination Glare Good Illumination
» Evaluation of Non-Ionising Radiation Nature
» External and Internal Radiation Levels of Radiation Biological Effects of Ionising Radiation
» Uses of Radiation Industrial Measurement of Radiation Radiological Protection
» Health Surveillance Introduction Basic Principles is Occupational Hygiene 2010
» Making a Manual Handling Assessment Methods of Reducing Risk
» Workplace Risk Assessment Repetitive Tasks
» Possible Effects from Using DSE Postural Problems Upper limb pains and discomfort
» Making an Assessment Identification of DSE Users Minimum Requirements for Workstations
» Motivation and Behaviour Modification
» Symptoms of stress Assessment of Stress
» Management of Stress Basic Principles is Occupational Hygiene 2010
» In-house services Occupational Hygiene Practice
» Consultancy Occupational Hygiene Practice
» State agencies Research and Teaching
» Service Provision Staffing Facilities Quality assurance
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