FIH (All in one bundle class)

Tandai Kelas Ini 100+ peserta terdaftar (0) Beginner

Basic Science

The IH must know and be able to apply scientific concepts from the fields of general chemistry, organic chemistry, biochemistry, analytical chemistry, physical chemistry, biology, anatomy, physiology, physics, mathematics, and statistics. This includes being able to describe the physical properties of substances, such as reactivity. combustibility, flammability and the study of matter, its motion through space and time, and concepts such as energy and forces

The IH must know and be able to apply scientific concepts from the fields of general chemistry, organic chemistry, biochemistry, analytical chemistry, physical chemistry, biology, anatomy, physiology, physics, mathematics, and statistics. This includes being able to describe the physical properties of substances, such as reactivity. combustibility, flammability and the study of matter, its motion through space and time, and concepts such as energy and forces

The IH must know and be able to apply scientific concepts from the fields of general chemistry, organic chemistry, biochemistry, analytical chemistry, physical chemistry, biology, anatomy, physiology, physics, mathematics, and statistics. This includes being able to describe the physical properties of substances, such as reactivity. combustibility, flammability and the study of matter, its motion through space and time, and concepts such as energy and forces
Industrial Higiene Overview

The fundamentals of industrial hygiene are the science and art of anticipating, recognizing, evaluating, and controlling environmental hazards in the workplace to protect workers' and communities' health and safety. Key areas of focus include understanding and managing chemical, physical, ergonomic, and biological hazards, and implementing appropriate controls like ventilation, personal protective equipment, and safety protocols.
Toxicology

Toxicology is essential to industrial hygiene as it provides the scientific basis for understanding the adverse health effects of workplace chemicals and for setting safe exposure limits. Industrial hygienists use toxicological principles to identify, evaluate, and control hazards, ensuring worker safety by preventing exposure to harmful substances and establishing appropriate control measures. This involves understanding how toxic substances affect the body, using toxicological data to create occupational exposure limits (OELs), and developing strategies to keep worker exposure below those limits.
Occupational Exposure Limit

An occupational exposure limit (OEL) is the maximum allowable concentration of a hazardous substance in workplace air to protect worker health. These limits, established by organizations like the CDC/NIOSH, OSHA or any country , are based on the substance's chemical properties and toxicological data, and are legally enforceable or recommended guidelines for a specific time period, such as an 8-hour workday.
General Principles of Evaluation of the Occupational Environment

The five for evaluating the occupational environment in industrial hygiene involve a systematic, five-step framework to protect worker health: anticipation, recognition, evaluation, control, and confirmation of hazards

The five for evaluating the occupational environment in industrial hygiene involve a systematic, five-step framework to protect worker health: anticipation, recognition, evaluation, control, and confirmation of hazards

The five for evaluating the occupational environment in industrial hygiene involve a systematic, five-step framework to protect worker health: anticipation, recognition, evaluation, control, and confirmation of hazards
Direct Reading Instrumentation (DRI)

Direct reading instrumentation in industrial hygiene refers to tools that provide real-time or near real-time measurements of airborne contaminants, such as gases, vapors, aerosols, and particulates, to assess worker exposure. These instruments transform measured data into a readable display, allowing for immediate assessment of workplace hazards and immediate action
Air Sampling for Gases & Vapors

Air sampling for gases and vapors involves collecting and analyzing workplace air to measure contaminant concentrations and ensure they are below regulatory limits. The process typically uses active sampling, where a pump draws air through a collection medium like a sorbent tube, or passive sampling, which relies on diffusion. Samples are then sent to a lab for analysis using methods such as gas chromatography to compare results with established exposure limits and ensure worker safety
Air Sampling for Particulates

Air sampling for particulates involves using a personal pump to draw air through a filter cassette, which collects airborne particles. After the sample is collected from the worker's breathing zone, the filter is sent to a lab for analysis to determine the concentration of contaminants. The module includes 9 Principles of Calibrating Air Sampling Equipment
Air Sampling Laboratory & Analytical Chemistry

It involves using specific chemical methods to collect, handle, and analyze samples from the air or from biological sources to measure the concentration of harmful substances, ensuring that exposure levels are below regulatory. This includes selecting appropriate sampling methods, verifying laboratory capabilities, and ensuring the accuracy of the results .
Biological Monitoring & BEIs

Biomonitoring (also referred to as ’biological monitoring‘) is a tool to assess exposures by collecting biological materials from workers/persons and quantify the hazardous substances, their metabolites or their biochemical and/or biological effect parameters in the obtained biological materials.
Insulation Material

Insulation materials come in various forms like bats, boards, and loose fill. The topic cover asbestos, man-made mineral fibers (MMMF) and non-asbestos fibrous silicates (NAFS) and their associated health hazards and control management.
Noise Control Programs

Noise Control and Hearing Conservation Program (HCP) is a system designed to protect workers from hearing loss caused by workplace noise. The module covers the key elements of a hearing conservation program are noise exposure monitoring, noise controls, hearing protection provision and use, audiometric (hearing) testing, and training for employees

Module Noise Control 2
Heat Stress Management Programs

Working in hot environments, whether these are man-made (e.g. working near hot surfaces) or natural (i.e. summer climate, sunshine, hot winds, or dry desert conditions) puts people under extreme thermal stresses that can have serious consequences on their health and safety. Understanding body heat regulation and heat risk control method are paramount to prevent heat-related illness.
Ionizing and Non Ionizing Radiation

Belum ada materi.
Industrial Ergonomics

Ergonomics is an important part of keeping people healthy at work. The IH must be able to identify, evaluate, and recommend controls to mitigate ergonomically stressful jobs using principles from anthropometry, human factors engineering, biomechanics, work physiology, human anatomy, occupational medicine, and facilities engineering to prevent injuries and illnesses and improve the efficiency and comfort of workers
Ventilation for the Control of Airborne Hazards

The IH should be able to recommend and apply process change engineering principles, local exhaust ventilation, dilution ventilation, and isolation to control chemical, biological, and physical exposures. Application of these principles requires knowledge of the mechanics of airflow, ventilation measurements, design, in-plant air circulation and recirculation, air cleaning technology, lower and upper explosion limits and related calculations.
Introduction to Local Exhaust Ventilation

Belum ada materi.
Introduction to Indoor Air Quality (IAQ)

Belum ada materi.
Personal Protective Equipment/Clothing

The IH should understand that personal protective equipment (PPE) should be considered the last line of defense, as a temporary measure until engineering controls can be installed or as a supplement to other controls. IHs recommend and evaluate use of personal protective equipment to control exposures and provide guidance on the selection, use, care, and limitations of the equipment.
Respiratory Protection Programs

The IH must have knowledge of respiratory protection including respiratory protection selection , limitation fit testing, breathing air specifications and apply respiratory protection program,
Fundamental Industrial Hygiene - All modules

Vibration
Deskripsi Materi

isi deskripsi materi disini

Apa kata peserta lainnya ?

(Berdasarkan 0 review)

Reviews

Tanya Jawab

Rp. 3,500,000

Daftar Kelas

Fasilitas kelas

Video pembelajaran
Sertifikat
Bahan ajar

Hanafi Basyuni Karyum

Instruktur

4.9Penilaian

Kelas yang mungkin anda suka

Basic Science

Intermediate

4 (7,700)

Hanafi Basyuni Karyum

Industrial Hygiene Overview

Intermediate

4 (7,700)

Hanafi Basyuni Karyum

Toxicology

Beginner

4 (7,700)

Hanafi Basyuni Karyum

Occupational Exposure Limit

Beginner

5 (7,700)

Hanafi Basyuni Karyum