Safety engineering and management is generally understood as applying a collection of philosophies, systems, protocols and practices to prevent accidents, casualties and other harmful effects that may be caused by the use of a service or product. This is the occupation that occurs to enable managers to properly perform their duties for the design and operation of the operating system, either through detecting system defects before failures occur, or through identifying and enhancing system deficiencies by professional safety review.
Safety management requires a search strategy to safety management, including the necessary executive framework, responsibility, policies and procedures.
Academicians with established facts, industrial experience and verifiable skills in training, consulting, research and education in the field of industrial safety engineering and related fields will deliver and present lectures, tutorials, laboratory research and case studies in the short term.
Occupational health deals with all characteristics of health and safety at work and relies strongly on the most significant avoidance of hazards. Health has been described as “a state of entire physical, psychological and social well-being and not purely the absence of sickness or infirmity.” Occupational health is a multidisciplinary area of health care that is concerned with allowing an individual to carry out its occupation in a manner that causes the least harm to their health. Health has been described as it compares, for example, with the promotion of health and safety at work, which is concerned with the avoidance of harm from any additional dangers occurring at the workplace.
Fire Engineering is a scientific and engineering practice intended to shield individuals, property and their environment from the injurious and vital consequences of fire and smoke. It incorporates fire protection engineering, which focuses on detection of fire, restraint and enhancement, and fire safety engineering, which focuses on human actions and the preservation of a suitable atmosphere for fire evacuation. In INDIA fire protection engineering, fire prevention engineering is also used.
Fire Engineering Regulations require, but is not limited to:
- Fire detection – fire alarm systems and brigade call systems
- Active fire protection – fire containment systems
- Passive fire protection – fire and smoke barriers, space partition
- Smoke control and management
- Escape amenities- Emergency exits, Fire lifts etc.
- Risk analysis, including economic factors
- Human behavior during fire events
- Fire dynamics and fire modeling
- Wildfire management
- Fire prevention programs
- Building design, layout, and space planning
Fire safety engineers identify the risks and design precautions that help avoid, control and extenuate the consequences of fires. Fire engineers support builders, building managers and developers in determining the priorities of building safety and asset security. Fire engineers are also employed as fire investigators.
Fire engineers, as their counterparts in additional technical and methodological fields, are beginning a formal education course and continuing career learning in order to acquire and retain their skills. This curriculum generally involves fundamental studies in math’s, physics, chemistry and scholarly articles. Professional engineering studies focus students on the acquisition of expertise in material physics, statics, mechanics, thermodynamics, liquid energy, heat transfer, engineering finance and concepts, engineering processes, accuracy and environmental psychology. Studies in fire, probabilistic risk estimation or risk control, construction of fire inhibition mechanisms, implementation and elucidation of model building codes, and calculation and recreation of fire phenomenon complete much of the curriculum.
