Safety engineering is an engineering science that ensures that engineering systems provide adequate safety. Safety engineering is closely related to systems engineering, industrial engineering, civil engineering and sub-system security engineering. Safety engineering ensures that the behavior of a life-critical system meets the requirements and may even meet the needs of some parts,like fire safety engineering, fire and safety, health and safety engineering.
The purpose of safety engineering is to control risk by reducing or eliminating risks altogether. It is also designed to reduce the failure rate and, if it does, it is not life-threatening. Safety engineering usually begins during the design process of a system or product development.
The purpose of safety engineering course is to impart knowledge about the different aspects and aspects of engineering system safety, with a focus on the tools, techniques, and methods needed to prevent unsafe operations and accidents in different industrial environments.
Upon completion of the safety engineering course, students will master engineering system safety concepts, engineering system safety dimensions, safety design and analytical mathematics, engineering system safety design and safety control, and the integration and reliability of safety with other operational objectives such as quality.
Safety engineers study accidents that may occur under various conditions and raise the risk of accidents. They then design safety guards or procedures that the operator must follow to remain safe. Sometimes they use computer models, prototypes or replication to assess hazards and risks. Before implementing a system or producing a product, the safety engineer considers all possibilities, including engineering, technical safety, material reliability, regulations, and human factors to ensure that there are no known hazards. Besides, people with a diploma in safety engineering can find other safety engineering jobs.
WHAT IS THE DIFFERENCE BETWEEN SAFETY ENGINEERING AND INDUSTRIAL HYGIENE?
Safety engineers and industrial hygienists not only have similarities in the same field of the company but have the same goal of preventing hazards that may affect people in the workplace and the surrounding environment, which is why some companies have this because of overlap. One of the reasons is for career. On the other hand, due to their educational background, they have many differences in the specific tasks involved.
The first difference is that safety engineers minimize or lose potential hazards in the workplace through their regular direct inspection or audit of the safety management system's work or workplace workflow, but the industrial hygienist is responsible for the conditions that may affect everyone. Specific functions of the environment are in the workplace, ie illness, adverse health problems or ergonomics. Industrial hygienists pay more attention to health. But, health and safety engineering can also focuses on health.
The second difference is the educational background. The industrial hygienist course does not have management course materials because their work was later not safe in the company's leadership but just a supervisor. In addition, some industrial hygienist graduates come from public health and their occupational safety is continuing professional or medical. Safety engineers usually come from engineering and are often used for company leadership safety.
The third difference, because industrial hygienists are not from engineering disciplines, they don't know how to review operations or sports equipment because they are not familiar with engineering. In contrast, safety engineers have unique advantages in terms of engineering and operation.
Occupational health and safety engineer
Industrial safety engineer
Product safety engineer
Health and safety engineer
Safety Systems Engineering,
Accident Emergency Rescue,
Safety Information Management,
Common skills gained from this degree
- Critical-thinking skills
- Observational skills
- Problem-solving skills
- Safety management skills