What are the most important safety technologies for entry-level safety professionals?

In occupational health and safety management, Personal Protective Equipment (PPE) is indeed considered a last resort. This principle aligns with the hierarchy of controls, a system used by health and safety professionals to minimize or eliminate exposure to hazards.

Understand the risks first? Maintain control over all automation and advanced technology; Keep the human in the loop; Actually understand system assurance: human, hardware, software, firmware, logic and the human and environmental integrations and apply system safety, software safety, cyber safety, cyber security, system reliability, logistics, availability, human factors, human reliability, quality, survivability, etc.; Design systems to accommodate humans; Systems will fail, inadvertently operate, increase system risk with complexity; Humans will fail; Design systems to fail safe; Design systems to enable human monitoring; Design systems to enable early detection, isolation, correction and recovery…

Legally, PPE is the LAST line of defense. Here is what OSHA says: Employers must protect employees from workplace hazards such as machines, hazardous substances, and dangerous work procedures that can cause injury Employers must: Use all feasible engineering and work practice controls to eliminate and reduce hazards Then use appropriate personal protective equipment (PPE) if these controls do not eliminate the hazards. This means we must reduce risk to an acceptable level BEFORE asking employees to use PPE.

Ai enabled Safety management software (SMS) I would say more helpful when it comes to young safety professionals'own learning and training at the initial stage. How? It automatically helps you share insights related to safety incidents and give a proper trend report of what could go wrong and in which situation. Specifically if I talk about construction industry ??? our solution viAct (viAct.ai) is best example!

Existem diversos softwares de gest?o de seguran?a do trabalho disponíveis no mercado, projetados para ajudar as organiza??es a manterem um ambiente de trabalho seguro e em conformidade com as normas regulamentares. Esses softwares geralmente oferecem uma variedade de recursos para facilitar a gest?o de informa??es relacionadas à seguran?a no trabalho. Ao escolher um software, é importante considerar as necessidades específicas da sua organiza??o, o tamanho da equipe, a complexidade das opera??es e a conformidade com as normas regulamentares locais.

Software is indeed an incredible tool, enhancing productivity and enabling complex tasks. Understanding the underlying algorithms of software is crucial to be able to operate that software

SMS should not only manage their own organization data, they should also include similar industries and organizations specific data which help them to prevent incidents. Example: Tianjin port China accident is 100% similar to Beirut port Lebanon blast after more than a decade. Lesson learned play a vital role in occupational health and safety. If you don't want to loose precious human lives, limb, asset, revenue and reputation must focused on lesson learned.

Safety Management Software (SMS) is a powerful tool for enhancing organizational safety performance. It facilitates the seamless collection, analysis, and reporting of crucial data related to safety incidents, audits, inspections, training, compliance, and risk assessments. SMS acts as a centralized platform, promoting effective communication and collaboration among safety professionals, managers, and stakeholders. Through streamlined processes, SMS enables the identification and rectification of safety gaps and trends, fostering a proactive safety culture. Demonstrating a commitment to safety excellence, SMS empowers organizations to make informed decisions, ultimately contributing to a safer and more resilient work environment.

Emergency Response Systems (ERS) are integral for workplace safety, encompassing plans, procedures, equipment, and personnel to effectively handle crises. Safety professionals play a key role in designing, implementing, testing, and updating ERS based on workplace hazards. Training and coordination of workers on emergency response protocols are paramount. This includes preparedness for events like fires, spills, medical emergencies, etc. Regular testing ensures system efficacy, enabling a swift and organized response. Continuous refinement of ERS reflects a commitment to proactive safety measures, ensuring a safer and more resilient workplace.

Each and every organizations or companies have different type of hazard and risk, so you cannot apply same emergency response system as others. Your emergency response staff should be trained as per specific hazard and risk condition of your company. Hiring specialized personal after identify the hazards of organization from the logistics to finish products.

Consideration must also be for when emergency responses do not work. How many times have situations require to go to Plan B. Often even in our daily lives, situations require a Plan B. Response of "I'm working on it (Plan B)" while more injuries are occurring, and time is ticking away. Time's up.

I think to maintain or establish any safety or security system, all hazards should be identified and the proper risk assessment should be carried out before putting any safety system or control.

Hazards identification and risk assessment is useless unless it will reach down the ground. Example: BP off shore oil rig destroyed completely and more than 100 workers died and with a loss of billions of dollars. Unfortunate accident starts from PTW involved operation, maintainence staff and end with emergency response system.

Hazard Identification and Assessment Tools (HIAT) are essential for safety professionals to pinpoint and evaluate workplace risks. These tools encompass diverse methods like inspections, surveys, checklists, and audits, along with devices such as sensors and monitors measuring various factors. Mastery in HIAT involves adeptly collecting and documenting pertinent information, prioritizing and classifying hazards, and proposing effective controls. Safety professionals leverage HIAT to proactively manage occupational risks, fostering a safer work environment. Regular use of these tools ensures ongoing hazard surveillance and the continual improvement of safety measures.

Para mim, este é o ponto de partida para atua??o de qualquer profissional, tanto de nível básico, quanto os demais. O profissional de seguran?a do trabalho tem que ter forma??o suficiente para identificar os perigos e os meios suficientes para controlar os riscos envolvidos.

Every human being sees the world and events differently which is proven by psychology experts. We all have different experiences. This knowledge resource will help in the identification and control of potential hazards. "One does not know what one does not know until triggered." Others will always provide a different perspective. There is no useless information, or right or wrong. Consider if one were to ask 8 billion different people to imagine a "cube," there will be 8 billion different cubes envisioned and described. Now relate that to safety considerations and issues.

Only proactive approach is The proper safety training from suitable platforms to the on hand workers and related technical and non technical staff personal involve in specific task. CEO and tier's must attend at least two full time training per year to understand ground realities. Starting any meeting with Safety first at higher level is not enough for meaningful involvement in safety business.

Safety Training and Education Platforms (STEP) revolutionize learning in the safety domain, offering diverse formats like online courses, webinars, videos, and simulations. Features like quizzes, feedback, certificates, and badges enhance engagement. For safety professionals, leveraging STEP is vital for continuous personal development. Additionally, adept use of STEP involves designing, facilitating, and evaluating training programs for fellow workers. This dynamic approach ensures that safety knowledge is disseminated effectively, fostering a culture of awareness and competence within the workforce. Regular updates and interactive features make STEP a powerful tool for staying abreast of evolving safety standards and practices.

In basic safety training,?delegates will generally be introduced to all the essential knowledge that will keep them safe at work. First aid, fire and firefighting, emergency communication and other general themes are subjects typically taught in basic safety training.

Uma das maiores e mais importantes ferramentas que pode-se criar em uma empresa é a cultura de seguran?a pelo exemplo, ela é a chave que vira na cabe?a de qualquer colaborador. Assim como a crian?a, nos tornamos exemplo daquilo que temos como referência. No ambiente de trabalho n?o é diferente, a forma mais rápida e eficaz de implementar uma cultura dentro de uma empresa é o exemplo do diretor e todo seu nível hierárquico. Todos caminhando e pensando igualitariamente. O discurso pode ser muito bonito, a didática pode ser muito boa, os materiais e processos de muita qualidade, mas se o exemplo de um líder n?o condiz com o que ele fala, tudo isso cai por terra. O valor das a??es de seguran?a construídas diariamente s?o a chave do sucesso!

Promote a safety culture as a natural and encompassing attitude in all phases of life and society. As such safety in work environment would be a direct extension of safety no matter where or what we all do.

Considering my experience, I am stating the things that a safety expert should pay attention to: - Must have a good knowledge of legislation. - He/she should learn effective and creative education methods such as drama and try to make the training he/she gives effective. -Must take communication courses and be open to improving communication with everyone in the workplace. - Must train himself in crisis management. He must truly love this profession. Because this profession is not a shirt that can be taken off after work. You should also feel responsible for the safety problems you see in social life!

In my experience I would recommend starting with establishing a safety management system. Understanding the principles builds knowledge that can be transferred.

I define SafetyTech as any technology that has the potential to improve the design, experience and safety of work. It doesn't matter what level you are, technology impacts the way we work so being curious to understand how technology influences work design is key. The most important tool in the toolkit is probably the smartphone as it enables data capture in multiple formats at scale.

In my experience, too many new safety professionals, are relying on databases or software tools. Your greatest asset is your enquiring mind, use it, coupled with: 1. Developing your ability to observe without judgement the interactions between people, plant and the work environment, in the field when it happens. 2. Applying objective inferential analytics to historical data, not just spit out generic reports from a database. 3. Focusing your learning on physical science, not phycology, business admin or the latest Havard Business school offering on org culture. 4. Developing your ability to apply the scientific method to understanding risks, forming and testing your own hypothesis about what is actually happening in the workplace.

Acredito que as op??es recomendadas para a postagem seriam as seguintes: - Uso de firewall. - Softwares de monitoramento. - Treinamento de funcionários. - Sistemas de controle de acesso. - Protocolos de seguran?a e criptografia. - Backup inteligente. Isso estaria ligado a Ciberseguranca.