Follow Us :
This process involves studying single-line diagrams, field verification and calculating short-circuit current levels from circuits. Evaluation and calculation of incident energy, deriving arc flash boundary distance, will also be involved. Another covered process will be the recommendation of an arc flash labelling system with protective solutions to reduce the arc flash risk.
We approach a simple and cost-effective formula to calculate arc flash incident energy. You can calculate electric arc flash risk levels from electrical panels, design arc flash labels swiftly based on the hazard risk category, and implement integrated safety solutions to protect from electric arc flash risk.
A study on the existing energy isolation system will be conducted and need for upgrading will be suggested. The accordant matrix of loto hardware devices relevant to the isolation points is also processed. This process also summarises the total isolation points of all existing hazardous energy sources. You will benefit from easy-to-procure loto hardware; you will be able to comprehend the intensity level of hazardous energies and identify the relevant isolation points. Also, you will receive an easy-to-create machine-specific loto program.
With this program, you will easily notice workplace hazards. You will receive a risk control hierarchy system that is ready to implement. It provides a combination report of Indian and international safety standards. We conduct a walk-through survey to identify workplace threats and assess the relevant risk associated with those threats. It involves an inclusive study of fire, electrical, and occupational health hazards. The scope is not limited; it can also derive suitable protection systems by reducing workplace hazards.
A neurocognitive pro model with classroom intervention activities will be employed. This program involves core content like objectives and processes of ISO and other safety standards and necessary actions to implement new ISO and other safety standards. It also processes how to sustain the actions taken during the execution of new iso standards. You will gain knowledge of roles and responsibilities in implementing new systems. You will learn simple ways to conduct HIRA audits by the floor-level employees and also be able to choose various tools, formats and understand the Hira study.
A deep intervention approach will be taken in this Safety Education, to exhibit the instructional objectives. The process involves the creation of a storyboard based on the required hazards to be identified. It involves field video shooting or content development at the studio. To understand the effectiveness, a summary and evaluation process will be involved. You will address the niche area of present workplace hazard. You can develop easy ways to identify the hazards by graphical and visual identification. It will be easy to understand in regional languages.
This program embraces the creation of storyboards based on the required hazards to be identified. Also, the field of animation and content development at the studio. To understand the effectiveness, a summary and evaluation process is also involved. Deep intervention to exhibit the instructional objective will be employed. It helps you save time to implement the learnt modules with experiential learning technology. It reflects the workspaces, offering true immersive and practical space to get hands-on experience. You will be open to choosing and reinforcing the scenarios through a simulated environment.
