Which factor is NOT typically included in safety program development?

When developing a safety program, several factors are crucial for ensuring effective risk management and compliance with safety standards. Among these factors, past incidents of electrical injuries play a vital role by providing insights into areas where safety measures may have been inadequate. This historical data allows for the identification of trends, potential hazards, and the formulation of strategies to mitigate similar risks in the future.

Management decisions on electrical equipment design are equally significant, as they can determine the safety and reliability of electrical systems. Proper design considerations contribute to minimizing hazards associated with electrical systems and ensuring that equipment is safe to operate and work around.

Employee feedback on safety protocols is an essential element of a safety program, as it encourages a culture of safety and allows for the incorporation of frontline experiences into safety practices. Employees often have valuable insights that can lead to improved safety measures and effectiveness.

In contrast, resistance on the transformer is a technical specification rather than a safety-related factor typically included in the broader scope of safety program development. It does not address the human aspect of safety management or the structural components related to the safety program's effectiveness and is thus less relevant in the context of program development for ensuring electrical safety.