1. Reflect on the first case study where a robotic platform crushed a machine operator and generate ideas to prevent the occurrence of a similar incident. Also, identify if such an event can occur elsewhere. What do you think ?

2. Reflect on the second case study where a robot hit a mold setter's head and generate ideas to prevent the occurrence of a similar incident. Also, identify if such an event can occur elsewhere.What do you think?

3. The safety toolkit has two parts. One, the toolkit classifies various types of accidents based on failure modes or root causes and second, specifies the varying levels of safety controls (elimination, engineering controls, and enterprise controls). Reflect upon your company's robot systems. Leverage the safety toolkit to identify the likelihood of an accident OCcurring at your company and propose proportional safety controls. What do you think ?

A typical sort of mishap in which a robot injures a worker. This can occur when the robotic platform injures a worker. These types of incidents should be avoided in the workplace. The control framework is taken to avoid these mishaps:

When work is protective gear like helmets and safety shoes should be used.
The robotic equipment should be kept separate from the regular working environment.
Robots should be employed for efficiency.
Workers are well trained in the use of safety equipment.
This sort of disaster might occur anywhere when safety precautions are not taken.

For question 2:

The common occurrence when an incident was caused by a robotic, this example is the robot strikes the mold setter head, which can result in dangerous occurrences.

It should be ensured that it does not happen again.
First and foremost, the dinosaur's work must be restricted to a certain region, and the job of other employees wouldn't be in direct opposition with the robot's work.
The robot is utilised for automation, whereas the workers are used in other tasks.
This should also be ensured that all workers wear a helmet, safety footwear, and other safety equipment while work.
There should be appropriate arrangements for first aid and medical facilities.

For question 3:

Once activated, the security toolkit will be able to identify the areas where adequate safety measures were not applied, and the further calculation can be defined as follows:

It will be able to trigger safety engine as well as on engineers to check into and ensure proper safety disting to look into and guarantee the likelihood of an accident:

strolling on the shop floor or on a building site without personal protection equipment standing beneath the possessive object ( like those done by cranes).
Scaffolding and ladders must be made of approved materials.
It can activate safety engines and on-site engineers to investigate and guarantee adequate safety distinguishment to investigate and assure the possibility of an accident:
strolling just on the shop floor or on a construction site while utilizing protective gear for protection sitting beneath the possessing object ( like those done by cranes).
Scaffolds and platforms must be made of approved materials.
Slings, D-shackles, Bow Shackles, and Crane Hooks must be examined on a regular basis by a third party since the utilized machinery at the site is just too old, welders must protect their eyes with black glass.

Control measures:

Begin any task with the good method statement, or what is written must be as follows:

The risk response strategy must be followed, but high-risk occurrences must be handled with care.
Third-party examination at regular loads, when operating on the shop floor, aim to employ automated machinery.

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