Safety risk assessment ?????
Deepak Rajasekaran
Mechanical Design Engineer ?? | Semiconductor Equipment | Six Sigma | Certified FMEA | CAE in Computational Biomechanics | Spine Implant Design
I wrote an simple article to understand the necessity of safety risk assessment in a product development.
Imagine you're part of a team creating a new bicycle. It's lightweight, stylish, and perfect for city commuting. But before it hits the streets, you have to make sure it's safe for everyone who rides it. That’s where safety risk assessment comes in.
First, you look for potential hazards. Could the brakes fail? Is the frame sturdy enough? Could the wheels get loose? These are the questions you need to answer.
Next, you analyze the risks. For example, if the brakes fail, the rider could crash. That's a serious risk, so you give it extra attention.
Then, you prioritize the risks. The most dangerous ones, like brake failure or frame cracks, are your top concern. You make sure the brakes are high-quality and test the frame for durability.
After that, you add safety features, like reflective tape for visibility and a sturdier wheel design. You also include clear instructions on how to check the bike before riding.
Finally, you test the bike in real-life situations—down hills, in the rain, and during hard turns—to ensure it’s safe. And even after the bike is sold, you keep an eye out for any issues, ready to improve it if needed.
In the end, your team has created a bicycle that’s not only fun to ride but also safe for everyone. Through careful risk assessment, you’ve helped protect riders while giving them a great experience.
#productdevelopment #safety #mechanicalengineering #Design