Today, we learn about the EPR & Fire Safety
 | |||||||||||
| These are the ways to operate an extinguisher |
Sunday, March 19, 2017
9 Disember 2016 - OSH Organization in Malaysia
OSH Organization in Malaysia
Today, we learn about the Osh Organization in our country
 | |||||||||||||||||||||||||||||||||
| OFFICIAL WEB PAGE |
 | |||
| OFFICIAL WEB PAGE |
2 Disember 2016 - My OSH's class at TeCC
Technology Enabled Collaborative Classroom (TeCC)
Collaborative Classroom Defined
The design of the
collaborative classroom emphasizes group learning. Typically, tables
enable small groups to sit and work together, unlike the rows of desks
associated with factory model schools of last century. Each group has
ready access to the Internet, multimedia displays and collaboration
software. The group tables, shared table-top displays, and wall
displays with unrestricted lines of view, are the most common
characteristics of the collaborative classroom.
Implementing an
effective collaborative classroom also requires an instructor station,
simple remote control of the technology and lighting, quiet HVAC, and
configurable audio/video. Some classrooms make use of special chairs to
allow students to glide in and out of groupings or to sit at elevated
tables.
Thursday, March 16, 2017
Electrical Safety : 17 March 2017
Today, we have a class discussion about electrical safety 🔌
Our class members update their blogspot.
THANK YOU
Friday, March 10, 2017
Group discussion : Chapter 6 - HIRARC
Assalamualaikum and have a nice day everyone, today we are given the new task for chapter 6. This group discussion consist of 3 members, I, Nur Hidayah Binti Zarapi, Nur Syafiqa Binti Ibrahim & Puteri Shazmira Sofea Binti Safie and we are from the Solenoid's group.
As we know that Risk is a
combination of likelihood and the probability that a particular
occurrence or outcome and the severity of the harm(injury or damage)
WHY WE NEED RISK CONTROL ?
This is because we need to reduce risk
CLASSIFY HIERARCHY
1. Elimination Action
Elimination action is remove the hazard from the workplace . For example , Get rid of the dangerous machine
2. Substitution Action
Substitution action is replace
with less hazardous condition , practice of process . For example ,
Replace the machine with the safer one .
 |
3. Isolation Action
Isolation action is remove people from hazard . For example , Fixed guard
4. Enginneering Control Action
Enginneering control action isolate people from hazard . For example , Attach guards to the machine to protect users .
5. Adriministrative Control Action
Adriministrative control action is
change the way people work . For example , Traine worker how to use the
machine safety or instruction sign .
6. Personal Protection Equipment (PPE) Action
PPE action is protect worker with
personal protection equipment which is wear something protection to
protect body . For example , Wear gloves and goggle when handling the
machine .
WHAT WILL HAPPEN IF THE RISK IS NOT IN CONTROL?
Workers may got the serious accident that can cause them get into the hospital such as arm and leg broken, head blooded, and the most critical is death. In order to reduce the hazard or most critical hazard rate, the employer should show commitment towards safety and health practices & therefore giveful priority to promote enforce the safety & health rules in workplace. Hierarchy of control were use in order to minimize & control the most critical hazard that exist at the workplace. Next, to ensure the safety culture can be implemented in on organization. The management & workers have to take part in any safety & health programme and give a full cooperation when come to safety & health issues.We should practice safe and healthy of living in this world with applying the enforcement rules and regulation that related the workplace safety and hygiene. The most important things in this world is "health" without it life is nothing. What- If hazard analysis is a relatively simple and flexible method and identifying and analyzing hazard in a process, activity or system. It can be apply to a wide range of circumstances in almost all industries. As one of the process hazard analysis methods listed in the OSHA Process Safety Management standard, the What -If method has become a commonly use technique, both in regulated and non regulated operation
Reference :
1) https://thumbs.dreamstime.com/z/hirarc-26866997.jpg
2)https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEiCCE2g14EKuH2HWc9rjnhIMbFQydC0NbaM_T5Pv95DzKCB6Otf2De9_vKBMeIpUJpZMnDLh4xQLAf0ncxs7Ek05HaIZiZ99J8g-NZWAtwL-Mtav-p7mHtSsQz0uV5-7f0koqNFWNmcBsE/s1600/untitled+SHO11.JPG
3) Https://www.masma.com.my/single-post/2016/12/04HIRARCguideline/dosh
4) www.asec.com.my/hazard-identification-risk-assesment-risk-control-hirarc/
5)comp.utm.my.lab?p=2079
THANK YOU!
|
Subscribe to:
Posts (Atom)