| dc.description.abstract | Every construction project must have risks both low, medium and high
risk. Risk cannot be completely eliminated, but it can be managed
effectively, to reduce its effect on achieving project objectives an excellent
risk management system is needed. The purpose of this study is to identify
risks, analyze risk values and find out the variables that have the highest
risk in high blasting work. In this study with the observative data method
which will be processed using the severity index method. The use of the
Severity Index method is used to determine the probability and impact
values, and categorize them based on the magnitude of the probability of
the impact obtained. After knowing the value that represents the answer
from the respondent, the analysis continues by plotting the value into a
probability and impact matrix. The results showed that there were 58 risk
variables that occurred in the Bener Dam Construction project. Based on
the results of the risk analysis, the risk level is obtained based on
purposive HSE (Health Safety Environment) respondents, the low risk
level has a value of 4 variables, the medium risk level has a value of 26
variables, and the high risk level has a value of 28 variables. The level of
risk acceptance in the high category is the extraction and transportation
of explosives in the variable risk of scattered explosives during
mobilization, in the activity of filling towels into the blasting hole in the
variable of explosives scattered during mobilization, in blasting activities
in the variable risk of dumptruck rollover, in the variable risk of falling
into shock, in the variable risk of death, in the variable risk of cracking
houses and public buildings, and on demolition activities on risk
variables Unstable soil. | en_US |
