This research addresses two relevant topics for industrial engineering: master production plans (dependent variable) and uncertainty (independent variable). The latter constitutes a critical impact factor in the manufacturing sector. For the investigation, we collected articles related to these variables to establish the state of affairs in the specialized literature. We searched for information in two indexed databases, Scopus and ProQuest, and filtered it using inclusion and exclusion criteria derived from the PRISMA method. We identified sixteen scientific journal articles of interest for the investigation at the end of the process. These studies show essential data about the variables described and additional variables that influence uncertainty and that, in some way, impact the preparation of master production schedules in the manufacturing sector.

This research addresses two relevant topics for industrial engineering: master production plans (dependent variable) and uncertainty (independent variable). The latter constitutes a critical impact factor in the manufacturing sector. For the investigation, we collected articles related to these variables to establish the state of affairs in the specialized literature. We searched for information in two indexed databases, Scopus and ProQuest, and filtered it using inclusion and exclusion criteria derived from the PRISMA method. We identified sixteen scientific journal articles of interest for the investigation at the end of the process. These studies show essential data about the variables described and additional variables that influence uncertainty and that, in some way, impact the preparation of master production schedules in the manufacturing sector.

This paper shows the results of descriptive research on graphene and its possibilities within the construction industry. To get into context, the construction industry is responsible for producing, exploiting and manipulating resources to build goods in modern cities (buildings, highways, sidewalks, airports, among others). Great challenges such as pollution and the excess of the resources used are observed, so this paper aims to explain why graphene is a good option to improve this industry. Among the results, graphene was found to be an innovative solution in the construction industry to reduce the cost of materials, environmental pollution through the FJH procurement method and increase the efficiency of the cement mix composition.

This paper shows the results of descriptive research on graphene and its possibilities within the construction industry. To get into context, the construction industry is responsible for producing, exploiting and manipulating resources to build goods in modern cities (buildings, highways, sidewalks, airports, among others). Great challenges such as pollution and the excess of the resources used are observed, so this paper aims to explain why graphene is a good option to improve this industry. Among the results, graphene was found to be an innovative solution in the construction industry to reduce the cost of materials, environmental pollution through the FJH procurement method and increase the efficiency of the cement mix composition.

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