Authors :
Farid Mujayyin; Aris Puja; Nugrahadi DM; Rizkyah Nur Putri; Dea Argita Gunarso
Volume/Issue :
Volume 8 - 2023, Issue 11 - November
Google Scholar :
https://tinyurl.com/yptbndys
Scribd :
https://tinyurl.com/56jun6b2
DOI :
https://doi.org/10.5281/zenodo.10171360
Abstract :
The development of mechanical engineering
for the automation of production processes has become a
major focus in the industrial world. in the industrialized
world. The goal of automation is to improve efficiency,
productivity, quality, and safety of the production
process. In this abstract, we will discuss the development
of mechanical engineering for production process
automation. First, we will discuss the role of mechanical
engineering in production process automation
production. Mechanical engineering involves the use of
technologies, tools, and methods to design, develop, and
implement automated machines and systems. In the
context of automation of production processes,
mechanical engineering is used to design and optimize
machines, devices, and systems that can perform
production tasks automatically. Secondly, we will
highlight some important aspects in the development of
mechanical engineering for production process
automation. First of all, designing an automated system
requires a deep understanding of the production process
to be automated. This involves analysis of tasks, material
flow, and production needs. Next, mechanical
engineering is used to design the necessary hardware,
such as industrial robots, automated drive systems,
sensors, and actuators. In addition, mechanical
engineering is also involved in the development of
software to control and manage automated systems. This
involves programming, developing user interface, data
processing, and integration with existing production
management systems. existing production management
systems. Mechanical engineering is also instrumental in
optimizing automated systems, including parameter
setting, performance monitoring, and continuous
improvement.
Keywords :
Process, Implementation, Mechanical Engineering, Development, Production, Automation.
The development of mechanical engineering
for the automation of production processes has become a
major focus in the industrial world. in the industrialized
world. The goal of automation is to improve efficiency,
productivity, quality, and safety of the production
process. In this abstract, we will discuss the development
of mechanical engineering for production process
automation. First, we will discuss the role of mechanical
engineering in production process automation
production. Mechanical engineering involves the use of
technologies, tools, and methods to design, develop, and
implement automated machines and systems. In the
context of automation of production processes,
mechanical engineering is used to design and optimize
machines, devices, and systems that can perform
production tasks automatically. Secondly, we will
highlight some important aspects in the development of
mechanical engineering for production process
automation. First of all, designing an automated system
requires a deep understanding of the production process
to be automated. This involves analysis of tasks, material
flow, and production needs. Next, mechanical
engineering is used to design the necessary hardware,
such as industrial robots, automated drive systems,
sensors, and actuators. In addition, mechanical
engineering is also involved in the development of
software to control and manage automated systems. This
involves programming, developing user interface, data
processing, and integration with existing production
management systems. existing production management
systems. Mechanical engineering is also instrumental in
optimizing automated systems, including parameter
setting, performance monitoring, and continuous
improvement.
Keywords :
Process, Implementation, Mechanical Engineering, Development, Production, Automation.
