Effect of Working Discipline Toward Performance: An Empirical Investigation

This research was conducted at the FIF Group Company in Riau Indonesia. The aim of this study is to determine the influence of work discipline on employee performance. The research sampled the views of every employeeat the company.Data analysis was undertaken via a simple linear regression test and coefficient of determination test. The research results showed that t_count (7.782) is bigger than t_value (2.015), and we concluded that Ha accepted and H0 is rejected, so there is a significant relationship between work discipline with performance. While the R2 test of 57.9%, while 42.1% influenced by other factors are not examined in this study. Keywords: Discipline Work, Employee Performance, Indonesi

Automated wheelbarrow / Mohammad Syukri Abu Bakar, Mohamad Alimi Hanapi and Muhamad Arif Jupri

Actuator is a technology which mainly being used in medical and automotive field. It is a technology which related with the usage of stepper motor. Of which the stepper motor are used to move the coil of the actuator in upward and downward motion. Actuator also a very affordable and feasible application to be applied in many field to its practicability and efficiency in term of application and power consuming. It can be operated using a 12V DC power supply which makes it practical enough to be applied on any appliances that requires low power supply. Actuators also are controlled using a limit switch. This type of switch are practical to be used to operate the actuator of which user can stop the actuator at desired stroke. The limit switch allows operating and stopping the actuator desirably. This is practical in term of user’s preference to move the actuator upward or downward at desired stroke to allow better performance of application installed with it. An actuator comes in various types such as track actuator, linear actuator, electric actuator and mini actuator. An actuator also comes in various design and specifications of applications for example a track actuator are suitable for application in medical field and lightweight industry. It can lift a load of up to 100kg+ and stretch of up to 1 meter in length. A sound generator is a basic circuitry. It consists of an amplifier, transistor, resistor, buzzer and a power supply. The preferred frequency to be generated by the buzzer in this project is 1.3 kHz (a frequency in the range of 1 to 2 kHz are deemed enough to be heard by user). This sound generated circuit is operated on 9V power supply

Effect of Working Discipline Toward Performance: An Empirical Investigation

This research was conducted at the FIF Group Company in Riau Indonesia. The aim of this study is to determine the influence of work discipline on employee performance. The research sampled the views of every employeeat the company.Data analysis was undertaken via a simple linear regression test and coefficient of determination test. The research results showed that t_count (7.782) is bigger than t_value (2.015), and we concluded that Ha accepted and H0 is rejected, so there is a significant relationship between work discipline with performance. While the R2 test of 57.9%, while 42.1% influenced by other factors are not examined in this study.&#x0D; Keywords: Discipline Work, Employee Performance, Indonesia</jats:p

Analysis of the effect of career planning, training and career development on employee job performance

Career Planning, Training and Career Development is one of several factors that affect Employee Job Performance. This paper aims to examine and analyze Career Planning, Training and Career Development influencing Employee Job Performance at PT. Pos Indonesia (Persero) Tbk Regional V Bandung. Analyzes were performed using multiple linear regression models with the help of SPSS version 16 software to analyze data. The results of hypothesis testing and analysis show that Career Planning, Training and Career Development has a significant positive effect on the Employee Job Performance of PT. Pos Indonesia (Persero) Tbk Regional V Bandung

The influence of loyalty, education &training, and performance on job promotions

This paper aims: (1) to find out and analyze the influence of loyalty, education & training, and performance, on job promotions; (2) to find out and analyze the effect of loyalty on job promotions; (3) to find out and analyze the effect of education & training on job promotions; and (4) to find out and analyze the effect of performance on job promotions.The study was conducted at the Office of PT. Pos Indonesia (Persero) Tbk. Regional V Bandung. This descriptive causal research was conducted to investigate the relationship between variables involving 80 respondents who had been determined using a sampling method. The data analysis method used is multiple linear regression models.The results of multiple linear regression analysis showed that: (1) loyalty, education & training, and performance simultaneously had a significant effect on job promotions; (2) loyalty performance has a significant effect on job promotions; (3) education & training have a significant effect on the job promotions; and (4) performance has a significant effect on job promotions

A comparative study on extraction and recognition method of CAD data from CAD drawings

In recent years, various researchers have put in great effort to produce an efficient method of drawing extraction. This paper will focus on CAD data extraction from CAD drawing and study the method that has been proposed by previous researchers. CAD data extraction became a popular research since the early 80psilas. Nowadays, most applications in engineering field are already computerized. This includes the CAD application system, the systems used by engineers to design their products. As the use of computerized application became important tool in engineering field, the production field is also affected. This raises the issue of integrating CAD with manufacture systems. For that reason, most researchers try to create a system that can extract meaningful information from the CAD drawing and create a connection between CAD and manufacture system. For example in manufacturing field, manufacture system is a machine system where it is also known as CAM systems. However, there is no direct connection from CAD system to CAM system. Therefore, many approaches have been proposed by the previous researchers to solve the issues. Focus on this paper is to study the approaches and make comparison among it. Finding from this paper is suitable approach can be used for next stage in this research

Investigation on the Optimum Cement–Slag Artificial Aggregates at Different CO2 Curing Regime

Carbon dioxide (CO2) capturing is an attractive approach for producing low carbon construction materials such as artificial aggregates. Therefore, this paper investigates the optimization of cement–slag artificial aggregates under different CO2 curing regimes. The mix proportion used is 50% Ground Granulated Blast Furnace Slag (GGBS) and 50% Ordinary Portland Cement (OPC) with 20% of water under various curing conditions. The curing regimes include CO2 curing followed by water and air curing at different curing ages: 1 day of CO2 curing followed by 27 days of water and air curing, 2 days of CO2 curing followed by 26 days of water and air curing, and 3 days of CO2 curing water 25 days of water and air curing; with 28 days of total curing, respectively. After through curing process, several tests were carried out on cement–slag artificial aggregates including an individual strength test, aggregate crushing value test, visual carbonation by phenolphthalein solution and CO2 uptake by thermogravimetric analysis test. These tests provide a thorough assessment of the artificial aggregates by examining their strength and chemical characteristics under various curing conditions. The results indicated that 3 days of CO2 curing followed by 25 days of air curing is optimal, showing 6.71 MPa of individual crushing strength and 18.56% of aggregate crushing value. Thermogravimetric analysis indicated that calcium hydroxide (Ca(OH)2) played a significant role in synthesizing calcium silicate hydrate (C–S–H) gel, contributing to aggregate strength. The carbonation of Ca(OH)2 to calcium carbonate (CaCO3) enhanced aggregate durability by reducing permeability and increasing material density. The findings show that the optimal curing regime produces the best results in terms of strength and CO2-capturing properties, which was the main goal of this study

Investigation on the Optimum Cement–Slag Artificial Aggregates at Different CO2 Curing Regime

Carbon dioxide (CO2) capturing is an attractive approach for producing low carbon construction materials such as artificial aggregates. Therefore, this paper investigates the optimization of cement–slag artificial aggregates under different CO2 curing regimes. The mix proportion used is 50% Ground Granulated Blast Furnace Slag (GGBS) and 50% Ordinary Portland Cement (OPC) with 20% of water under various curing conditions. The curing regimes include CO2 curing followed by water and air curing at different curing ages: 1 day of CO2 curing followed by 27 days of water and air curing, 2 days of CO2 curing followed by 26 days of water and air curing, and 3 days of CO2 curing water 25 days of water and air curing; with 28 days of total curing, respectively. After through curing process, several tests were carried out on cement–slag artificial aggregates including an individual strength test, aggregate crushing value test, visual carbonation by phenolphthalein solution and CO2 uptake by thermogravimetric analysis test. These tests provide a thorough assessment of the artificial aggregates by examining their strength and chemical characteristics under various curing conditions. The results indicated that 3 days of CO2 curing followed by 25 days of air curing is optimal, showing 6.71 MPa of individual crushing strength and 18.56% of aggregate crushing value. Thermogravimetric analysis indicated that calcium hydroxide (Ca(OH)2) played a significant role in synthesizing calcium silicate hydrate (C–S–H) gel, contributing to aggregate strength. The carbonation of Ca(OH)2 to calcium carbonate (CaCO3) enhanced aggregate durability by reducing permeability and increasing material density. The findings show that the optimal curing regime produces the best results in terms of strength and CO2-capturing properties, which was the main goal of this study