Md. Bony Amin | Khulna University of Engineering and Technology (original) (raw)

Papers by Md. Bony Amin

Research paper thumbnail of Application of AHP in Development of Multi-Criteria Ergonomic Approach for Choosing the Optimal Alternative for Material Handling-A Case Study and Software Development to Facilitate AHP Calculation

IJERT

Manual materials handling is a known risk in industry period. There should be no arg... more Manual materials handling is a known risk in industry period. There should be no argument. Manual handling task are responsible for a large proportion of work related injuries and long term health problems amongst worker in manufacturing industry. The ergonomic systems design model requires an analysis of the key characteristics of a job and its component tasks before potential solutions can be identified. The Analytic Hierarchy Process (AHP) is a multi-criteria decision making (MCDM) method that helps the decision-maker facing a complex problem with multiple conflicting and subjective criteria The objective of this paper is to demonstrate the application of the Analytic Hierarchy Process (AHP), a popular multi-criteria decision support tool, in development of multi-criteria ergonomic approach for the selection of (best) material handling way in an industry and also introduce a software which is able to calculate local priorities and consistency ratio. One of the major problems that modern companies have a significant source of worker absence and high costs due to compensation claims due to risks involved in manual load handling. The examples of factors that influence the choice of material handling procedure include i.e.: anthropometry and biomechanics.

Research paper thumbnail of IMPROVING PRODUCTIVITY OF APPAREL MANUFACTURING SYSTEM USING VALUE STREAM MAPPING AND PRODUCTION CONTROL TOOLS FOCUSING ON PRINTING SECTION

IJRET

Traditional printing works in maximum garment industries are facing different problems like low p... more Traditional printing works in maximum garment industries are facing different problems like low productivity, longer production lead time, high rework and rejection, low flexibility, lower quality product, high non-value added work etc. In this study these different problems were identified by using numerous effective production control tools like process analysis, layout of work station, motion and time study, work standardization etc. The encouraging results after implementing these tools give the way to go forward and thrust to reach at the end point. Some key benefits of this implementation are decrease in sample rejection level by 70%, reduction of work level for repairing works by 80%. Value stream mapping has been used to identify the most bottleneck process. Eliminating bottleneck process results in reduction of excess motion and non-value added works by 50%. As a result, total processing time for final output is decreased. After the implementation of these tools effectively, the result shows a significant improvement of the production than before.

Research paper thumbnail of Design and Implementation of a Remote Controlled Robotic Arm Based on Industrial Application Perspective

International Conference on Mechanical, Industrial and Materials Engineering 2013 (ICMIME2013) 1-3 November, 2013, RUET, Rajshahi, Bangladesh., Nov 3, 2013

This paper describes an implementation of a remote controlled robotic arm with six degrees of fre... more This paper describes an implementation of a remote controlled robotic arm with six degrees of freedom which is able to pick an object with a specific weight and can place them in a desired location. The method of design of the remote controlled robotic arm consists of two stages. First stage is the construction of the mechanical structure following modular concept with six degrees of freedom and the second is to design the interface of components of the robotic arm to control it via a wireless joystick. To ensure ease of use, wireless system is introduced in this robotic arm. This kind of the arm can be applied in industrial sectors where automaton is profoundly needed.

Research paper thumbnail of Implementation of Production Control Tools in Garments Manufacturing Process Focusing Printing Section.

International Conference on Mechanical, Industrial and Materials Engineering 2013 (ICMIME2013) 1-3 November, 2013, RUET, Rajshahi, Bangladesh. , Nov 3, 2013

"Traditional printing works in maximum garment industries are facing different problems like low ... more "Traditional printing works in maximum garment industries are facing different problems like low productivity, longer production lead time, high rework and rejection, low flexibility, lower quality product, high non-value added work etc. In this study these different problems were identified by using numerous effective production control tools like process analysis, layout of work station, motion and time study, work standardization etc. The encouraging results after implementing these tools give the way to go forward and thrust to reach at the end point. Some key benefits of this implementation are reduction of excess motion and non value added work by 50%, decreasing of sample rejection level by 70%, reduction of work level for repairing works by 80%. As a result total processing time for final output is decreased. After the implementation of these tools effectively the result shows the significant improvement of the production than before."

Research paper thumbnail of Application of AHP in Development of Multi-Criteria Ergonomic Approach for Choosing the Optimal Alternative for Material Handling-A Case Study and Software Development to Facilitate AHP Calculation

IJERT

Manual materials handling is a known risk in industry period. There should be no arg... more Manual materials handling is a known risk in industry period. There should be no argument. Manual handling task are responsible for a large proportion of work related injuries and long term health problems amongst worker in manufacturing industry. The ergonomic systems design model requires an analysis of the key characteristics of a job and its component tasks before potential solutions can be identified. The Analytic Hierarchy Process (AHP) is a multi-criteria decision making (MCDM) method that helps the decision-maker facing a complex problem with multiple conflicting and subjective criteria The objective of this paper is to demonstrate the application of the Analytic Hierarchy Process (AHP), a popular multi-criteria decision support tool, in development of multi-criteria ergonomic approach for the selection of (best) material handling way in an industry and also introduce a software which is able to calculate local priorities and consistency ratio. One of the major problems that modern companies have a significant source of worker absence and high costs due to compensation claims due to risks involved in manual load handling. The examples of factors that influence the choice of material handling procedure include i.e.: anthropometry and biomechanics.

Research paper thumbnail of IMPROVING PRODUCTIVITY OF APPAREL MANUFACTURING SYSTEM USING VALUE STREAM MAPPING AND PRODUCTION CONTROL TOOLS FOCUSING ON PRINTING SECTION

IJRET

Traditional printing works in maximum garment industries are facing different problems like low p... more Traditional printing works in maximum garment industries are facing different problems like low productivity, longer production lead time, high rework and rejection, low flexibility, lower quality product, high non-value added work etc. In this study these different problems were identified by using numerous effective production control tools like process analysis, layout of work station, motion and time study, work standardization etc. The encouraging results after implementing these tools give the way to go forward and thrust to reach at the end point. Some key benefits of this implementation are decrease in sample rejection level by 70%, reduction of work level for repairing works by 80%. Value stream mapping has been used to identify the most bottleneck process. Eliminating bottleneck process results in reduction of excess motion and non-value added works by 50%. As a result, total processing time for final output is decreased. After the implementation of these tools effectively, the result shows a significant improvement of the production than before.

Research paper thumbnail of Design and Implementation of a Remote Controlled Robotic Arm Based on Industrial Application Perspective

International Conference on Mechanical, Industrial and Materials Engineering 2013 (ICMIME2013) 1-3 November, 2013, RUET, Rajshahi, Bangladesh., Nov 3, 2013

This paper describes an implementation of a remote controlled robotic arm with six degrees of fre... more This paper describes an implementation of a remote controlled robotic arm with six degrees of freedom which is able to pick an object with a specific weight and can place them in a desired location. The method of design of the remote controlled robotic arm consists of two stages. First stage is the construction of the mechanical structure following modular concept with six degrees of freedom and the second is to design the interface of components of the robotic arm to control it via a wireless joystick. To ensure ease of use, wireless system is introduced in this robotic arm. This kind of the arm can be applied in industrial sectors where automaton is profoundly needed.

Research paper thumbnail of Implementation of Production Control Tools in Garments Manufacturing Process Focusing Printing Section.

International Conference on Mechanical, Industrial and Materials Engineering 2013 (ICMIME2013) 1-3 November, 2013, RUET, Rajshahi, Bangladesh. , Nov 3, 2013

"Traditional printing works in maximum garment industries are facing different problems like low ... more "Traditional printing works in maximum garment industries are facing different problems like low productivity, longer production lead time, high rework and rejection, low flexibility, lower quality product, high non-value added work etc. In this study these different problems were identified by using numerous effective production control tools like process analysis, layout of work station, motion and time study, work standardization etc. The encouraging results after implementing these tools give the way to go forward and thrust to reach at the end point. Some key benefits of this implementation are reduction of excess motion and non value added work by 50%, decreasing of sample rejection level by 70%, reduction of work level for repairing works by 80%. As a result total processing time for final output is decreased. After the implementation of these tools effectively the result shows the significant improvement of the production than before."