Ahmad Humaizi - Academia.edu (original) (raw)

Papers by Ahmad Humaizi

For those who wanted to pursue Masters and PhD in Material Handlings in Ergonomics research, you ... more For those who wanted to pursue Masters and PhD in Material Handlings in Ergonomics research, you can download this ebook for free until 29 July 2023 via kindle unlimited.
International:
USA : https://a.co/d/9HHelBi
United kingdom : https://amzn.eu/d/7pnIghl
Australia : https://amzn.eu/d/7pnIghl
Canada: https://amzn.eu/d/7pnIghl
India : https://amzn.eu/d/7pnIghl
And for those who wanted to learn Quranic words, you can download Think Quran apps via this link.
https://app.thinkquran.com?r=drhumaizi_unimap&act=ob

The modern world of work is fraught with physical demands, presenting both opportunities and challenges that pertain to the well-being of workers across a multitude of industries. This book, "Ergonomic Risk Evaluation and Reduction in Material Handling", is an endeavor to encapsulate the exhaustive research, comprehensive strategies, and revolutionary methodologies currently in play to navigate these challenges. More importantly, it outlines the path forward for a future where safe, productive manual labor is not just a possibility, but a reality.
In an age where workers grapple with physical strain, the necessity of ergonomics has become all the more salient. Whether it's in agriculture, construction, healthcare, or the textile industry, musculoskeletal disorders (MSDs) pose a significant threat to the health and productivity of workers. In response, a robust body of research has emerged, using methodologies and tools like the Rapid Entire Body Assessment (REBA), Ergonomic Checkpoints tool, Rodgers muscle fatigue analysis, and RULA to understand and mitigate these risks.
The initial chapters delve into a comprehensive introduction to the realm of ergonomics, covering the breadth and depth of studies that have focused on manual labor, the ergonomic risks inherent in it, and the interventions or adaptations proposed to reduce these risks. We explore how the landscape of ergonomic evaluation has been shaped by the pioneering work of several researchers across various industries, showcasing how these diverse sectors have seen improvements through innovative solutions, design, and workspace reconfigurations.
Our exploration into methodologies forms the bedrock of this book, underscoring how numerous tools and technologies have been employed to garner a comprehensive understanding of MSDs, enhance work postures, and gauge the impacts of diverse tasks on muscular workload. From REBA to Rodgers muscle fatigue analysis, every tool and technique is analyzed, their contributions towards risk reduction in various sectors illuminated.
Finally, the book offers a vision of the future. We explore what lies ahead in ergonomic risk evaluation and reduction, examining potential areas of study such as ergonomic interventions, design evaluations, comparative and longitudinal studies, the application of technology in ergonomics, and industry-specific investigations in manual material handling. These topics, descriptions, and objectives provide a roadmap for researchers and practitioners to build upon existing knowledge, inviting further investigation and innovation in the field of ergonomics.
"Ergonomic Risk Evaluation and Reduction in Material Handling" serves as a comprehensive resource for researchers, practitioners, and anyone interested in the realm of ergonomics. With its focus on evaluating and reducing ergonomic risks in material handling tasks across a multitude of industries, this book hopes to contribute to a future where work-related musculoskeletal disorders are significantly minimized, productivity is enhanced, and workers can function in an environment that is both safe and conducive to their health and well-being. As you navigate these pages, we hope you find the insights enlightening and the foresight inspiring.

This book was written to benefit potential postgraduates and researchers who are doing research i... more This book was written to benefit potential postgraduates and researchers who are doing research in Journal Bearings. As I had experiences in teaching and learning, I know it is difficult to digest information from journals, therefore, to make it easier to you to read, I had arranged it into
1. Overall summary
2. Problem statement
3. Methodologies
4. Findings
5. Future research
6. List of Future research
7. Literature matrix
If you study the contents of this book, you may find it easy to identify the names of analysis, methods, models, tests, experiments related to the subject matter. All the references quoted here are from 2021 until 2023. Meaning that it is latest research. Hopefully this book will act as catalysts for you all to initiate your research.

The book was written using #softwaretheses and various modern AI tools. #softwaretheses was created by myself and my brother. Made in Malaysia. For those who wants to learn softwaretheses, you can meet me.

"Unveiling Flexibility in Manufacturing: A Scholar's Guide to Current Research in Flexible Manufa... more "Unveiling Flexibility in Manufacturing: A Scholar's Guide to Current Research in Flexible Manufacturing Systems (FMS)" presents itself as an exhaustive resource for postgraduate students commencing their research voyage in the ever-evolving sphere of FMS. Traversing through the chapters of this guide, an exploration of the wide range of current research areas underpinning the ceaselessly evolving FMS landscape unfolds.
The initial chapter takes a deep dive into the complex world of scheduling problems, looking into their origins, consequences, and possible remedies in the FMS domain. In this section, numerous research studies scrutinizing the intricate operational challenges molding these scheduling issues come under examination, aiming to boost the efficiency and effectiveness of FMS operations.
Further investigation uncovers the complexities of Flexible Process Planning (FPP), studying its critical role in intelligent manufacturing techniques. With the help of insightful research papers, the art of selecting and sequencing operations, assigning the appropriate tools and machines, all aiming to decrease production cost or completion time, is explored.
The inquiry continues, examining the practical applications and possibilities of Petri Nets (PNs) and Digital Twins (DTs) in FMS, the importance of Genetic Algorithms (GA) for system optimization, the changing roles of Flexible Manufacturing Cells (FMCs), and the transformative influence of Industry 4.0 on flexible job shop scheduling.
Light is shed on the inventive utilization of Automated Guided Vehicles (AGVs) in FMS, emphasizing their role in augmenting energy efficiency, reliability, and productivity. The critical function of sensor technologies in enhancing the operational effectiveness of FMS, and in strengthening safety protocols for human-robot collaborations, also receives attention.
This exploration takes a decisive turn when diving into the detection, prevention, and resolution of deadlocks – a crucial, yet often overlooked, aspect of FMS operation. The journey wraps up by reviewing the application and refinement of decision support systems (DSS) in FMS, a vibrant alternative to traditional, stiffer manufacturing processes.

The FMS is technologically more sophisticated for the human resources who must make it work. A mi... more The FMS is technologically more sophisticated for the human resources who must make it work. A mismatch between human-resource development and industrialization is due to occur because of rapid lateral expansion of industrial activity in manufacturing sector. With long-...

The objective of this book is to help PhD students, master's students, undergraduate students, an... more The objective of this book is to help PhD students, master's students, undergraduate students, and researchers in defining research needs and techniques. This book offers Research Ideas in addition to a full list of the acronyms, analyses, techniques, and other words used in the 2393 journals linked to Elastohydrodynamcis Lubrications. Students will get acquainted with the most utilised techniques, analyses, and models in this area of study by reading the list of tables in this book. Therefore, numerous research hurdles have been addressed, including identifying research gaps and generating a research methodology. This book is meant for researchers in Elastohydrodynamcis Lubrications but is not restricted to them solely. This book is beneficial to everyone. GUIDELINES TO USE THIS BOOK As you can notice, this book contains only Tables that lists all the names of abbreviations, analysis, behaviour etc that are mentioned in all 2393 journals that are mentioned in references section. The purpose of the lists is to help identify the most occurrence names mentioned in those journals. This book gathers findings from hundreds of journals connected to the subject matter to help students find their research gaps and research methodologies easier. Students are urged to utilise this book to determine which research gaps and methodologies are appropriate for their research. Your choice should be discussed with your research supervisor. Topics that you might discuss with Supervisors These are the among items that you may discuss with your supervisors regarding research gaps and tools to use in your report. 1. List of analysis/methods/model/behavior/properties etc that are mostly mentioned in all journals 2. List of analysis/methods/model/behavior/properties etc that are less mentioned in all journals 3. Equipment that you choose is unavailable. 4. Equipment that you choose are under maintenance 5. Equipment that you choose is too expensive. 6. Materials that you choose are too expensive 7. Materials that you choose have been used before as it is mentioned in this guideline book. 8. The type of analysis/methods/model etc that you choose cannot be done as there are no expert available at your institution 9. The items that you want to do research is not in the list, therefore it is a gap potential. You may want to propose it to your supervisor. Next Steps After you had selected your research methods, find journals related to your subject matter. Read it thoroughly. This book had already saved you a lot of time in selecting suitable methods for your research purpose.

Organized by Association of Engineering Education in South East Asia and the Pacific, 14th Februa... more Organized by Association of Engineering Education in South East Asia and the Pacific, 14th February 2007 at Kuala Lumpur, Malaysia.

The topics are shown in table of contents in this book. contents of this research topics are take... more The topics are shown in table of contents in this book. contents of this research topics are taken from thousands of research topics related to ESG. The author uses #softwaretheses techniques which was developed by himself to analyse those topics and presented in a simple manner. The objective of this note is to help PhD students, master's students, undergraduate students in ESG to get some ideas for their research topics. GUIDELINES TO USE THIS BOOK As you can notice, this note contains only research topics related to the subject matter. The research topics are sorted according to ranking. The uppermost list is the most frequent research area in that field, while the bottom list is not common research topic. Therefore, it is a potential research gaps. Researchers and postgraduates may want to look at these topics as inspirations for their own research ideas.

The dielectric properties of a microwave absorbing material represent the ability of the material... more The dielectric properties of a microwave absorbing material represent the ability of the material to absorb microwave signals and dissipated those signals as heat. Carbonaceous materials are preferable to be used as microwave absorbing material due to their excellent dielectric properties. In this paper, coconut shell in powder form was used as the carbonaceous material and the composite samples were prepared in epoxy resin matrix. Five different ratios of coconut shell: epoxy resin (30:70, 40:60, 50:50, 60:40, 70:30) were prepared in order to investigate the effect of carbonaceous material composition on the dielectric properties measurement. Composites with smooth and rough surface textures were fabricated in order to investigate the effect of surface texture on the dielectric properties measurement. Carbon, hydrogen, nitrogen and sulphur (CHNS) elemental analysis was performed to determine the carbon composition in coconut shell powder. It was evaluated that the coconut shell pow...

Atikah Mohd Ramli and her team were participate in IPTA R&D Expo 2005, 30th September - 2nd Octob... more Atikah Mohd Ramli and her team were participate in IPTA R&D Expo 2005, 30th September - 2nd October 2005 at Putra World Trade Center (PWTC), Kuala Lumpur. Organized by Ministry of Higher Education (MOHE) and host by Universiti Teknologi Malaysia (UTM).

Assalamualaikum and Salam Sejahtera all . My latest book in Amazon. . Pathways to the Future: Cut... more Assalamualaikum and Salam Sejahtera all
.
My latest book in Amazon.
.
Pathways to the Future: Cutting-edge Research in Robotic Path Planning: Guidelines for Postgraduates and Researchers

For those who wanted to pursue Masters and PhD in Robotics Path Planning research, you can download this ebook for free until 19 July 2023 via kindle unlimited.
International:
USA : https://a.co/d/7KSnn2C
United kingdom : https://a.co/d/7KSnn2C
Australia : https://amzn.asia/d/aAVE33g
Canada: https://a.co/d/d898qXa
India : https://amzn.eu/d/eXyGrk5
And for those who wanted to learn Quranic words, you can download Think Quran apps via this link.
https://app.thinkquran.com?r=drhumaizi_unimap&act=ob

This book was written to benefit potential postgraduates and researchers who are doing research in Robotics Path Planning. As I had experiences in teaching and learning, I know it is difficult to digest information from journals, therefore, to make it easier to you to read, I had arranged it into
1. Overall summary
2. Problem statement
3. Methodologies
4. Findings
5. Future research
6. List of Future research
7. Research Gaps
If you study the contents of this book, you may find it easy to identify the names of analysis, methods, models, tests, experiments related to the subject matter. All the references quoted here are from 2021 until 2022. Meaning that it is latest research. Hopefully this book will act as catalysts for you all to initiate your research.

For those who wanted to pursue Masters and PhD in Mechanical Springs research, you can download t... more For those who wanted to pursue Masters and PhD in Mechanical Springs research, you can download this ebook for free until 8 July 2023 via kindle unlimited.
International:
USA : https://a.co/d/hEsUiVY
United kingdom : https://a.co/d/hEsUiVY
Australia : https://a.co/d/hEsUiVY
Canada: https://a.co/d/hEsUiVY
India : https://a.co/d/hEsUiVY
And for those who wanted to learn Quranic words, you can download Think Quran apps via this link.
https://app.thinkquran.com?r=drhumaizi_unimap&act=ob

This book was written to benefit potential postgraduates and researchers who are doing research in Mechanical Springs. As I had experiences in teaching and learning, I know it is difficult to digest information from journals, therefore, to make it easier to you to read, I had arranged it into
1. Overall summary
2. Problem statement
3. Methodologies
4. Findings
5. Future research
6. List of Future research
7. Literature matrix
If you study the contents of this book, you may find it easy to identify the names of analysis, methods, models, tests, experiments related to the subject matter. All the references quoted here are from 2021 until 2023. Meaning that it is latest research. Hopefully this book will act as catalysts for you all to initiate your research.

This book was written to benefit potential postgraduates and researchers who are doing research i... more This book was written to benefit potential postgraduates and researchers who are doing research in Rolling Contact Bearings. As I had experiences in teaching and learning, I know it is difficult to digest information from journals, therefore, to make it easier to you to read, I had arranged it into
1. Overall summary
2. Problem statement
3. Methodologies
4. Findings
5. Future research
6. List of Future research
7. Literature matrix
If you study the contents of this book, you may find it easy to identify the names of analysis, methods, models, tests, experiments related to the subject matter. All the references quoted here are from 2021 until 2023. Meaning that it is latest research. Hopefully this book will act as catalysts for you all to initiate your research.

"Assembly Line Evolution: From Human Workforce to Collaborative Robots" ventures into the dynamic... more "Assembly Line Evolution: From Human Workforce to Collaborative Robots" ventures into the dynamic and compelling world of modern assembly lines, presenting a comprehensive understanding of the recent advancements and the future direction of this industry. This book bridges the gap between the past, present, and future of assembly line manufacturing, and illustrates how humans and robots can harmoniously work together towards achieving common goals.
This body of work explores the problems and potential solutions in multi-model assembly line balancing, with a special emphasis on minimizing task reassignments during reconfigurations. It highlights the efforts of scholars who have focused their research on energy consumption issues and the models they have proposed for energy optimization. Researchers have delved into optimizing assembly line operations in aircraft manufacturing and maintenance, underlining the vital role of edge computing in this domain.
One of the unique aspects of this book is the focus on the utilization of advanced computational methodologies in the design and optimization of assembly lines. This includes mixed-integer linear programming models, model predictive control, predictive models for productivity prediction, computer simulation, and machine vision technology. Not only are these innovative solutions making assembly lines more efficient, they also address key challenges like investment cost minimization, improving machine and operator utilization, balancing the production line, enhancing production efficiency, reducing production costs, and promoting seamless data exchange.
As the title suggests, the book is a chronicle of the transition from human workforce to collaborative robots in assembly lines, uncovering the journey of transformation in different industries such as garment manufacturing, automobile parts assembly, and many others. It explores how modern technologies and methodologies are employed to tackle industry-specific challenges and improve efficiency.
In the quest for sustainable manufacturing, the narrative expands to the novel methodologies aimed at developing energy-efficient techniques, focusing on reducing energy use and increasing effectiveness in material handling. The exploration goes further into the world of assembly line balancing (ALB), a critical part of combinatorial optimization, underlining the innovative approaches used to address different challenges in ALB.
The book also delves into the world of mathematical programming models as tools for optimizing robotic manufacturing lines and adapting to dynamic changes in production environments. These models highlight the importance of sustainability in production contexts, while also emphasizing the significance of efficient reaction to shifting market conditions.

Lastly, "Assembly Line Evolution: From Human Workforce to Collaborative Robots" examines the concept of human-robot collaboration in production lines. It showcases various studies highlighting the implementation of advanced technologies in the manufacturing process, the role of collaborative robots (CoBots) in balancing physical burdens and diversity, and the importance of improved ergonomics and cost-effectiveness in collaborative production systems.
This book, at its core, is an anthology of the transformative advancements in assembly line evolution. It serves as a resourceful guide for researchers, industry professionals, and students who are interested in understanding the intricacies of assembly line design, optimization, and human-robot collaboration in the manufacturing industry. The knowledge and insights contained herein are aimed at leading us into a future where humans and robots collaborate seamlessly, creating an efficient, productive, and sustainable manufacturing environment.

The book begins with a thorough examination of the strategy for maintaining important pieces of a... more The book begins with a thorough examination of the strategy for maintaining important pieces of automated production line equipment, with an emphasis on how performance deteriorates with time and a cutting-edge method for quality control, particularly while operating in highly variable situations. The part that follows focuses on designing control systems based on robotics and Programmable Logic Controllers (PLC) and addresses genetic algorithm optimization of layout design.
Following in-depth explanations of Total Productive Maintenance (TPM), Single Minute Exchange of Die (SMED), and the 5S model, readers are given a thorough grasp of ways for increasing efficiency in the food business. The essay highlights the importance of cutting-edge technologies in the contemporary industrial landscape by taking into account cloud-based production line control systems, digital twin technology, and optimization and reconfiguration resources in brownfield environments.
With a focus on genetic algorithms, decision support systems, ergonomics, and uncertainty, assembly line balance emerges as a major issue. The creation of customized products, collaborative assembly, and the remanufacturing process are all topics covered in the book regarding assembly line balancing. The use of cutting-edge computational techniques like Benders Decomposition and Hybrid Reactive GRASP shows how computational intelligence is having an increasing impact on assembly line management.
In-depth analysis of semi-automatic automotive assembly lines is provided by the evaluation of Overall Equipment Effectiveness (OEE), which emphasizes machine learning predictive methodologies, data-based assembly patterns, and the life cycle of OEE. The progression of OEE estimation from human-centered techniques to supervised machine learning is further highlighted in the article.
The discussion of modular construction is then transitioned into, and various parts of, production process optimization, precast component production tolerances, and lean-based work design optimization are explored. The text also discusses intelligent inspection and quality control methods, especially those that make use of machine vision and game theory.

Embark on an enlightening journey through the dynamic field of material handling in automation in... more Embark on an enlightening journey through the dynamic field of material handling in automation industries. This comprehensive guide aims to equip postgraduate students, researchers, and industry professionals with a deep understanding of the latest research, techniques, and technologies driving the transformation of this field.
The landscape of material handling evolves rapidly, characterized by the emergence of increasingly sophisticated techniques and technologies. These advancements enhance the efficiency of tasks and broaden the scope of what can be automated. This book provides a critical overview of these developments, with a particular focus on how these innovations shape the industrial automation sphere.
The chapters explore various aspects of material handling in automation, including the design and control of robotic systems, the role of picking robots, and the emerging importance of feeding systems. The critical role played by Machine Learning, Reinforcement Learning, and Deep Learning in optimizing various processes and increasing efficiency is examined. Complexities associated with path planning for Automated Guided Vehicles (AGVs), routing and scheduling problems, and facility layout planning are also explored.
Each chapter amalgamates the latest research and thought leadership from various authors who have made substantial contributions to this field. The topics are presented in a manner that fosters comprehension and prompts further research.
Delving into this book offers insights into the vast potential of robotics in material handling, innovative methods employed in handling materials, and how these methods contribute to the evolution of the industrial automation sphere. This resource serves not only as an educational tool but also as a gateway to the future of automation and material handling.
This book is intended to serve as a valuable resource, capable of sparking new ideas, encouraging critical thinking, and fostering a deeper understanding of the complexities and opportunities in the field of material handling in automation industries. An invitation is extended to explore, learn, and contribute to this exciting field while journeying through the pages of this book.

The world of manufacturing is undergoing a significant transformation, as the integration of arti... more The world of manufacturing is undergoing a significant transformation, as the integration of artificial intelligence (AI) and machine learning techniques become more prevalent. In the realm of soldering, these advanced technologies are revolutionizing processes, enhancing efficiency, and optimizing precision in various applications. "Smart Soldering: Exploring the Synergy of Artificial Intelligence and Soldering Technologies" delves into the intricate relationship between AI and soldering in the manufacturing industry, showcasing groundbreaking studies that employ AI methodologies for different soldering-related challenges.

From defect detection in solid oxide fuel cells to predicting shear strength in microbump interconnections, AI techniques are proving invaluable in addressing complex issues and improving quality control. In the realm of electronics manufacturing, AI-driven methodologies have been applied to optimize processes, such as the mini wave soldering process and pin-in-paste technology, demonstrating potential benefits across entire manufacturing sites.

Furthermore, the integration of AI into materials science has opened up new avenues for understanding the complex interactions between materials and predicting their performance. Reinforcement learning, a subset of AI, has also emerged as a powerful tool for real-time optimization of manufacturing processes, as seen in stencil printing applications.

"Smart Soldering" brings together a collection of studies that epitomize the potential of AI and machine learning in soldering applications, offering readers a comprehensive understanding of the transformative impact these technologies are having on the manufacturing industry. By examining the latest research and breakthroughs, this book highlights the immense potential of AI in advancing soldering technologies and processes, ultimately paving the way for a smarter and more efficient manufacturing future.