Literature Review

1- Mechatronics, started in the 1960s in Japan to address manufacturing needs, combines mechanical, electrical, and software engineering. Its application in industrial automation significantly enhances the efficiency and precision of manufacturing processes. From the creation of automotive systems to the development of advanced manufacturing systems, mechatronics plays a pivotal role in streamlining and optimizing automation processes. [All about mechatronics | Here’s everything you should know! - (ischoolconnect.com)]

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2- Mechatronics significantly improves advanced manufacturing through streamlined processes, saving time and increasing output by integrating engineering concepts into a cohesive production line. The use of devices like barcode readers and imaging tools automates tasks, optimizing efficiency and reducing labor costs, making mechatronics a key player in cost-effective and efficient manufacturing. [Application of Mechatronics in Advanced Manufacturing (ecpi.edu)]

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3- A Manufacturing Execution System (MES) software aids manufacturing companies in real-time monitoring of machines, raw materials, and goods, enhancing oversight and efficiency. It enforces structured processes, ensuring production adherence to specifications. For example, if a machine requires three parts, the MES system ensures their proper placement before operation, preventing errors. [Ways that Production Line Software can improve productivity | visTABLE®]

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4- Siemens introduces the Connected Curriculum, an Industry 4.0 teaching program for universities, with Middlesex University as a key participant. This initiative integrates advanced industrial tools into apprenticeship and academic courses. Middlesex's mechatronics labs, sponsored by Siemens and Festo, exemplify a practical industry-academia collaboration within this curriculum. [Siemens launches Industry 4.0 curriculum for Universities]

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5- Manufacturing holds a crucial role in the UK economy, constituting a substantial 10% of the country's overall output. This sector provides employment to 2.6 million individuals across the UK and plays a vital role in numerous supply chains, further amplifying its economic impact. Notably, manufacturing stands as the backbone of the UK economy, responsible for a significant 44% of the country's total exports. Despite a decline from its peak in the 1970s and the ascent of the financial services sector in the past three decades, manufacturing remains a key global player, with the UK consistently ranking among the top 10 nations worldwide in terms of output. This enduring prominence underscores the enduring importance of manufacturing to the UK's economic landscape. [Why manufacturing matters | Make UK ]

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6- Manufacturing involves transforming raw materials into finished goods using tools, labor, machinery, and chemical processes, contributing significantly to the economy. The process has evolved from handmade goods to mass production, emphasizing efficiency through techniques like assembly lines. Efficient manufacturing practices, marked by reducing redundancies, improving work quality, updating equipment, and streamlining processes, lead to higher productivity and cost savings. This focus on efficiency is integral to the continuous advancement of the manufacturing sector. [Manufacturing: Definition, Types, Examples, and Use as Indicator (investopedia.com)]

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7- The history of modern manufacturing traces back to the Industrial Revolution that commenced in the 19th century. During this transformative period, the process shifted from artisanal craftsmanship to machinery and chemical processes, converting raw materials into finished goods. This revolution marked a significant transition, reducing the reliance on human labor and increasing production volumes. Notably, Ford Motor Company's adoption of assembly line manufacturing in the early 20th century exemplifies this evolution, streamlining processes and popularizing mass production techniques. The integration of computer-controlled systems and electronic precision tools further advanced high-tech manufacturing, enhancing operational efficiency. Today, the manufacturing sector continues to evolve rapidly, characterized by shorter product life cycles, technological flexibility, and heightened employee productivity, contributing to ongoing efficiency improvements in the industry. [Manufacturing - Overview, History, Economic Impact (corporatefinanceinstitute.com)]

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8- Thomas Newcomen's steam engine, introduced in 1712, was a key invention for mining. It worked by using steam to create a vacuum that pulled down a piston, which, in turn, raised a levered beam. This lifting action was used to operate machinery. When the steam condensed, and the vacuum was released, gravity brought the piston back up, ready for the next cycle. While not the most fuel-efficient, Newcomen's steam engine played a vital role in draining water from deep mines, revolutionizing mining processes in the early 18th century. [The Steam Engine in the British Industrial Revolution - World History Encyclopedia]

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9- In the evolution from Industry 1.0 to 4.0, each industrial revolution brought distinct advancements in manufacturing processes. Industry 1.0, emerging in the 18th century, introduced mechanization and steam power, transforming economies into factory-based systems. Steam-powered machines and weaving looms exemplified its landmark technologies. Industry 2.0, in the 19th century, embraced electrical energy, leading to efficient mass production through innovations like assembly lines. Henry Ford's implementation of conveyor belts epitomized this era. Industry 3.0, starting in the 20th century, marked the digital revolution, utilizing computers and programmable logic controllers for partial automation. The introduction of electronic devices and software systems further enhanced manufacturing accuracy and management processes. Industry 4.0, the current phase, is characterized by the integration of smart technologies like the Internet of Things, artificial intelligence, and data analytics, revolutionizing manufacturing with interconnected, intelligent systems. [Industry 1.0 to 4.0 - Brief History of the Industrial Revolution - Sustainability Success (sustainability-success.com)]

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10- Industry 4.0 is changing manufacturing with digital twins. It's like making a digital copy of real things or processes. This helps companies find problems early, predict outcomes, and make better products. [Industry 4.0 and the digital twin technology | Deloitte Insights]

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11- RobotStudio is software by ABB that lets you simulate and program robots without being near them. It creates a digital copy of your robots and production line, so you can see and test everything remotely. This means you can set up, simulate, and check your robot system without disrupting your actual production line. [RobotStudio downloads - RobotStudio Suite | ABB]

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12- Plant Simulation is software that helps companies make their factories run better. It creates virtual models of factories so you can see how they work and find ways to improve them. You can test different ideas without stopping real production. This software helps you save time and money by finding and fixing problems before they happen. [» Plant Simulation (simsol.co.uk)]

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13- Plant Simulation optimizes manufacturing by creating virtual models of logistics systems. It analyzes material flow, resource use, and logistics, allowing users to test scenarios and make decisions before changes in real production. It detects problems early, cuts costs, and boosts efficiency without disrupting operations. [Use Plant Simulation And Throughout Optimization (siemens.com)]

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14- Amazon, founded in 1994 by Jeff Bezos, started as a bookstore but quickly grew into the world's largest digital marketplace. It revolutionized online shopping and dominates ecommerce, offering various products and services like Prime and FBA. With 44% of customers starting their product searches on Amazon, it's crucial for buyers and sellers. Third-party sellers now account for 58% of Amazon sales, growing rapidly each year. [What is Amazon? Everything You Need to Know (ecommerce-platforms.com)]

 

15- Hercules, a key component of Amazon's fulfillment centers, aids in transportation and lifting tasks, contributing to increased efficiency. With a lifting capacity of up to 1,250 pounds, it navigates using centralized planning software and a 3D camera for safety. Hercules also communicates with employees through wearable Wi-Fi transmitters. Overall, it exemplifies Amazon's commitment to integrating robotics into operations, ultimately improving both employee productivity and customer satisfaction.[4 cool facts about Amazon's Hercules robot used in fulfillment centers]

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16- Amazon's robot arms, like Robin, integrate advanced technology to enhance safety and efficiency. These stationary robotic arms handle various tasks, aided by cutting-edge AI algorithms and high-tech sensors. They streamline operations and improve the employee experience by eliminating repetitive tasks. This collaboration between humans and machines has enabled Amazon to deliver goods more accurately, fueling growth and job creation. [Amazon’s robot arms break ground in safety and technology - Amazon Science]

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17- Amazon's new robots, including Proteus and Sparrow, are bringing advanced automation to its fulfillment centers. They work alongside humans, performing tasks previously done manually. These robots, with improved AI and awareness, may reshape operations and increase efficiency. [Amazon’s New Robots Are Rolling Out an Automation Revolution | WIRED]

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18- Swati Singhal, an Amazon Robotics engineer, utilizes digital twins to optimize fulfillment center layouts, ensuring smooth robot coordination. Her hands-on experience from Northeastern University aids in leading projects to refine simulation processes, highlighting Amazon's unique approach. [Amazon fulfillment center simulations (aboutamazon.com)]

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20- Ryan Schoettle, an Oakland University graduate, uses Industry 4.0 skills as a Digitalization Industrial Engineer at Brose North America Inc. He learned Siemens Plant Simulation at Oakland University, helping his company save money and work better. This shows how industry and academia working together can prepare people for modern jobs. [Industry 4.0 in Action- How Experience with Plant Simulation has Shaped an Oakland University Grad’s Career Trajectory - Academic and Startups (siemens.com)]

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21- This highlights how Oracle Red Bull Racing uses Siemens' NX CAD software in designing their championship-winning Formula 1 cars. Daniel Watkins, Head of CAD and PLM, explains how they rely on digital tools like NX to design, test, and validate their models. This demonstrates the importance of advanced design tools in building efficient and fast cars. [NX CAD for F1 | Oracle Red Bull Racing (siemens.com)

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22- Dyson uses Siemens' NX software to design, test, and build its products faster and more accurately. With NX, they can create detailed models quickly, make prototypes faster, and ensure everything fits together correctly. This helps Dyson innovate quickly and bring new products to market faster. [Dyson case study (siemens.com)]

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23- TIA Portal is a software application developed by Siemens for configuring and managing automation systems. It serves as a centralized platform that allows users to design PLC programs, create HMI displays, and control motion/motor systems, all within a single software environment. [Intro to Siemens S7-1200 PLC and TIA Portal Programming - Technical Articles (control.com)]

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24- Established in 1892, The Coca-Cola Company is a global leader in beverage manufacturing, best known for its iconic Coca-Cola brand. With a vast portfolio of over 500 brands distributed across 200 countries, Coca-Cola's rich history is rooted in innovation and strategic leadership, making it a symbol of American culture and ingenuity. [The Coca-Cola Company | History, Products, & Facts | Britannica Money]

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25- Coca-Cola's 2022 Business & Sustainability Report underscores its dedication to excellence and sustainability. [The Coca-Cola Company 2022 Business & Sustainability Report Highlights]

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26- Coca-Cola has launched a new reuse program to tackle plastic waste. Customers can return and refill their beverage containers at designated collection points. By minimizing the use of new bottles and cans, the program promotes sustainability. Coca-Cola aims to inspire others to adopt similar initiatives for a cleaner future. [Coca-Cola launches a reuse programme to combat plastic waste (packaging-gateway.com)]

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27- "Industry 4.0: A Supply Chain Innovation Perspective" explores how Industry 4.0 technologies transform supply chains, focusing on innovations and their impact on production processes and logistics.

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28- "The Application of Digital Twin Technology in Operations and Supply Chain Management: A Bibliometric Review" delves into the use of digital twin technology in optimizing operations and supply chain management. It analyses trends, challenges, and best practices in implementing digital twins across various industries.

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29- "Is the Fourth Industrial Revolution a Continuation of the Third Industrial Revolution or Something New Under the Sun? Analyzing Technological Regimes Using US Patent Data" examines the relationship between the third and fourth industrial revolutions. It assesses technological advancements through the lens of patent data, determining whether Industry 4.0 represents an evolution or a distinct paradigm shift.

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30- "The Warehouse: Workers and Robots at Amazon" provides an in-depth analysis of the role of automation and robotics in Amazon's warehouse operations. It investigates the impact of technology on workers, productivity, and the overall functioning of the warehouse environment, offering insights into the challenges and opportunities associated with automation in e-commerce logistics.