Advanced Manufacturing and Supply Chain with IoT

In the world of industrial manufacturing and supply chain, the lack of real-time visibility and insights into processes poses a significant challenge. However, IoT is set to bring about a profound transformation. This technological revolution promises efficiency gains, operational optimization, and unprecedented business insights.

Step into the world of Industry 4.0 and 5.0 with IoT and discover how it revolutionizes production and logistics. Learn about real-time monitoring, predictive maintenance, and quality control while ensuring a secure IoT infrastructure. Explore practical examples in manufacturing, including smart factories, personalized transit, and sustainability practices. Use the potential of AI, predictive analytics, and 3D printing to align your IoT strategies with business goals for enhanced performance.

Completing this book equips readers to excel in leveraging IoT for industrial manufacturing and supply chain advancements. They will master IoT concepts, optimize processes, and handle integration challenges. With the acquired knowledge, readers can develop strong IoT strategies, assess project outcomes effectively, and introduce significant improvements to their manufacturing and supply chain operations.

KEY FEATURES

* Learn IoT principles, strategies, and tech for advanced manufacturing and supply chain.
* Understand IoTs role in enhancing competitiveness and innovation.
* Gain insights through real-world case studies and practical examples.

WHAT YOU WILL LEARN

* Understanding IoTs role in advanced manufacturing and supply chain.
* Applying IoT for real-time monitoring and predictive maintenance.
* Enhancing production efficiency through IoT-driven solutions.
* Leveraging IoT for supply chain optimization and transparency.
* Overcoming IoT implementation challenges and ensuring security.
* Exploring the future possibilities of IoT and AI in manufacturing.

WHO THIS BOOK IS FOR

This book is intended for manufacturing, supply chain management, and IoT specialists and enthusiasts with intermediate to advanced knowledge of IoT and its industrial applications.

1. IoT Fundamentals, Architecture, and Protocols
2. Embracing IoT in Manufacturing
3. The Power of IoT in Supply Chain
4. IoT: Use Cases in Smart Factories
5. Business Factors and Optimization for IoT Implementation
6. Challenges and Solutions
7. Artificial Intelligence in Manufacturing
8. The Future of IoT
9. Key Takeaways

Ameya Deshpande, a seasoned professional with over eight years of experience, has cultivated a deep understanding of the intricate dynamics that drive complex supply chains and manufacturing systems. His journey at the forefront of innovation, working within organizations such as Google, Cummins, and Lyft, has provided him with a unique perspective. Ameya’s strong educational foundation, which includes a Master’s degree from Purdue University and a Bachelor’s degree in Mechanical Engineering from the University of Pune, has been instrumental in shaping his expertise. Throughout his career, he has meticulously observed the transformative shifts within the consumer electronics and automotive sectors.

Bidyut Sarkar is an IT professional specializing in the Life Science and Industrial Manufacturing industry. Over his 20-year career at IBM, he has developed a blend of industry experience, a comprehensive understanding of AI and Analytics, and strategic solutioning skills. His work has impacted large pharmaceutical companies and industrial manufacturing industries, particularly in the United States. He has been part of efforts to provide IT solutions against counterfeit drugs and implement AI/ML-powered predictive demand and automated replenishment capabilities. Through AI-driven technologies, he has contributed to solutions that enhance cybersecurity and guarantee the authenticity and safety of medications worldwide. His professional experience has taken him to various parts of the world, including the USA, Netherlands, Saudi Arabia, Brazil, and Australia. This multicultural experience has given him insights into global organizational challenges, reinforcing his commitment to addressing critical issues.
Deep Dave is an esteemed digital transformation and IT system reliability expert specializing in Industrial IoT (IIoT) and digital strategy. His achievements include pioneering digital initiatives that have transformed manufacturing processes, enhancing operational efficiency and patient care. As a tech influencer, Deep has extended his impact beyond the confines of his immediate professional circle. He has been a voice of authority and inspiration in the digital transformation community, sharing his insights and experiences through various platforms. His passion for knowledge extends to research and academia. He has authored multiple research papers on pivotal topics such as digital transformation, neural manufacturing, Industry 4.0 and 5.0, IT system reliability, IoT, and human-robot collaboration.

Ravi Dave is an accomplished supply chain expert in orchestrating SAP global rollouts, specializing in customized solutions for purchasing, inventory management, and warehousing. With over 12 years of invaluable global supply chain and logistics experience, Ravi’s distinguished career has been marked by a relentless commitment to driving digital transformation across various industries, including retail, distribution, consumer goods, manufacturing, automotive, and textiles. As a digital transformation leader, Ravi is profoundly committed to propelling the frontier of innovative technologies. His passion lies in recognizing and harnessing the transformative potential of cutting-edge advancements such as AI, IoT, blockchain, and automation.

Slogan/Catchy Phrases
My enthusiasm lies in the transformative power of technology, enabling organizations to gain a competitive edge. It facilitates the streamlining of processes, enhances transparency, and offers valuable insights into performance and market trends. Through the strategic utilization of technology, organizations can make informed decisions, optimize contract negotiations, and effectively cut down on costs.