10th Grade Manufacturing Production Interactive Videos

Explore the integration of model-based engineering with bill of materials management within design and manufacturing processes. Key elements include engineering and manufacturing BOMs, as well as change management. Gain insights into the synchronization of CAD designers and BOM engineers, manage revisions using the 3D Experience platform, and ensure alignment between engineering and manufacturing teams to enhance production efficiency.

Investigate key manufacturing processes and techniques with a focus on process selection and forming methods. Gain insights into critical factors and advantages of various manufacturing techniques, enhancing decision-making and application skills in real-world scenarios.

Investigate the transformation of manufacturing during the Industrial Revolution, highlighting the shift from manual methods to machine-assisted production. Examine how these advancements led to specialized manufacturing processes and bolstered global trade. Understand the development of manufacturing techniques, the impact of the Industrial Revolution, and the critical role of specialized manufacturing in the modern global economy.

Examine the principles of quick changeover in manufacturing, with a focus on SMED techniques for reducing downtime. Gain insights into enhancing lead times, increasing flexibility, and improving on-time delivery performance in manufacturing environments. Learners will acquire applicable skills in effective changeover processes to optimize production efficiency.

Explore the fundamental aspects of the fourth industrial revolution and the transformative role of collaborative robots in contemporary manufacturing. Gain insights into emerging technological trends, including hyper-connectivity, and assess the impacts of initiatives like Made in China 2025. Understand the significance of collaborative robots in human interaction, advancing automation capabilities, and facilitating technology adaptation.

Examine the intricate process of crafting high-quality Nokona baseball gloves with a focus on material selection and expert craftsmanship. Gain insights into each production stage, from choosing the right materials to the assembly techniques that emphasize the importance of preserving traditional manufacturing methods in the U.S.

Explore the intricate process of toilet production, focusing on the sourcing of raw materials, the manufacturing stages, and the technical specifications involved. Gain insights into the complexities of ceramic techniques and the role of precise processes in effectively producing sanitary ware.

Examine how Azure OpenAI can revolutionize manufacturing industries by enhancing agility through data-driven decision-making. Gain insights into addressing digital transformation challenges and leveraging existing resources for effective system development.

Analyze the interplay between manufacturing and consumerism, focusing on their influence on economies and individual entrepreneurs. Gain insights into economic shifts, the role of manufacturing, and strategies to support local economies through informed consumer choices.

Explore the strategic role of innovation and analyze key contributors in PFM Manufacturing’s journey, with a focus on efforts to maintain US-based manufacturing. Understand the significance of economic impacts and technical expertise within the context of sustainable manufacturing practices. Learners will grasp the importance of these factors in the advancement and sustainability of domestic manufacturing operations.

Explore smart manufacturing fundamentals and advancements, featuring cyber-physical systems and the Internet of Things. Gain insights into the transformative role of artificial intelligence in optimizing production and enhancing decision-making in modern industry. Develop skills in analyzing and leveraging these technologies for improved manufacturing processes and strategic industry applications.

Explore the intricate processes and techniques involved in steel manufacturing, covering everything from initial ingot processing to the final stages of production. Gain a comprehensive understanding of steel production methods and their implications to enhance the ability to analyze and apply various manufacturing techniques effectively.

Understand the dynamic challenges and valuable benefits within the manufacturing industry, focusing on its economic and social impacts. Gain insights into key industry trends and explore potential solutions for enhancing competitiveness and sustainability.

Focus on understanding the fundamentals of pull systems in lean manufacturing, emphasizing the role and characteristics of Kanban systems. Learn how to reduce waste and enhance operational efficiency through the implementation of these concepts. The learning process aims to develop skills in identifying and applying pull strategies to optimize production flow.

Explore the unique aspects of manufacturing eclipse glasses, focusing on differences from traditional eyewear and the complex safety considerations such as material and certification standards. Develop an understanding of the production workflow, identify specific factors in lens technology, and recognize essential safety certifications for selecting eclipse glasses.

Examining solar panel manufacturing tracks the essential components such as silicon, busbars, and the lamination process. Learners achieve an understanding of key milestones in renewable energy capacity and gain insights into innovative technology applications in solar panel production, enhancing their knowledge of sustainable energy solutions.

Explore the strategies behind Auburn Manufacturing, Inc.'s development of high-temperature and fire-resistant fabrics, which have significantly influenced the manufacturing sector. Understand the role of strategic planning and innovation in advancing manufacturing, with a focus on quality enhancements and entry into emerging markets such as aerospace.

Examine the principles of additive manufacturing, focusing on its advantages over traditional subtractive methods. Understand how this technology reduces waste, enhances creative freedom, and influences future trends in mechanical engineering and personal applications.

Study the complex processes in manufacturing train wheels, highlighting the materials, techniques, and tools employed to ensure their durability and efficiency. Gain insights into train component functionality and develop an understanding of the engineering principles applied in the transportation industry.