12th Grade Manufacturing Production Resources

Focus is placed on the classification of materials, their properties, and manufacturing production systems, highlighting key aspects of engineering and production. Learners will enhance understanding of material types, production systems, and essential engineering principles, thereby improving their ability to design and assess manufacturing processes effectively.

Explore the crucial elements of engineering communication and the manufacturing process, with a focus on design and production phases. Gain essential insights into the use of drawings and prints in these phases. Understand the sequential steps in creating a finished product, thereby enhancing engineering and manufacturing skills.

Explore the classification and properties of materials, as well as various manufacturing systems. Gain understanding of manufacturing processes and material characteristics, enriching the ability to categorize and apply these concepts in real-world contexts.

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.

Understand the foundational concepts of manufacturing, including the processes involved in creating durable and non-durable goods. Explore the principles of lean manufacturing and Six Sigma to enhance skills in implementing process improvements and sustainability practices in industrial settings.

Learn the fundamentals of Lean Manufacturing and Six Sigma, with a focus on key methodologies such as Lean Six Sigma, Kaizen, and the 5-S system. Develop a comprehensive understanding of continuous improvement, waste elimination, and process optimization.

Examine the history and development of manufacturing, tracing the journey from early handcrafted items to the industrial era marked by the emergence of innovations such as the steam engine and assembly line. Analyze significant milestones like the Industrial Revolution and explore the contributions of pioneering figures such as James Watt and Henry Ford, enhancing comprehension of how these advancements influenced contemporary production techniques.

Understand the varied career paths within the manufacturing sector, including roles like assemblers, design engineers, and inspectors. Learners will achieve a well-rounded grasp of essential functions and responsibilities, equipping them for opportunities in Industry 4.0.

Investigate the key factors affecting the location and operations of various manufacturing industries, focusing on raw materials, economic considerations, and infrastructure. Develop an understanding of industrial development essentials, distinguish clearly among different industry types, and apply this knowledge to real-world scenarios, enhancing skills in analysis and strategic decision-making.

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.

Explore the complexities of manufacturing processes with a focus on machining, material removal, and CNC operations. Develop proficiency in identifying machine tools, mastering CNC programming, and understanding additive manufacturing techniques.

Explore the application of chemistry principles in industrial process engineering, with a focus on polymer science, renewable resources, and flow diagrams. Develop the capability to identify professional fields and processes in chemical engineering, enhancing understanding of sustainable industrial practices and materials.

Explore the various manufacturing processes, including forming and conditioning, to understand key production methods. Analyze performance management strategies that enhance productivity and evaluate the economic impact of different production types on manufacturing efficiency. Achieve a comprehensive understanding of both technical and strategic aspects of the manufacturing industry.

Analyze the characteristics and distinguishing elements of capitalism, socialism, and communism. Examine various economic scenarios and principles to gain insights into these economic systems and their influence on societal structures. Articulate the strengths and challenges of each system.

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 core aspects of advanced manufacturing processes with an emphasis on team dynamics and effective product development. Gain insights into decision-making processes within high-performance teams and understand the significance of product design in aligning with customer needs.

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.