10th Grade Manufacturing Resources

Gain expertise in diagnosing and resolving issues related to automotive cooling systems, such as coolant leaks and overheating. Develop skills to effectively identify and address these problems, enhancing proficiency in vehicle system diagnostics and automotive maintenance.

Explore the complexities of machine maintenance and repair, addressing real-world challenges and problem-solving techniques in operational settings. Gain the ability to identify mechanical issues, develop effective repair strategies, and enhance maintenance skills crucial for ensuring machinery longevity and reliability.

Comprehensive engine maintenance and repair concepts cover procedures and tools crucial for successful engine diagnostics and repairs. This content enables learners to develop skills in identifying engine issues, understanding the overhaul process, and choosing the right tools for various repair tasks.

Explore the key stages in the software development process with a focus on agile team collaboration strategies and practical applications. Understand how to effectively sequence development tasks, collaborate with peers, and utilize development tools from design to execution.

Explore the principles and applications of various manufacturing processes, including injection molding, milling, and 3-D printing. Gain insights into selecting appropriate manufacturing methods and understanding organizational roles in product safety and design optimization.

Examine the complete game development pipeline by concentrating on essential stages and processes needed to transform a game from concept to market. Gain insights into pre-production, production, and post-production stages, enhancing understanding of industry-standard practices and project management in game development.

Understand automotive maintenance by interpreting maintenance signals, comprehending key vehicle components, and mastering essential repair procedures. Develop diagnostic skills for maintenance needs, enhance vehicular performance, and ensure safe operation by adhering to recommended guidelines and maintenance schedules.

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.

Gain insights into the fundamental stages of web development with a focus on conducting effective client meetings, utilizing design tools, and implementing responsive technologies. Develop a deep understanding of creating engaging web pages by mastering web frameworks and design comps. Achieve proficiency in modern web design principles through a comprehensive exploration of the content, learning outcomes, and essential skills necessary for success in the field.

Explore the iterative development process in software engineering, highlighting iteration's crucial role in enhancing problem-solving abilities. Understand how these practices effectively refine software design and implementation.

Gain a comprehensive understanding of Quality Assurance (QA) and Quality Control (QC) by focusing on validation processes crucial for meeting product requirements. Master techniques that enhance product quality and recognize the significance of various testing activities within the QA process. Develop skills vital for evaluating and ensuring the successful implementation of quality standards.

Explore essential concepts for maintaining quality in production, focusing on methods such as Quality Control, Quality Assurance, and Total Quality Management. By understanding these techniques, learners can improve product standards, sustain customer satisfaction, and promote continuous improvement across operations.

Focuses on essential elements of the iterative development process, introducing coding concepts such as types of errors, pseudocode, and test data classification. Aims to enhance understanding of fundamental programming practices and error management, empowering improved debugging and coding skills.

Explore critical safety practices in the beef quality assurance context, focusing on injury prevention, OSHA compliance, and the safe handling of chemicals and animals. Gain skills to identify key safety regulations and apply effective strategies to minimize workplace hazards, ensuring safer conditions in the meatpacking industry.

Explore significant failures in engineering and manufacturing by examining quality assurance processes through real-world case studies, such as the Ford Pinto and Challenger disaster. Gain an understanding of essential quality management principles and their application in preventing future incidents within these industries.

Explore the phases and practices of the software development lifecycle: planning, design, coding, testing, release, and maintenance. Gain a comprehensive understanding of each phase's role and importance in the creation of software solutions.

Examine the key stages of software development: analysis, design, implementation, testing, and evaluation. Gain a thorough understanding of each phase and how to ensure the software aligns with user requirements through strategic planning and evaluation techniques.

Explore the software development process through key stages and concepts, including functional requirements, test planning, and error identification. Gain an understanding of methods to enhance code quality and robustness, and develop the ability to effectively analyze and interpret software specifications.

Focuses on critical aspects of cattle management, highlighting biosecurity measures and cattle transportation safety within the Beef Quality Assurance program. Develop skills in responsible cattle transport management and the implementation of effective biosecurity practices to maintain cattle health and safety.

Explore strategies to effectively assess cattle body condition scores, manage nutrition, and ensure beef quality assurance. Gain insights into optimal feeding practices, critical nutrient requirements, and established standards for cattle health and performance.