10th Grade Architecture & Construction Interactive Videos

Investigate the engineering principles involved in joist design, emphasizing aspects such as stiffness, deflection limits, and the role of blocking. Develop expertise in determining appropriate spans and selecting suitable materials.

Explore the role of architects, focusing on essential skills in architecture and construction. Learn about fundamental design principles, diverse career pathways, and core mathematical foundations to excel in the field.

Explore distinctive architectural styles and address the engineering challenges encountered in building design. Gain insights into overcoming complex engineering obstacles and understand innovations in material science.

Study the operations of the F-35B aboard HMS Queen Elizabeth, focusing on maintenance procedures and communication strategies. Gain an understanding of aircraft handling and explore the technical roles crucial for efficient operations. This content aims to enhance skills in troubleshooting, operational coordination, and the technical aspects of aircraft handling, offering a comprehensive insight into the strategies employed to maintain and communicate effectively within this context.

Explore essential railway safety measures with a concentration on maintenance procedures and infrastructure management. Gain expertise in maintaining operational safety and preventing power failures.

Examine the intricacies of maintaining the LTG locomotive fleet, emphasizing the technological challenges and improvements involved. Develop an understanding of how these factors affect operational efficiency and learn about the technical upgrades required to optimize performance. Enhance skills in diagnosing and addressing mechanical and technological issues within the fleet, leading to improved maintenance strategies and fleet management.

Learners will cultivate skills in ship rigging maintenance and troubleshooting, focusing on techniques for identifying and resolving issues to ensure optimal performance.

Investigate bridge design with a focus on load balance, compression, and tension. Apply engineering principles to construct bridges that are efficient and safe.

Study Cornelius L. Henderson's influential contributions to critical infrastructure projects, particularly the Ambassador Bridge. Examine the engineering challenges he encountered and the social issues he navigated, gaining valuable insights into both historical context and civil engineering principles.

Explore the emergence of Googie architecture, examining its roots in 1950s car culture and the jet age. Understand the distinctive visual elements that set Googie apart, such as bold geometric shapes, sweeping lines, and futuristic motifs. Analyze the cultural influences that shaped this architectural style and how it became a symbol of mid-20th century optimism and innovation. Gain insights into the characteristics that defined Googie architecture, broadening your appreciation of its impact on modern architecture and design.

Investigate the engineering design process through its various stages, including problem definition, solution brainstorming, creating design plans, modeling, testing, and refining prototypes. Develop critical problem-solving skills applicable to engineering by understanding how to effectively navigate these stages to achieve innovative and functional designs.

Explore innovative structural techniques that enhance building safety against earthquakes. Gain a comprehensive understanding of key concepts in earthquake resilience and construction design expertise.

Explore the engineering design process through a creative scenario involving organizing a taco party. Learn to iterate prototypes and adapt based on feedback to achieve successful outcomes, focusing on developing problem-solving skills, creativity, adaptability, and effective communication.

Explore the engineering design process and its real-world applications, fostering critical thinking and problem-solving capabilities through scenario analyses.

Examine the steps of the engineering design process with a focus on problem-solving and iterative improvement. Develop the ability to critically assess designs and enhance solutions effectively.

Understand the critical role of failure and iteration in engineering design. Develop the ability to analyze and refine designs to enhance problem-solving skills.

Master the essentials of tiny house construction by exploring design elements, material selection, and building methods. Gain a thorough understanding of sustainable building practices to effectively tackle contemporary housing challenges.

Understand the mechanics and fundamental operations of seawater pumps within maritime engineering, focusing on essential skills related to pump mechanics and comprehensive safety procedures integral to efficient ship maintenance.

Investigate how inverse operations can be used to solve equations that include functions. Develop proficiency in isolating variables and employing logical problem-solving techniques.

Explore the intricacies of medieval construction through a castle-building project. Understand historical techniques, collaborative efforts, and essential skills for stonework. Gain insights into traditional methods, enhance teamwork capabilities, and develop proficiency in stone masonry.