Design And Engineering Interactive Videos

Explore building design concepts where innovative ideas intersect with engineering challenges. Gain insights into structural analysis and design problem-solving while developing an understanding of complex architectural projects.

Examine the principles of design and engineering that support the Burj Khalifa, emphasizing structural stability, asymmetrical design, and the strategic application of materials. Understand architectural strategies that address environmental forces and strengthen building resilience. Develop skills in analyzing cutting-edge techniques that contribute to the longevity and safety of modern architectural marvels.

Investigate the intricate designs and engineering accomplishments of renowned building projects, with a focus on architectural styles such as Art Deco and innovative solutions to structural challenges. Gain insight into architectural history and engineering principles, blending these understandings to analyze and address design obstacles effectively.

Explore the engineering methodologies involved in global clean water access, focusing on desalination processes. Gain insights into engineering design principles and discover solutions for enhancing efficiency in water treatment. This learning experience aims to deepen understanding of applied engineering and sustainable practices.

Examine the role of mechanical engineers in developing interactive attractions at Disney Imagineering, emphasizing the integration of creativity and technical expertise. Understand the significance of mockups in design processes. Encourage networking to support aspiring professionals in the entertainment engineering field.

Explore how art, design, and engineering intersect to drive innovative breakthroughs. Understand the influence of visionaries who blend artistic creativity with technical expertise to shape future advancements. Appreciate the significance of gaining experience in both natural and engineered wonders.

Explore Amanda Parkes' groundbreaking contributions to integrating the physical and digital realms through tangible media, focusing on the importance of innovation in science and engineering. Understand how these concepts can be applied to tackle real-world challenges and seize opportunities.

Exploration of cutting-edge student projects addresses challenges in engineering and design with a focus on multi-level systems, surgical robot arms, and automation. Learners gain an understanding of problem-solving techniques, deepening their knowledge of engineering principles and effective design processes.

Analyze the extraordinary architectural challenges and innovative solutions involved in constructing the Vancouver House, a striking gravity-defying structure. Gain insights into complex engineering techniques and creative problem-solving in modern architecture.

Explore the principles of reverse engineering and CAD design, highlighting their roles in product development and industry applications. Gain an understanding of processes involved in converting physical objects into digital models, and discover how these techniques can expedite product development cycles and enhance design accuracy.

Examine the engineering marvel of the Little Island project, focusing on overcoming the challenges involved in creating a floating park on the Hudson River. Gain insights into the roles of prefabrication, innovative design methods, and sustainable material transportation in modern engineering solutions.

Explore biomimicry with a focus on eco-friendly cooling methods inspired by nature, such as termite mound ventilation. Study sustainable architectural designs to understand how these principles can lead to reduced energy consumption and enhanced building efficiency.

Investigate the intricate design and engineering marvel of the Florence Cathedral, highlighting its architectural innovations and historical significance. Understand key structural solutions utilized in constructing the dome and gain insights into the historical context and influence of the cathedral's design.

Examine the unique architectural features and challenges encountered during the construction of the OCAD University building. Gain insights into engineering solutions and the design's significance, understanding its impact on the institution's prominence.

Analyze the advanced technologies and innovative design features used in constructing iconic structures globally. Understand the inspirations that led to these architectural achievements and evaluate the challenges encountered during their construction.

Examine the groundbreaking architectural and engineering features of the Water Cube, concentrating on the innovative use of materials and structural design. Gain insights into state-of-the-art construction techniques, enhancing understanding of modern architectural challenges and solutions.

Investigate the architectural mastery of the Great Pyramid, focusing on its intricate design, the materials utilized, and the construction techniques employed. Gain insights into ancient engineering practices and comprehend the importance of selecting specific construction sites and materials.

Examine the extraordinary construction techniques and architectural innovations of the Roman Coliseum, emphasizing the strategic use of arches and the role of standardization in building methods. Understand Roman architectural engineering and historical construction practices, and their influence on contemporary architecture.

Explore the distinctive architectural features and sustainable design elements of the Audain Museum, understanding how these aspects contribute to environmental integration and implement precautionary measures against natural events. Learners will acquire knowledge about the building's interaction with its surroundings and strategies for resilience, fostering an appreciation for innovative architectural design and sustainability.

Examine how building services contribute to energy efficiency and sustainable architectural design. Gain insights into enhancing building performance by integrating architecture, building physics, and services. Address contemporary challenges faced in the built environment, fostering an understanding of innovative solutions that improve efficiency and sustainability. Develop skills in evaluating and implementing strategies that benefit both the environment and architectural outcomes.