Engineering Design Process Interactive Videos

Examine the engineering design process with emphasis on problem identification and conceptual design through the example of a truck suspension system. This study enables defining engineering problems, developing innovative design solutions, and employing 3D modeling techniques to verify design functions.

Learn the step-by-step process for solving engineering problems and developing innovative solutions using the Engineering Design Process. Gain an understanding of how to ensure that solutions are safe, effective, and efficient. Acquire the ability to apply engineering skills to practical scenarios in various contexts.

Comprehensive exploration of the engineering design process, emphasizing problem-solving and prototype development, enhances understanding of critical design principles and improves communication of results effectively.

Through an engaging exploration of the engineering design process, learners will grasp key engineering principles. This experience enhances skills in problem identification, creative solution generation, prototype construction and testing, and iterative improvement based on feedback.

Explore the origins and roles of engineering, examining its impact on leadership and the significance of various disciplines within the field. Gain insights into workforce diversity within engineering and the integration of different sciences. Develop key skills necessary for success in engineering careers, focusing on the dynamic nature of the industry and its societal contributions.

Examine the concluding phases of developing new products, concentrating on prototyping, the creation of a Minimum Viable Product (MVP), and conducting market tests. Develop an understanding of refining product features, collecting and analyzing feedback, and evaluating customer reactions to successfully introduce new products. Focus on identifying key learning outcomes and acquiring the skills necessary for a successful product launch.

Examine different problem-solving strategies and the essential function of prototyping within design thinking. Gain valuable insights into strategic thinking, enhance skills in developing effective prototypes, and grasp the significance of human-centered design.

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.

Explore the transformative principles and methodologies of Business Process Re-engineering (BPR), emphasizing redesigning organizational structures and systems to achieve radical improvements. Understand the core goals of BPR, identify the steps involved, and appreciate the potential challenges and benefits, including enhanced efficiency and its impact on staff morale.

Investigate essential concepts in computer engineering, focusing on the functions and roles of key components such as the CPU. Explore the impact of computers on society and the use of critical engineering tools like CAD (Computer-Aided Design) and CAM (Computer-Aided Manufacturing). Develop a thorough understanding of computer operations and the progression of computing technology, illustrated by Moore's Law. Understand how these components integrate within engineering applications.

Explore the principles of Design Thinking and its role in human-centered, iterative problem-solving within Agile project management. Gain insights into phases such as Empathy, Essence, Experiment, and Evolution, focusing on understanding user needs, developing innovative solutions, and ensuring continuous product improvement.

Gain insights into the critical aspects of bra design with a focus on lightweight engineering and testing methodologies. Explore design principles and material testing to enhance understanding of product development in fashion engineering.

Explore the intersection of art and science by focusing on the engineering applications of origami. Gain insight into how origami techniques contribute to creating efficient, deployable structures and optimizing design processes in engineering.

Study the essential components of water slide design, focusing on material selection, building processes, and safety protocols. Understand the engineering principles that ensure the creation of innovative and safe water park experiences.

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.

Investigate the progression of supersonic flight, highlighting the retirement of the Concorde and challenges in addressing aviation noise. Examine NASA’s Quesst program and its groundbreaking technologies, including the X-59, aimed at diminishing sonic booms. Gain insights into technological advancements and their potential impact on the future of air travel.

Investigate core engineering principles and address widespread misunderstandings through stimulating inquiries into engineering roles and objectives. Cultivate analytical thinking and problem-solving abilities relevant to a variety of engineering fields.

Gain a deeper understanding of design optimization principles through real-world examples involving technological innovations and engineering achievements. This learning experience focuses on developing skills to optimize design solutions by balancing cost, performance, and practicality. These skills can be applied across various engineering and technological contexts.

Explore fundamental engineering principles that provide a comprehensive understanding of engaging with the world, applicable beyond an engineering career. Gain insights into diverse engineering fields and the significance of skills such as computer programming. Learn about pathways available after obtaining a degree to advance professional growth and expertise.

Investigate the wide-ranging branches of engineering and their primary areas of focus, including civil, mechanical, chemical, and electrical engineering. Understand cross-disciplinary approaches and key processes within each discipline, providing foundational knowledge necessary for practical applications in engineering fields.