Estructuras: La Ingeniería y sus Secretos

Course Description

Welcome to "Estructuras: La Ingeniería y sus Secretos" (Structures: Engineering and its Secrets), an engaging and accessible course that unravels the mysteries of structural engineering. This course, offered by UC3Mx, is designed to bridge the gap between experts in structural calculations and those without technical backgrounds. Using simple language, historical examples, and easy-to-do experiments at home, we explore the fascinating world of structures that surround us in nature and in human-made creations.

What students will learn

• Acquire fundamental concepts related to structures
• Understand the behavior of important historical structures
• Comprehend the evolution of structures in living beings
• Learn about current trends in designing various structures like buildings, bridges, and vehicles
• Gain insights into why certain structures fail and others endure
• Discover the engineering principles behind everyday objects and natural phenomena

Pre-requisites

The course is designed for anyone with an interest in the subject and a willingness to learn. No specific prerequisites are required, making it accessible to students from various backgrounds.

Course Coverage

• Ancient constructions and their engineering principles
• Evolution of architectural styles from Romanesque to Gothic
• Principles of bridge design and construction
• Roof structures and earthquake-resistant buildings
• Naval architecture and floating structures
• Automotive engineering and safety
• Aeronautical structures and flight principles
• Forensic engineering and famous structural failures

Who this course is for

• Curious individuals interested in understanding the world around them
• Students of various disciplines, including engineering, architecture, history, and biology
• Professionals in fields such as medicine, biology, art, history, and archaeology
• Anyone fascinated by how things are built and why they stand or fall

Real-world Applications

• Enhancing problem-solving skills in various professional fields
• Improving understanding of structural integrity in design and construction
• Applying principles of biomechanics in medical and biological research
• Enriching historical and archaeological interpretations of ancient structures
• Informing artistic endeavors with structural principles
• Developing a more critical eye for safety and engineering in everyday life

Syllabus