Mechanical Construction Basics: Surface States & Tolerances

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Introduces the basics of mechanical construction, focusing on international standards, drawing frameworks, and graphical elements.

Mechanical Construction Basics

Introduces the fundamental principles of mechanical construction and the importance of accurate dimensioning for technical drawings.

Geometrical Product Specifications: Datums and Datum Systems

Explores international standardization, technical drawing rules, and specific representations in mechanical construction.

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Mechanical Construction I: Drawing Formats and Graphic Elements

Introduces fundamental principles of mechanical construction, emphasizing drawing formats, graphic elements, and dimensioning techniques.

Suspension Design for EPFL Racing Team

Discusses the design of a high-performance suspension system for a formula student race car, emphasizing teamwork and technical skills.

Introduction to Mechanical Design: Course Overview and Objectives

Introduces the Mechanical Design course, covering its structure, objectives, and evaluation methods.

Mechanical Design: Principles and Applications

Explores the design process, load paths, spatial vectors, stiffness matrices, and common couplings in mechanical design.

Mechanical Design Principles: Representation and Manufacturing Processes

Discusses mechanical design principles, focusing on representation rules and machining processes for effective production.

Mechanical Construction I: Axonometric Projections and Standardization

Explores axonometric projections, intersections, cuts, and the history of standardization in mechanical construction, emphasizing the importance of norms in enhancing productivity and reducing costs.