Lectures related to Computer-aided design

Covers a range of AutoCAD functions, including tools for drawing and dimension modification.

Introduces a course on optimizing energy systems using computer-aided decision-making for efficient design and operation.

Covers the basics of AutoCAD drawing tools and techniques.

Introduces stereotomy through the creation of complex pavilions using panels and mucarnas in Top-Solid software.

Explores how sketches in TopSolid manage seams and cuts of different profile types in Computer-Aided Design.

Provides an overview of meshing algorithms for generating quality meshes in CAD software.

Demonstrates creating a pavilion using a topological cube in TopSolid, emphasizing geometric accuracy and practical modeling techniques.

Explains the working principle and design process of the Mega-Fly-Nova XL toy.

Discusses the design and construction of the Mega-Fly-Nova XL toy.

Covers the numerical simulation workflow, including geometry design, mesh generation, and flow solver.

Explores involutes and Bezier curves, essential in computer-aided design.

Demonstrates the workflow using Adobe Photoshop to prepare a PDF for precise insertion in AutoCAD.

Explores the historical evolution of geometric instruments and the transition to modern CAD software for architectural design.

Explores the IT resources for design and simulations, emphasizing the importance of anticipating IT needs.

Focuses on designing a wind tunnel measurement device for Formula Student cars.

Introduces Bezier curves, covering generation algorithms, control points interpretation, and practical applications in design and fonts.

Covers the .STL format for computer descriptions of part surfaces.

Explores true angle magnitude, reflections, isometries, and symmetries in modern geometry, with practical CAD applications.

Explores solving equations, sketch behavior, and topological transformations in geometry.

Explores the stone cutting process, emphasizing geometric rules and material preservation.