Fundamentals of Casting Technology Design for Engineering

Designing efficient, defect-free metal castings requires a solid grasp of both traditional foundry principles and modern engineering workflows. This text-based course guides you through the core concepts of casting technology design, bridging academic theory with practical engineering calculations. You will transition from understanding basic metallurgy to confidently drafting casting layouts, designing gating systems, and selecting appropriate molding materials. By studying structured explanations and working through design exercises, you will learn how to transform raw component designs into manufacturable casting plans. What you'll learn: Understand fundamental casting terminology, solidification physics, and the properties of common foundry alloys; Design efficient gating and riser systems to ensure proper mold filling and prevent shrinkage defects; Analyze mold and core construction, including sand properties, draft angles, and parting line selection; Apply modern design rules for casting geometry, ensuring optimal wall thickness and material distribution; Explore the basics of computer-aided casting simulation and how digital tools predict thermal behavior and defects. The course begins with foundational metallurgy and mold-making concepts before moving systematically into detailed design calculations, gating system geometry, and modern simulation principles. This course is designed for engineering students, junior designers, and anyone new to foundry technology, requiring no prior experience in manufacturing design. Start reading today to build a strong foundation in modern casting technology design.