Introduction to Materials Engineering and Project Management

Every physical product around us relies on selected materials processed under precise conditions. Understanding how to transition from materials theory to practical project execution is a core skill for any aspiring engineer. This course bridges that gap by introducing you to real-world materials processing methods alongside the essential project management skills required in professional engineering environments. You will learn how to approach material selection, design constraints, and project workflows systematically. Through clear, step-by-step written explanations, you will explore the foundational science behind metals, polymers, and ceramics, and understand how they are shaped into functional prototypes. What you'll learn: Understand the core principles of investment casting, polymer injection molding, and ceramic sintering; Apply materials selection frameworks to meet specific design and structural requirements; Conduct professional literature and patent searches to validate engineering concepts; Design structured project plans including risk analysis, teamwork dynamics, and milestone tracking; Evaluate material properties using standard analytical and testing methodologies; Plan and structure technical reports and presentations for professional stakeholders. The course starts with fundamental concepts in materials science and project planning before moving into detailed processing techniques and professional engineering practices. This course is designed for beginners, engineering students, and curious makers, with no prior materials science experience required. Start building your foundational materials engineering knowledge today.