Chemical Engineering Foundations: Solving Core Concepts and Calculations

Chemical engineering can feel overwhelming with its complex equations, thermodynamic laws, and intricate process flows. If you find yourself stuck on core principles or struggling to apply formulas to real-world scenarios, this course is here to help. This text-based course is designed to demystify the most challenging foundational topics in chemical engineering. By breaking down complex theories into digestible explanations and step-by-step written calculations, you will gain the confidence to analyze chemical processes, solve mass and energy balances, and understand the core transport phenomena that govern the industry today. Throughout this course, you will learn to: 1. Understand foundational chemical engineering principles, including unit conversions and dimensional consistency. 2. Formulate and solve steady-state mass and energy balances for single and multi-unit systems. 3. Apply the laws of thermodynamics to evaluate phase equilibria and chemical reaction behavior. 4. Analyze fluid flow behavior and heat transfer mechanisms in common process equipment. 5. Explore modern sustainability concepts, such as green engineering principles and basic process safety. 6. Practice step-by-step analytical problem-solving through guided written examples. You will begin with essential terminology, system boundaries, and basic physical quantities. From there, the course guides you through structured modules covering mass balances, thermodynamics, transport phenomena, and modern process considerations, all explained through clear text and detailed numerical walkthroughs. This course is designed for beginners, engineering students seeking to solidify their understanding, or professionals looking for a structured refresher on core chemical engineering concepts. No advanced prior engineering background is required. Start building your analytical engineering skills and master the fundamentals today.