This Chemical Engineering Fundamentals course offers a thorough introduction to the essential concepts and techniques of the discipline. The series begins with basic concepts, including material balances, energy balances, and the role of chemical engineers in process industries. It then dives into mass transport phenomena, covering diffusion, convection, film theory, and boundary conditions, with practical case studies that demonstrate real-world applications such as multi-compartment systems, axial and radial flux, and process optimization.
The course emphasizes problem-solving and numerical methods, guiding students through tutorials, example calculations, and class discussions. Students learn to estimate diffusivity, solve conservation equations, and apply analogies for complex processes. Special sessions focus on energy balances, dynamic systems, and integrative exercises, reinforcing theoretical knowledge with practical applications.
Additionally, the course includes review sessions and testing tutorials, helping learners consolidate their understanding and apply chemical engineering principles confidently. By the end of the series, students gain a strong foundation in chemical process analysis, transport phenomena, and energy management, preparing them for advanced studies or careers in process engineering, research, and industrial applications.
