Chemical Engineering Capstone Design I
This is the fall semester course in a two-semester capstone design sequence that combines chemical engineering design with a research component. Students apply core chemical engineering principles to solve open-ended problems using advanced research methods, process simulation, systems engineering, and economic analysis, culminating in a comprehensive technical project. Design I introduces essential tools and methodologies for project execution and professional growth, while the spring semester focuses on team-based design, iterative optimization, and professional practice. Projects may focus on traditional process design or research-driven investigations using experimental, computational, or hybrid approaches.
Topics
- Simulate a chemical engineering process with multiple unit operations.
- Evaluate the feasibility of a chemical process using process simulation and economic analysis.
- Effectively communicate technical results and design recommendations in written and oral format.
- Integrate experimental or research findings with engineering design when applicable.
- Apply iterative design methods to refine and optimize processes or products.
Official roster learning outcomes
Prerequisites & course information
CHEME 3230; CHEME 3240; CHEME 3320; CHEME 3720; CHEME 3900.
Sources
- Course catalogue ↗2026-2027