Course Learning Outcomes (CLOs)

After taking the course, students should be able to:

1. [Numerical Methods] Apply and interpret numerical methods for solving computational problems typically encountered in aerospace engineering, including algebraic systems, differential equations, optimization, and regression.
2. [Problem Formulation] Formulate aerospace engineering problems as mathematical problems appropriate for computational solution.
3. [Evaluation] Evaluate and communicate about the appropriateness of computational methods for a particular task in terms of computational cost, order of accuracy, implementation complexity, and stability.
4. [Implementation] Implement algorithms in an efficient and maintainable manner as an individual and as part of a team.
5. [Self-Learning] Discover, implement, verify, and apply self-taught computational methods not covered in class.

CLO to PLO Mapping Matrix

According to the new curriculum plan, 3502 should map to PLOs 1, 2, 3, 5, and 7.¹

CLO	PLO 1: Problem Solving	PLO 2: Engineering Design	PLO 3: Communication	PLO 4: Ethics	PLO 5: Teams	PLO 6: Experimentation	PLO 7: Lifelong Learning
1	X
2	X	X
3		X	X
4	X	X			X
5							X

1. Email, “Undergraduate Curriculum Committee Homework Assignment,” 9/18/25. ↩