| 1 | Apply the concepts of function, limit, and continuity to model engineering systems. |
| 2 | Take the derivative of various functions and interpret the physical meaning of the derivative (rate of change). |
| 3 | Use derivative applications to solve optimization and related rate problems in engineering. |
| 4 | Calculate indefinite and definite integrals using integration techniques. |
| 5 | Use integral applications to calculate area, volume, work, and other physical quantities. |
| 6 | Establish and solve basic differential equations to solve problems such as growth, decomposition, and flow models in biosystems. |
| 7 | Use mathematical software as an effective tool to solve engineering problems and visualize data. |