a1-Use mathematical concepts, strategies and procedures to derive and manipulate formal relationships between physical quantities.

a2-Understand the laws of motion including linear, circular and vibrational motion.

a3-Identifythe concepts of work and energy.

a4-Explain the Oscillatory motion, wave motion and sound waves.

a5-Useexperimental apparatuses, make accurate physical measurements, and understand experimental uncertainty.

a6-Analyzing and interpreting data qualitatively and/or quantitatively.

b1-Measure analytical ability in communicating and understanding the laws of  motion.

b2-Analyze and interpret ways in which mathematics is be applied in motion dynamics.

b3- Formulate the basic concepts of motion in dynamical systems.

b4- Restrict solution methodologies upon their results.

b5- Establish criteria, and verify solutions.

b6- Inferring up on the problem conditions.

c1- Perform scientific experiments.

c2- Use scientific visualization packages to visualize complex scientific data sets.

d1- Discuss the universal phenomena and understand them.

d2- Work effectively as a member of a learning group.

d3- Solve practical problems in course projects.

d4- Use current technology in laboratories.