This course will provide the student an opportunity to learn and use the physical principles, laws, and mathematical relationships relating to static, linear, and rotational systems using the kinematics equations, momentum, and Newton’s 3 laws of motion; work, energy and power in both linear and rotational systems; centroids and center of gravity for various geometric shapes both static and rotating; shearing forces and bending moments for simple supported beams and cantilevers, and beam design; properties of solids including stress, strain, Modulus of Elasticity and restricted expansion for solids; and fluid properties for both static and dynamic systems.