After successfully completing this course student will be able to:

**1.**Explain the basic engineering principles of momentum and heat transfer. Describe how to make energy balances related to fluid flow, types of fluid flow, namely, laminar and turbulent. Explain the basic mechanisms of heat transfer, namely, conduction, convection and radiation. Describe mass transport based on both phenomenological and atomistic approach.

**2.**Make basic engineering calculations related to momentum, heat and mass transfer, diffusion.

**3.**Apply his/her knowledge to some metallurgical and materials engineering problems like fluid flow in beds of solid particles, fluidization and pneumatic transport, casting, heat treatment and phase transformations, heat and mass transfer through some metallurgical refractories, heat exchangers.