Content: The nature and organization of optimization problems -- Developing models for optimization -- Formulations of the objective function -- Basic concepts of organization -- Optimization of unconstrained functions : one dimensional search -- Unconstrained multivariable optimization -- Linear programming (LP) and application -- Nonlinear programming with constraints -- Mixed-integer programming -- Global optimization for problems with continous and discrete variables -- Heat transfer and energy conservation -- Separation processes -- Fluid flow systems -- Chemical reactor design and operations -- Integrated planning, scheduling, and control in the process industries.