MPC PRACTICAL II

                                    Course Outcomes

Recall and list fundamental reactions and mechanisms involved in various synthetic processes of pharmaceutical compounds discussed in the course.

Memorize and differentiate the key properties and characteristics of different classes of pharmaceutical compounds.

Explain the principles behind the synthesis of complex pharmaceutical compounds, elucidating the relationship between molecular structures and biological activity.

Interpret and illustrate the chemical transformations in pharmaceutical synthesis pathways.

Apply theoretical knowledge to propose and design synthetic routes for the preparation of specific pharmaceutical compounds.

Execute advanced laboratory techniques proficiently to carry out synthesis and isolation of pharmaceutical intermediates.

Analyze experimental data obtained from reactions to deduce mechanisms and pathways followed in the synthesis of pharmaceutical compounds.

Differentiate between reaction outcomes, determining the effects of varying reaction conditions on product yields and purity.

Evaluate the efficiency and reliability of synthetic routes employed in pharmaceutical synthesis based on yield, purity, and scalability.

Critically assess the feasibility and practicality of proposed synthetic strategies in terms of cost, safety, and environmental impact.

Devise novel synthetic methodologies integrating multiple reaction types to create innovative pharmaceutical compounds.

Design and propose experiments to address specific challenges in pharmaceutical synthesis, integrating safety and ethical considerations.