MPC PRACTICAL I

                                    Course Outcomes

Recall and list essential reactions of synthetic importance covered in the course.

Identify key principles and theoretical concepts governing pharmaceutical chemistry practicals.

Explain the mechanisms behind selected reactions in pharmaceutical chemistry.

Describe the relationship between different reaction parameters and their outcomes in practical scenarios.

Apply theoretical knowledge to predict and propose suitable reaction pathways for given synthetic problems.

Execute laboratory techniques and methods effectively to perform reactions of synthetic importance.

Analyze experimental data obtained from reactions to draw conclusions about the feasibility and success of the conducted reactions.

Differentiate between various reaction types and mechanisms, identifying their advantages and limitations.

Evaluate the efficacy and practical applications of reactions conducted in terms of yield, purity, and efficiency.

Critically assess and compare different reaction methodologies, discussing their strengths and weaknesses.

Devise novel synthesis strategies by combining learned principles and innovative approaches.

Design and propose experiments that address specific pharmaceutical synthesis challenges, considering safety and environmental impact.