Upon successful completion of the course, the student shall be able to:
KNOWLEDGE :
K1: Analyse the reaction mechanism of different classes of organic compounds
K2: Assess different types of protection of functional groups and selection of synthons during organic reactions
K3: Demonstrate advanced understanding of the detailed role and selection of different reagents in multi-step organic reactions
K4: Explain how to develop a new synthetic route
K5: Categorize the general methods of purification and structural elucidation
K6: Explain the synthetic route of designed molecules by retrosynthetic approach
SKILL
S1: Design a new class of molecules with high therapeutic value
S2: Determine the Structural elucidation of organic molecules by spectral analysis
S3: Display proficiency in the optimisation of the synthetic condition of organic molecules
S4: Development of heterocyclic-derived molecules with suitable functional groups on the rings
S5: Identify the reaction progress and determine the impurities present in the organic reaction S6: Develop new molecules based on the protection of existing functional groups ATTITUDE
A1: Demonstrate a systematic learning process in the field of organic reactions
A2: Participate in group discussions to plan a new synthetic scheme.
A3: Display good writing skills for the construction of research and review articles in internationally recognized journals
A4: Exhibit a team leader quality for conducting research
A5: Evaluate the scientific literature, identify potential pitfalls in experimental design, and propose creative solutions to synthetic challenges.
A6: Cultivate an interdisciplinary perspective, enabling them to collaborate effectively with researchers from diverse backgrounds