PSOs

Inorganic Chemistry

Program Specific Outcomes (PSOs): At the completion of the M.Sc. Chemistry (Inorganic
Chemistry) program, the students from the school of chemical sciences will be able to
PSO Expected outcome
1 Provide a strong foundation in Chemistry that emphasizes scientific reasoning and
analytical problem-solving.
2 Provide students with the skills required to succeed in M.Sc., also enrich the students with
basic skills to perform in the Chemical industry.
3 Promote research interest in students and enable them towards planning and execution
of research in frontier areas of chemical sciences.
4 Expose the students to a level of experimental techniques using modern instrumentation.
5 Demonstrate teamwork, communication, Time management and leadership skills across
multicultural contexts.
6 Acquire the ability to synthesize and characterize compounds using sophisticated
instrumental techniques and related software, for the in-depth characterization of
Inorganic materials.
7 Develop solid knowledge, understanding and expertise in the domain of Inorganic

Organic Chemistry

Program Specific Outcomes (PSOs): At the completion of the M.Sc. Chemistry (Organic
Chemistry) program, the students should be able to:
PSO Expected outcome
1 Provide a strong foundation in Chemistry that emphasizes scientific reasoning and
analytical problem-solving.
2 Provide students with the skills required to succeed in M.Sc., also enrich the students with
basic skills to perform in the Chemical industry
3 Promote research interest in students and enable them to plan and execution research in
frontier areas of chemical sciences
4 Expose the students to a level of experimental techniques using modern instrumentation.
5 Develop teamwork, communication, time management and leadership skills across
multicultural contexts
6 Acquire firm knowledge of fundamental theories, and concepts of all branches of
Chemistry and able to apply them to advanced studies and be able to develop analytical
thinking and apply the same for the understanding of underlining principles, proposing
mechanisms, problem solving, identification of chemical species and arriving to logical
conclusions.
7 Gain knowledge in classical laboratory techniques and be able to use modern
instrumentation, so that they can perform new experiments, and obtain experimental
data and its interpretation through theoretical principles.

Physical Chemistry

Program Specific Outcomes:(PSOs): At the completion of the M.Sc. Chemistry (Physical
Chemistry) program, the students from school of chemical sciences will be able to:
PSO Expected outcome
1 Provide a strong foundation in Chemistry that emphasizes scientific reasoning
and analytical problem solving.
2 Provide students with the skills required to succeed in M.Sc., also enrich the
students with a basic skills to perform in Chemical industry
3 Promote research interest in students and enable them towards planning and
execution of research in frontier areas of chemical sciences
4 Expose the students to a level of experimental techniques using modern
instrumentation.
5 Demonstrate teamwork, communication, Time management and leadership
skills across multicultural contexts
6 Promoting research interest in students and enable them towards the
planning and execution of research in frontier areas of chemical sciences.
7 Gain deep knowledge of the topic which can develop the problem solving
skills using chemical principles.

Polymer Chemistry

Program Specific Outcomes(PSOs): At the completion of the M.Sc. Chemistry (Polymer
Chemistry) program, the students from school of chemical sciences will be able to:
PSO Expected outcome
1 Provide a strong foundation in Chemistry that emphasizes scientific reasoning
and analytical problem solving.
2 Provide students with the skills required to succeed in M.Sc., also enrich the
students with a basic skills to perform in Chemical industry
3 Promote research interest in students and enable them towards planning and
execution of research in frontier areas of chemical sciences
4 Expose the students to a level of experimental techniques using modern
instrumentation.
5 Demonstrate teamwork, communication, Time management and leadership
skills across multicultural contexts
6 Work in the interdisciplinary and multidisciplinary areas of polymer science
and its applications.
7 Understand the basic concepts, preparation methods and processing
techniques of polymers and its importance in the present society.