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CO, PO & PSO

 

 

C.S.I - Thoothukudi - Nazareth Diocese

NAZARETH MARGOSCHIS COLLEGE AT PILLAIYANMANAI

NAZARETH - 628 617

Thoothukudi District, Tamil Nadu 

(A Christian Minority Co-educational Institution)

Accredited by NAAC - II cycle with ‘B ++’ Grade (CGPA: 2.93)

Affiliate to Manonmaniam Sundaranar University, Tirunelveli

 

Department of Chemistry

COURSE OUTCOME

M.Sc. Chemistry

Name of the Subject

Subject Code

 

Course Outcome

 

 

 

ORGANIC CHEMISTRY – I

 

 

 

PCHM11

CO -1

:

Identify the aromaticity of organic compounds and ring systems applicable to Huckel’s rule.

CO -2

:

Familiarize with the mechanism of organic reactions and different factors which affect the reaction rate.

CO -3

:

Acquire the skills for correct stereochemical assignment and interpretation in rather simple organic molecules.

CO -4

:

Compare the different organic rearrangement reactions and to justify a reasonable mechanism for a chemical reaction.

CO-5

:

Recognize the various reagents used for the organic synthesis.

  

Name of the Subject

Subject Code

 

Course Outcome

 

 

 

 

INORGANIC CHEMISTRY – I

 

 

 

 

PCHM12

CO -1

:

Understand the requirement of approximation methods in quantum mechanics and to gain insight in to VBT, MOT and VSEPR theory. Illustrate the ionic bonds and the crystal lattice structure concepts.

CO -2

:

Relate the redox potential, reactivity of acid - base reactions and understands the HSAB approach. Classify the nature of non-aqueous solvents and their reactions.

CO -3

:

Describe the different types of crystals structure and the concept of semiconductors its applications.

CO -4

:

Compare the lanthanides, actinides and its separation, applications.

CO-5

:

Know about the nuclear reactions, radio isotopes and its applications.

  

Name of the Subject

Subject Code

 

Course Outcome

 

 

 

 

PHYSICAL CHEMISTRY – I

 

 

 

 

PCHM13

CO -1

:

Recall the basic concepts in classical thermodynamics and to learn the thermodynamic aspects of various processes and reactions.

CO -2

:

Provide an insight into the characteristics of different types of solutions. Know the different types of thermodynamics of irreversible reactions.

CO -3

:

Enumerate the basic postulates of quantum mechanics and enable the students to solve the simple operators.

CO -4

:

Understand the different aspects of statistical thermodynamics and its applications.

CO-5

:

Have an attainment about the basics principle of different techniques employed in molecular spectroscopy in particular to rotational spectroscopy.

 

Name of the Subject

Subject Code

 

Course Outcome

 

 

 

ADVANCED TOPICS IN CHEMISTRY – I

 

 

 

PCHE11

CO -1

:

Acquire the knowledge on solvent free green synthesis and microwave assisted synthesis.

CO -2

:

Experience the emerging field of nanochemistry and its fascinating aspects.

CO -3

:

Familiar with the basic concepts of corrosion, factor which influence the corrosion and gain the knowledge about the control of corrosion in real situation.

CO -4

:

Discuss the principle, instrumentation and applications of fluorescence spectroscopy, atomic spectroscopy and electro-analytical techniques.

CO-5

:

Understand the impact of nuclear reactors and the application of batteries, the reversible and irreversible cells.

 

Name of the Subject

Subject Code

 

Course Outcome

 

 

ORGANIC CHEMISTRY – III

 

 

PCHM31

CO -1

:

Implicit the mechanism involved in nucleophilic substitution and elimination reactions.

CO -2

:

Become familiar with applications of NMR spectral techniques.

CO -3

:

Learnt about the principles of Mass spectrometry and its applications.

CO -4

:

Acquired knowledge of photochemical excitation and cyclo addition reactions.

CO-5

:

Studied the important synthesis of heterocyclic and biomolecules.

   

Name of the Subject

Subject Code

 

Course Outcome

 

 

 

SCIENTIFIC RESEARCH METHODOLOGY

 

 

 

 

PCHM34

CO -1

:

Learnt about the different scientific methods for literature survey.

CO -2

:

Implicit the way of finding chemical abstract and indexes.

CO -3

:

Acquired the knowledge of steps into choosing and publishing a scientific writing.

CO -4

:

Known about the instrumental characterization and errors in chemical analysis.

CO-5

:

Predict the way of submission of research papers in various journals.

  

Name of the Subject

Subject Code

 

Course Outcome

 

 

 

 

 

ORGANIC CHEMISTRY – II

 

 

 

 

 

 

PCHM21

CO -1

:

Determine the various spectroscopic methods used for the characterization of organic compounds and to elucidate the structure of compounds by analyzing the spectral data.

CO -2

:

Develop the basic skills for the multi-step mechanism for organic reactions and their intermediates.

CO -3

:

Understand the role of various reaction intermediates like carbanion, carbocation, carbenes, radicals involved in organic reactions.

CO -4

:

Acquires and formulate the reason for heterocyclic compound synthesis and their reactions.

CO-5

:

Elucidate the structures of vitamins and terpenoids.

  

Name of the Subject

Subject Code

 

Course Outcome

 

 

 

INORGANIC CHEMISTRY – II

 

 

 

 

PCHM22

CO -1

:

Understand the principles of theories of metal-ligand bond.

CO -2

:

Elucidate the spectra of coordination compounds and analyze the spectra of transition metal ions.

CO -3

:

Discuss the reaction mechanisms of metal complexes.

CO -4

:

Interpret the stability of complexes.

CO-5

:

Analyze the chemistry of metal clusters and inorganic polymers.

  

Name of the Subject

Subject Code

 

Course Outcome

 

 

 

 

 

 

PHYSICAL CHEMISTRY – II

 

 

 

 

 

 

 

PCHM23

CO -1

:

Attain the basic idea about quantum chemistry and applied this knowledge to atomic and molecular structure.

CO -2

:

Explain the simple quantum mechanical models such as simple harmonic oscillator, particle in a 1D- box, rigid rotor, H atom and understand the quantum mechanical aspect of angular momentum and spin.

CO -3

:

Derive the theories, laws and equations involved the behind electrochemical reactions.

CO -4

:

Discuss the application of instruments used in electrochemistry.

CO-5

:

Acquire the knowledge about the important aspects of photochemistry and radiation chemistry.

  

Name of the Subject

Subject Code

 

Course Outcome

 

 

 

ADVANCED TOPICS IN CHEMISTRY – II 

 

 

 

 

PCHE21

CO -1

:

Discuss the forensic and computer applications in Chemistry.

CO -2

:

Enumerate the applications of nanomaterials.

CO -3

:

Knowledge about the polymers used in industries.

CO -4

:

Analyze the drugs and Structure Activity Relationship with the biological active systems.

CO-5

:

Know importance of bioinorganic Chemistry and the role of metal ions in the biologically important complexes.

 Programme Outcome (PO)

PO-1

:

Impart the Knowledge about the Chemical Reactions and Reagents.

PO-2

:

Provide Comprehensive Understanding about the Fundamentals of Chemistry.

PO-3

:

Promote academic excellence.

PO-4

:

Give Stepwise Advancement of the Subject Knowledge.

PO-5

:

Trained about the Adverse Effects of Obnoxious Chemicals and the First-Aid Treatment.

PO-6

:

Kindle Enough Interest to Step into the Research Carrier.

Programme Specific Outcome (PSO)

PSO-1

:

Students will become Technically Sound to Handle the Advanced Analytical Instruments.

PSO-2

:

Students will become Well-Versed in the mechanisms of All types of High Level and Complicated Chemical Reactions.

PSO-3

:

Students comes-out with Clear Idea of Choosing Research Problems and Publishing Research Papers in Reputed Journals.

PSO-4

:

Students Develop the Ability of Predicting Molecular Geometries and the Estimating their Properties by using Network Laboratory

PSO-5

:

Helps to Inculcate Research Aptitude to Pursue Research Leading to Ph.D.

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