PROGRAM OFFERED:-

. UndergraduateProgram

Ø  ProgramOutcomes

                                PO-1: B.Sc. Chemistry curriculum is so designed to provide the students a comprehensive understanding about the fundamentals of                             chemistry covering all the principles and perspectives.

                                PO-2: The branches of Chemistry such as Organic Chemistry, Inorganic Chemistry, Physical Chemistry and Analytical Chemistry                            expose the diversified aspects of chemistry where the students experience a broader outlook of the subject.

                                PO-3: The syllabi of the B.Sc. Chemistry course are discretely classified to give stepwise advancement of the subject knowledge                            right through the four years of the term.

                                PO-4: The practical exercises done in the laboratories impart the students the knowledge about various chemical reagents and                                   reactions. They are also trained about the adverse effects of the obnoxious chemicals and the first aid treatment.

PROGRAMME SPECIFIC OUTCOMES (PSO)

                                PSO-1: The students will understand the existence of matter in the universe as solids, liquids, and gases which are composed of                             molecules, atoms and sub atomic particles.

                                PSO-2: Students will learn to estimate inorganic salt mixtures and organic compounds both qualitatively and quantitatively using                            the classical methods of analysis in practical classes.

                                PSO-3: Students will grasp the mechanisms of different types of reactions both organic and inorganic and will try to predict the                            products of unknown reactions.

                                PSO-4: Students will learn to synthesize the chemical compounds by maneuvering the addition of reagents under optimum reaction                            conditions

Ø  KeyDetails for Each Course

v Course Name Bsc.  

v Prerequisites

v Course Learning Outcomes

                                        To know the contributions of ancient Indian scientists, study atomic structure, and periodic properties.

                                         To explore the concept of chemical bonding, including ionic and covalent bonding, hybridization, molecular orbital                                         theory and intermolecular interactions.

                                        To learn about reaction mechanisms of inorganic reactions and their stoichiometry.

                                        To understand basics principles of organic chemistry

v Course Content

·      PostgraduateProgram

Ø  ProgramOutcomes

                                        Students of M. Sc. in chemistry will:

Learn the latest advancement in different branches of chemical sciences, under the designed syllabus for theory and laboratory courses and their learning performance will be examined through performance on assignments, semester examinations and laboratory experiments/project performances.

Develop a thorough knowledge of experimental approaches to solving problems of a chemical sciences and will develop an ability to extend that knowledge to the solution of new problems.

Have writing and oral communication skills in a scientific manner, with especial emphasis on chemical sciences.

Have knowledge to design a research project in chemical sciences.

Integrate and apply relevant knowledge to problems that emerge from the broader interdisciplinary subfields (life, environmental and material sciences).

Students majoring in chemistry will:

Demonstrate his/her mastery in: advanced analytical tools, environmental chemistry, organic and biochemistry, inorganic, and physical chemistry.

Demonstrate critical thinking and analytical problem-solving abilities. She/he will be able to integrate chemical concepts and ideas learned in lecture courses with skills learned in laboratories to formulate hypotheses, propose and perform experiments,

Demonstrate fundamental laboratory skills, essential knowledge of sophisticated instruments, knowledge of different software for models and simulation, laboratory safety protocols, and demonstrate proficiency in using computers to solve chemical problems.

Demonstrate effective scientific communication skills-both written and oral. Students will be able to write review article, reports and present the results of scientific work

Obtain information from library, online and literature resources that will support the solving of chemical and research problems.

Programme Specific Outcome  :-

   Programme will be able to get global level research opportunities to students to pursue Ph.D                                                         programme, targeted approach of competitive Exams such as CSIR-NET/GATE/SET, discipline specific                                                         competitive exams conducted by service commission,etc.

The students will be able to get employment opportunities in various chemical and pharmaceutical industries

Understands the background of Physical chemistry, Inorganic reaction and organic reaction mechanisms, Environmental analytical chemistry and instrumental methods of chemical analysis, separation techniques and analytical methods.

To gains complete knowledge about all fundamental aspects Physical, Inorganic, Organic, and Analytical Chemistry.

Ø  KeyDetails for Each Course

v Course Name -  Msc Chemistry

v Prerequisites

v Course Learning Outcomes

Group Theory and chemistry of metal complex

After studying this paper (Course), students will be able to

Understand the principle of group theory and molecular symmetry.

Classify the molecules into point groups.

Critically understand the symmetry based spectroscopic properties of the molecules.

Understand principles of structure and bonding of metal complexes.

Understand about structural bonding, chemical reactivity and structural aspect of various complexes, metal-ligand equilibria in solution, isopoly and heteropoly acids, metal clusters, chains, rings.

concept in organic chemistry 

* Understand about nature and bonding of organic molecules, conformational analysis and stereochemical aspect of organic molecules, reaction intermediate such as carbocation, carbanion as well as free radical, and their stability reactivity and types of reaction

    Understand about pericyclic reaction, types in presence of heat and light.

Quantum chemistry thermodynamic and chemical dynamic-I

Learners will be expected to learn the basic concepts of postulates of quantum mechanics, Schrodinger wave equation, particle in a box and fundamental mathematics required to study physical chemistry. The first part of course develops the relevant mathematical methods for chemistry and quantum mechanics.

The second part of the course develops some important concepts of thermodynamics like chemical potential, partial molar properties, Vant Hoff equation, fugacity and Gibbs Duhem equation. Students will also gain knowledge about electrochemistry of solution, ion solvent interactions, Debye-Huckel Onsager, activity and activity coefficients and electrified interfaces etc.

The last part of this course will provide an advanced level in-depth understanding about chemical kinetics, rate and rate laws, various theories of reaction rates, salt effect, chain and oscillatory reactions

Theory and application of spectroscopy-I

Understand about the electromagnetic radiation, principle and theory of microwave, Infrared and Raman spectroscopy as well as their real applications in food, water, air, clinical samples analysis

v Course Content