KVR KVR & MKR COLLEGE

About the department:

The department of chemistry(U.G) was started in the year 1996 with an intention of providing quality education to the students to the maximum extent possible. The chemistry subject was offered with an a combination of mathematics and physics. In the year 2014, the department was re-established with new combination i.e Mathematics, Chemistry and Computers.

Vision:

to develop the department as center of excellence in all aspects of education, research and development of basic technology in chemical sciences

Mission:

1. To create and maintain the programs of excellence in the areas of research, education and public outreach.
2. To promote, inspire and nature the fundamentals of chemistry through UG courses offered for the basic sciences, applied science students.

Goals and Objectives:

• To import quality education.
• To provide a vigorous and stimulating education for the students of chemistry.
• To provide better employment opportunities for backward and rural

Former Faculty:

S.No	Name of incumbent	Qualification	Period
1	Sri.P.V.Subramanyam Naidu	MSc	1996-99
2	Smt.N. Bhavani	MSc	1999-2000
3	Sri.A. Prasad Reddy	MSc	2000-2001
4	Sri.N. Srinivasa Rao	MSc	2001-2002
5	Sri.G. Ramesh	MSc	2002-03
6	Kum.T. Kanyakumari	MSc	2003-06
7	Sri.M. Sesha Rao	MSc	2006-07
8	Kum. Leela	MSc	2007-08
9	Kum.B.V.S.N.S.Lakshmi	MSc	2008-11
10	Sri.T.Tirupatha Reddy	MSc	2011-12
11	Sri.V.Sasi Sankar Reddy	MSc	2012-15
12	Smt. T. Rohini	MSc	2015-16
13	Sri. K. Srinivasa Reddy	MSc	2016-17

                              The department was started with Sri. P.V Subramanyam Naidu as first member of the faculty. Smt.N.bhavani joined the department as second member.
Faculty profile:

SNo	Name of the Incumbent	Qualification	designation	photo	experience
1	Smt.D.paramjyothi	MSc	HOD of chemistry		08
2	Sri.V.Sasi Sankar Reddy	MSc	Lecturer		10

Smt.D.Paramjyothi and Sri.V.Sasi sankar Reddy have received their MSc degrees from Acharya Nagarjuna University.They are deligent and innovative in their profession as lecturers.they also extended their services to the college as a college annual committee members for several years.

Programs offered:

SNo	Year of starting	Title of program	Level (UG/PG)	Duration years	Sanctioned annual intake
1	1996	BSc(Mathematics,Physics&Chemistry)	UG	3
2	2014	BSc(Mathematics,Chemistry,computer science)	UG	3

Course Outcomes:

Chemistry I SEM inorganic and physical chemistry:

1. Students can developed understanding on the preparation, properties and apply the knowledge in day-to-day applications of compounds from p, d and f-block elements
2. Students can analyze and grasp the knowledge on principles and applications of d- & f-block elements
3. Students may analyze the concepts in solid state chemistry, its applications and the concept of X-ray diffraction on crystals
4. Students can develop a solid understanding on the basics of gaseous state, gas equations
5. Students can gain knowledge in solutions, their purification methods and liquid crystals

Chemistry II SEM Organic and general chemistry:

6. Students can be able to understand and explain the differential behavior of organic compounds based on fundamental concepts learnt.
7. Students may be able to formulate the mechanism of organic reactions by recalling and correlating the fundamental properties of the reactants involved
8. Students can learn and identify many organic reaction mechanisms including Free Radical Substitution, Electrophilic Addition and Electrophilic Aromatic Substitution
9. Students may be able to understand and analyze the concepts that led to the atomic structure, quantum mechanics and the chemical bonding
10. Students can be able to correlate and apply the stereochemical properties of organic compounds and reactions

 

Chemistry III SEM Organic and Spectroscopy:

1. Students can be able to understand and explain the differential behavior of organic compounds based on fundamental concepts learnt.
2. Students may be able to formulate the mechanism of organic reactions by recalling and correlating the fundamental properties of the reactants involved.
3. Students can understand the concepts of IR, NMR spectroscopy.
4. Students can ale to understand and learn the mechanism and named reactions.

 

Chemistry IV SEM Inorganic, Organic and Physical chemistry:

At the end of course ,the student will able to:

1. To learn about the laws of a absorption of light energy by molecules and the subsequent photochemical reactions.
2. To understand the concept of quantum efficiency and mechanism of photo chemical reactions.

Chemistry IV SEM Inorganic and Physical chemistry:

At the end of course ,the student will able to:

1. understand of boundary conditions and quantization, probability distribution,most probable values, uncertainty and expectation values.
2. Application of quantization to spectroscopy
3. Various types of spectra and their instructed determination

Chemistry V SEM synthetic organic chemistry:

Students after successful completion of the course will be able to:

1. Identify the importance of reagents used in the synthesis of organic compounds
2. Acquire knowledge on basics concepts in different types of pericyclic reactions.
3. Understand the importance of retro synthesis in organic chemistry.
4. Comprehend the applications of different reactions in synthesis organic chemistry.

Chemistry V SEM Analysis of Organic compounds:

Students after successful completion of the course will be able to:

1. Identify the importance of mass spectroscopy in the structural elucidation of organic compounds.
2. Acquire the knowledge on structural elucidation of organic compounds.
3. Understand the various chromatography methods in the separation and identification of organic compounds.
4. Demonstrate the knowledge gained in solvent extraction for the separate the organic compounds.

Programme Specific Outcomes: BSc-chemistry:

PSO1:understand the preparation and properties of p,dand f block elements, X-ray diffraction on crystals,basics of gaseous state, gas equations,purification methods and liquid crystals

PSO2: understand the differential behaviour of organic compounds, their mechanisms,atomic structure, quantum mechanics and the chemical bonding,stereochemical properties

PSO3: understand the behaviour of organic compounds ,mechanism of named reactions,preparation and properties of organic compounds, concept of IR,NMR spectroscopy.

PSO4:understand laws of a absorption of light energy by molecules and the subsequent photochemical reactions,  quantum efficiency and mechanism of photo chemical reactions.

PSO4:understand of boundary conditions and quantization, probability distribution,most probable values, uncertainty and expectation values, Application of quantization to spectroscopy,Various types of spectra and their instructed determination.

PSO5:understand  importance of reagents used in the synthesis of organic compounds, different types of pericyclic reactions, Various types of spectra and their instructed determination .

PSO5:understand importance of mass spectroscopy , structural elucidation of organic compounds, chromatography methods in the separation and identification of organic compounds.

 

Student Seminar

• 2018-19
• 2019-20
• 2020-21
• 2021-22
• 2022-23

Assignments

• 2018-19
• 2019-20
• 2020-21
• 2021-22
• 2022-23

Group Discussions

• 2018-19
• 2019-20
• 2020-21
• 2021-22
• 2022-23

Quizzes

• 2018-19
• 2019-20
• 2020-21
• 2021-22
• 2022-23

Remedial Classes

• 2018-19
• 2019-20
• 2020-21
• 2021-22
• 2022-23

 

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• 2022-23
• 2021-22
• 2020-21
• 2019-20
• 2018-19

Enhance user experience with Advanced Tabs, allowing seamless content navigation. Organize information efficiently while keeping the interface clean and interactive. Perfect for FAQs, product details, or multi-section content.