M.Sc Chemistry

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Course Level
Postgraduate
Course Fee
INR 99,000
US $ 3,000
Duration
2 Years
Scholarship

Program Coordinator

Dr. Ekta Rawat

Assistant Professor

M.Sc. chemistry enriches the students to enhance their skills and knowledge on fundamental as well as advanced levels of chemistry. They are skilled by various industry oriented courses taught in mode of value added courses like computational chemistry; chemistry in cement manufacturing; chemistry in food and agriculture etc. Foundation courses are offered along with laboratory experiments in well-equipped chemistry labs to enhance their hands-on various experiments. Learners are taught scientific research which involves identifying the problem, survey of literature, critical thinking, planning of experiment and execution. The program is designed strategically to realize overall growth of the students by exposing them to real world problems in the form of six months training in Research and Development laboratories/industry.

The M.Sc. Chemistry program feature :

Organic Chemistry
Inorganic Chemistry
Physical Chemistry

Duration	2 Years
Intake	20
Eligibility Criteria	Pass in B.Sc. or B.Sc. (Hons.) with 50% or more marks in relevant subjects.
Merit Preparation for Admission	Merit in MRNAT Graduation Qualifying Examination CUET

Key Features

The M.Sc. Chemistry program feature :

Strong core academic curriculum, aligned with industry demand
Courses on thrust areas such as cement Technology, drug Design, computational chemistry aligned with artificial intelligence.
Problem-based learning through project work
Industry oriented Internships for Post-graduate students
Outcome based teaching with the prominent laboratory exposure
Exposure of students to present their research work in various National/International Conferences/Workshops/Seminars
Guidance for competitive exams and higher studies and national and international fellowships
Involvement of industry experts to deliver specific course modules
Placement oriented technical and soft skill training sessions

Eligibility

Intake

Eligibility Criteria

Pass in B.Sc. or B.Sc. (Hons.) with 50% or more marks in relevant subjects.

Merit Preparation for Admission

Merit in MRNAT
Graduation Qualifying Examination
CUET

Programme Highlights

M.Sc. Chemistry is a two year program which aims at providing the students with a strong foundation of pure and applied chemistry by means of various theoretical and practical approaches. It imparts students with the ability to appreciate the beauty and grandeur of Chemistry and its potential to enrich human lives.

M.Sc. Chemistry program offer s specialization in Physical, Inorganic and Organic Chemistry. All these speciation are designed with demanding and competitive curriculum, which provides depth knowledge and skills to the students.

Acquire knowledge from internationally acclaimed faculty renowned for their research contributions across various branches of chemistry, guaranteeing an environment focused on research-oriented learning.

Program involves engagement of students in research based dissertation, enabling students to explore specialized domains within different branch of Chemistry, promoting critical thinking, and providing hands-on research expertise.

Take advantage of personalized placement support, facilitating connections between students and industry partners for hands-on application of their expertise in specific branch of Chemistry.

Utilize state-of-the-art laboratories and facilities for firsthand exposure to advanced instrumentation and techniques, thereby elevating practical skills and bolstering research capabilities.

Provides guidance for preparing the competitive examination like CSIR-NET, GATE and other exams, empowering students to pursue their career in research and academic sectors.

Program Objectives

Preparation : A broad general education ensuring an adequate foundation in Basic Sciences, and English language

Core Competence : A solid understanding of concepts fundamental to the discipline of Sciences.

Breadth : Good analytical skills, design and implementation of science experiments required to solve current scientific and society problems.

Professionalism : The ability to function and communicate effectively the key knowledge base and laboratory resources careers as professionals.

Learning Environment : To provide student awareness of the Sciences as an integral activity for addressing social, economic, and environmental problems, and fostering important skills for job as well as for higher studies.

Career Path

After completing an M.Sc. in Chemistry, you have a variety of career paths available to you, depending on your interests and skills. Here are some potential career options you could consider:

Research Scientist: You could work in academia or industry as a research scientist, conducting experiments, analyzing data, and contributing to advancements in chemical knowledge and applications.
Pharmaceutical Industry: The pharmaceutical industry often hires chemists for drug discovery, development, and quality control. You could work on synthesizing new compounds, analyzing drug interactions, and ensuring the quality of pharmaceutical products.
Chemical Industry: Various sectors within the chemical industry, such as petrochemicals, agrochemicals, and materials, require chemists to develop new materials, improve processes, and ensure product quality.
Environmental Chemistry: Environmental concerns have created a demand for chemists to work on pollution control, waste management, and developing sustainable practices.
Analytical Chemistry: Specializing in analytical chemistry can lead to roles in quality control, forensic analysis, and research related to instrumentation and measurement techniques.
Materials Science: This field involves developing new materials with specific properties for applications in electronics, aerospace, medicine, and more.
Academia and Teaching: With an M.Sc., you could teach chemistry at the high school level or potentially pursue a Ph.D. to teach at the university level and conduct research.

Government and Regulatory Agencies: Chemists are needed in government agencies for tasks such as food and drug safety testing, environmental monitoring, and setting regulations.
Science Communication and Journalism: If you're passionate about both science and writing, you could work as a science communicator, journalist, or blogger, helping to translate complex scientific concepts for the general public.
Consulting: Some consulting firms hire chemists to provide expertise in various industries, such as environmental consulting, product development, and regulatory compliance.
Patent Examiner: If you're interested in the legal aspects of science, becoming a patent examiner could involve evaluating patent applications for new chemical inventions.
Healthcare and Medical Research: Chemistry can be applied to medical research, drug design, and diagnostic technology.
Ph.D. and Academic Research: If you're interested in pursuing more advanced research, you could consider getting a Ph.D. and becoming an academic researcher or professor.
Entrepreneurship: If you have innovative ideas, you could start your own business focused on chemical products, research services, or technology development.

Scheme Syllabus

The M.Sc. Chemistry programme follows the choice-based credit system. The total credit requirement for the award of the M.Sc. Chemistry degree is 82 depending upon the specified curriculum and scheme of examination of the M.Sc. Chemistry program. The distribution of credits over the semesters of the programme is as specified in the table below:

SEMESTER - 1

Subject Codes	Subject Name	Contact Hours Per Week	No. Of Credits
CHH 501B	Physical Chemistry-I	4	4
CHH 502B	Inorganic Chemistry-I	4	4
CHH 503B	Organic Chemistry-I	4	4
CHH 504B	Analytical Chemistry	4	4
CHH 505B	Laboratory-I	12	6
Total (Contact Hours/Credits)		28	22

SEMESTER - 2

Subject Codes	Subject Name	Contact Hours Per Week	No. Of Credits
CHH 506B	Physical Chemistry-II	4	4
CHH 507B	Inorganic Chemistry-II	4	4
CHH 508B	Organic Chemistry-II	4	4
CHH 509B	Molecular Spectroscopy	4	4
CHH 510B	Laboratory-II	8	4
CHN 511B	Scientific Research-I	2	4
Total (Contact Hours/Credits)		26	24

SEMESTER - 3 (Physical Chemistry)

Subject Codes	Subject Name	Contact Hours Per Week	No. Of Credits
CHH 601B	Symmetry & Group Theory	4	4
CHH 602B	Physical Special-I (Magneto-chemistry, Chemical Kinetics, Catalysis & ion transport)	4	4
CHH 603B	Physical Special-II (Irreversible thermodynamics, Transport Phenomenon, Photochemistry & Fast Reaction)	4	4
CHH 604B / CHH 605B	Physical Elective:(Advanced Spectroscopy/ Advanced Chemical Kinetics)	4	4
CHH 606B	Physical Laboratory	8	4
CHN 607B	Scientific Research-II	2	4
Total (Contact Hours/Credits)		26	24

SEMESTER - 3 (Inorganic Chemistry)

Subject Codes	Subject Name	Contact Hours Per Week	No. Of Credits
CHH 601B	Symmetry & Group Theory	4	4
CHH 608B	Inorganic Special-I (Organo metallic Chemistry of Transition Metals & Bio Inorganic Chemistry)	4	4
CHH 609B	Inorganic Special-II (Supramolecular Chemistry & Metal Clusters)	4	4
CHH 610B / CHH 611B	Inorganic Elective: (Solid-state Materials / Inorganic & Biological Catalysis)	4	4
CHH-612B	Inorganic Laboratory	8	4
CHN 607B	Scientific Research-II	2	4
Total (Contact Hours/Credits)		26	24

SEMESTER - 3 (Organic Chemistry)

Subject Codes	Subject Name	Contact Hours Per Week	No. Of Credits
Chh 601B	Symmetry & Group Theory	4	4
Chh 613B	Organic Special-I (Statistical Stereochemistry & Asymmetric Synthesis)	4	4
Chh 614B	Organic Special-II (Photochemistry & Pericyclic Reaction)	4	4
Chh 615B / Chh 616B / Chh 617B	Organic Elective (Modern Organic Synthetic Technique / Bioorganic Chemistry / Chemistry of Natural Products)	4	4
Chh-618B	Organic Laboratory Work	8	4
Chn-607-B	Scientific Research-2	2	4
Total (Contact Hours/Credits)		26	24

SEMESTER - 4 (All Specialization)

Subject Codes	Subject Name	Contact Hours Per Week	No. Of Credits
CHN619B	Major Project (Industrial or Research Lab Training)	0	12
Total (L-T-P-O/Contact Hours/Credits)		0	12

Semester	Classroom Contact Hours	Non Teaching/Outcome Hours	Credits
First Letter	28	0	22
Second Letter	26	4	24
Third Semester	26	4	24
Fourth Semester	0	12	12
Total	80	20	82

Students shall also pass all University mandatory courses, audit courses, life skill program series points and shall fulfill any other requirement as prescribed by the University from time to time.

Career Path

Pharmaceuticals
Chemical Analysis and Synthesis
Quality Control and Quality Assurance
Patent or Environmental Law
Forensic Science
Technical Writing
Environmental Conservation
Sustainability
Teaching at School and University level
Research, Government Sector Jobs

As

Analytical Chemist
Chemical Engineering Associate
Industrial Research Scientist
Lab Chemist
Materials Technologist
Production Chemist
Quality Controller
R & D Scientist
Research & Development Manager
Safety Health and Environment Specialist

Programme Outcomes (PO’s)

Graduates will demonstrate knowledge of formulation of chemical industrial technology.
Graduates will demonstrate an ability to identify chemical end products by spectroscopic techniques.
Graduates will demonstrate an ability to implement specific chemical synthesis and product and test by latest instrumentation techniques.
Graduates will demonstrate an ability to develop chemical solvent preparation as per needs and specifications.
Students will demonstrate an ability to display reactant compounds, conditions like temp, pressure and concentrations carried out in chemical laboratories.
Graduates will demonstrate skills to use modern spectroscopic instruments, data analysis and application in the chemical industry.
Graduates will demonstrate knowledge by conducting workshops, seminars, conferences and hands-on practice in the laboratory.
Graduates will be able to communicate effectively in both verbal and written form.
Graduates will show the understanding of impact of chemical end product development in formulation of drug synthesis and in various chemical industries.
Graduates will develop confidence for self-education and ability for life-long learning.
Graduates who can participate and succeed in competitive examinations.

Program Educational Objectives (PEO’s)

Preparation : A broad general education ensuring an adequate foundation in Basic Sciences, and English language

Core Competence : A solid understanding of concepts fundamental to the discipline of Sciences.

Breadth : Good analytical skills, design and implementation of science experiments required to solve current scientific and society problems.

Professionalism : The ability to function and communicate effectively the key knowledge base and laboratory resources careers as professionals.

Specializations

Organic Chemistry:

Pursuing a Master of Science (M.Sc.) in Chemistry with a specialization in Organic Chemistry can be an excellent choice if you're interested in delving deep into the world of organic compounds, reactions, and synthesis. It's a fundamental field that has applications in various industries including pharmaceuticals, materials science, agrochemicals, and more.Choosing to specialize in Organic Chemistry within an M.Sc in Chemistry program can be a rewarding decision for several reasons: Diverse Applications and career opportunities, owing to its versatility and Research Opportunities, Preparation for Doctoral Studies and of course Personal Growth. If organic chemistry fascinates you and you're enthusiastic about contributing to this field, then this specialization could be a fulfilling and intellectually stimulating path to pursue.

Inorganic Chemistry

Opting for a Master of Science (M.Sc.) in Chemistry with a specialization in Inorganic Chemistry offers its own set of unique advantages and opportunities. Choosing an M.Sc in Inorganic Chemistry is a decision that should align with your passion for the subject, your career aspirations, and your curiosity about the properties and behaviors of inorganic compounds. Here's why you might consider choosing this specialization:Fascination with Inorganic Chemistry; Industrial Relevance; Cutting-Edge Research; Preparation for Industry; Interdisciplinary Collaboration; Contribution to Sustainable Solutions and much more.

Physical Chemistry

Pursuing a Master of Science (M.Sc.) in Chemistry with a specialization in Physical Chemistry can be an excellent choice if you're interested in understanding the underlying principles that govern the behavior of molecules and materials at the molecular level. Physical Chemistry can be a rewarding choice, offering a unique set of advantages and opportunities. Here's why you might consider choosing this specialization: Understanding Molecular Behavior; Computational Skills; Analytical Techniques; Innovative Technologies; Renewable Energy and Sustainability; Advanced Laboratory Techniques. Ultimately, choosing an M.Sc in Physical Chemistry depends on your enthusiasm for understanding molecular interactions, your interest in theoretical and computational approaches, and your desire to contribute to groundbreaking research and technological advancements.

USPs

Well-qualified and highly experienced faculty from Renowned Institutions like IIT, Central University and renowned state University etc.
Program
Well-equipped Chemistry laboratory with basic and advance instrumentation facilities. The lab is equipped with fume hood, emergency showers and eyewash stations to ensure safety during experiments.
Student’s placement in core sectors and other service sectors are increasing significantly with the years.
Department is offering various value added courses focusing on industry specific skills for making the students more competitive for jobs in industries.
Department offers software based short term courses like computational chemistry, which helps students to acquire their dream jobs in the field of Research & Development.
Department regularly organize various Guest lectures presentations, seminars by experts from industry and academia.
Department organize Industrial visits for students to provide industrial exposure along with academic curriculum.
The collaboration of Department with various reputed organization such as Inter University Accelerator Centre (IUAC), New Delhi, National Physical Laboratory, New Delhi, National Council for Cement and Building Material (NCCBM), New Delhi etc. fostering a dynamic exchange of knowledge, resources, and expertise that not only enhances the practical relevance of our academic programs but also creates valuable opportunities for research, internships, and skill development.

Benefits

After the completion of M.Sc. Chemistry, the student would acquire:

In-depth Knowledge: Students develop n-depth knowledge of principles, theories and practical application of chemistry.
Research-opportunities: M.Sc. Chemistry program at MRU allow students to join various research based projects as a part of course curriculum.
Develop skills as per industry demand: M.Sc. Chemistry program is supplemented with various value added courses, which make students more suitable for various Industries.
Development of Technical skills: Students get opportunity to handle sophisticated instruments, which enhance their technical skills.
The ability to function and communicate effectively the key knowledge base and laboratory