Programme Overview

The university offers a variety of two-year postgraduate degree programs designed to promote both academic research and industrial knowledge. These programs are carefully structured to provide students with a balanced blend of theoretical understanding and practical exposure. One of the primary objectives of these courses is to prepare students for advanced research work. Students are encouraged to explore innovative ideas, work on real-world problems, and contribute to the growing body of knowledge in their respective fields. The curriculum is designed to support independent thinking and critical analysis. In addition to research, the courses also emphasize gaining hands-on experience in industry-relevant practices. Through internships, project work, and industry collaborations, students get an opportunity to apply their knowledge in practical settings. This helps bridge the gap between academia and industry. The university maintains strong ties with various industrial organizations and research institutions. These partnerships provide students with exposure to the latest technological advancements and industry trends. Guest lectures, workshops, and industrial visits are also organized regularly to enhance student learning.

  • 2 Years

    Duration of programme

  • Post Graduate

    Level of Study

Key Highlights

Research-Oriented Learning
Industry Collaboration Exposure
Hands-On Training
Critical Thinking Development
Advanced Knowledge Acquisition

How will you benefit

Gain mastery in chemical theory and practical applications.
Develop proficiency in advanced laboratory and analytical techniques.
Enhance research and problem-solving skills in chemical sciences.
Prepare for careers in industry, research, or academia.

What will you study

Analytical Techniques and Instrumentation

Reaction Mechanisms and Stereochemistry

Quantum Chemistry and Molecular Modelling

Environmental and Industrial Chemistry

  • PO-1- Post graduates  will be able to demonstrate in-depth knowledge of organic, inorganic, and physical chemistry.
  • PO-2- Post graduates  will be able to design and execute independent experiments using modern laboratory techniques.
  • PO-3- Post graduates  will be able to analyze complex chemical data and interpret results accurately.
  • PO-4- Post graduates  will be able to apply chemical theories to solve real-world problems.
  • PO-5- Post graduates  will be able to use advanced instrumentation and computational tools for chemical analysis.
  • PO-6- Post graduates  will be able to communicate scientific findings clearly, both orally and in writing.
  • PO-7- Post graduates  will be able to collaborate effectively in research and industrial teams.
  • PO-8- Post graduates  will be able to maintain safety and ethical standards in chemical research and handling.
  • PO-9- Post graduates  will be able to contribute to publications and knowledge dissemination in chemistry.
  • PO-10- Post graduates  will be able to apply chemistry knowledge in industrial and research projects.
  • PO-11- Post graduates  will be able to adapt to emerging chemical technologies and innovations.
  • PO-12- Post graduates  will be able to pursue doctoral studies or professional certifications in chemistry confidently.

  • PSO-1- Students will have mastery of fundamental and advanced chemical principles.
  • PSO-2- Students will have practical expertise in modern laboratory techniques and instrumentation.
  • PSO-3- Students will have skills in designing experiments and interpreting chemical data.
  • PSO-4- Students will have knowledge of chemical synthesis, analysis, and characterization methods.
  • PSO-5- Students will have the ability to apply chemistry in interdisciplinary contexts such as pharmaceuticals, materials science, and environmental chemistry.
  • PSO-6- Students will have competence in chemical modeling, computational tools, and simulation techniques.
  • PSO-7- Students will have preparation for competitive exams, research roles, and industrial careers in chemistry.

  • PEO-1- To equip graduates with advanced theoretical and practical knowledge in chemical sciences.
  • PEO-2- To develop competent researchers capable of conducting innovative chemical research.
  • PEO-3- To prepare students for leadership roles in chemical industries, academia, or research institutions.
  • PEO-4- To instill ethical practices, safety awareness, and responsibility in chemical research and application.
  • PEO-5- To foster lifelong learning, innovation, and adaptability to emerging trends in chemistry.

Curriculum

  • Inorganic Chemistry - I
  • Organic Chemistry - I
  • Physical Chemistry - I
  • Analytical Chemistry - I
  • LAB - I
  • LAB - II

CAREERS AND EMPLOYABILITY

Research Scientist
Analytical Chemist
Industrial Chemist
Quality Control Analyst

ELIGIBILITY CRITERIA

BSc Chemistry

Minimum 60% marks

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