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

Advance education environment
Research oriented education system
Digital based teaching facilities
Placement opportunities
Advanced chemical research

How will you benefit

Advanced Subject Knowledge – Deep understanding of chemical theories and applications.
Research Opportunities – Hands-on lab experience and potential for scientific discovery.
Career Versatility – Opens doors in pharmaceuticals, education, research, and industry.
Higher Education Pathways – Strong foundation for pursuing Ph.D. or specialized fields.

What will you study

Analytical Techniques and Instrumentation

Reaction Mechanisms and Stereochemistry

Quantum Chemistry and Molecular Modelling

Environmental and Industrial Chemistry

  • PO-1-Studying chemistry prepares us for the real world by providing both theoretical and practical chemical knowledge.
  • PO-2-The scope of chemistry is very broad, including key areas like inorganic chemistry, organic chemistry, and physical chemistry.
  • PO-3-This course enhances our chemical knowledge further with subjects like nanotechnology, textile science, biomaterial science, natural science, and analytical chemistry.
  • PO-4-Research-oriented project work expands technical knowledge, benefiting both faculty and students by increasing future job opportunities.

  • PSO-1-After completion of the degree, the student gains both theoretical and practical knowledge useful for handling chemicals.
  • PSO-2-Research-based learning provides additional technical and practical knowledge.
  • PSO-3-This enhances the student’s skills for advanced scientific work and experimentation.
  • PSO-4-It helps prepare students for opportunities in a wide range of government research laboratories.

  • PEO-1-Students will achieve core competency in the subject chemistry as well as in allied subject areas.

Curriculum

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

CAREERS AND EMPLOYABILITY

Diverse job opportunities
High industry demand
Strong research prospects
Academic and industrial roles

ELIGIBILITY CRITERIA

BSc Chemistry

Minimum 60% marks

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