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Program details

The M.Sc. in Chemistry (Polymer Science) program offered by UPES School of Advanced Engineering is designed to equip students with comprehensive knowledge and practical skills in the field of Polymer Science. This program offers a balanced curriculum that covers both the fundamentals of polymers and advanced topics, ensuring a well-rounded education.

The curriculum begins with a solid foundation in the Basics of Polymers, giving students a deep understanding of the fundamental principles that govern polymer chemistry and behavior. As students progress, they delve into advanced topics such as Structure-property relationships, which explores how the molecular structure of polymers influences their properties and performance. Polymer processing techniques are also covered, enabling students to grasp the intricacies of turning raw polymer materials into useful products. Moreover, students gain expertise in functional and industrial polymers, allowing them to explore the practical applications of polymers in various industries.

A highlight of the program is the focus on Polymer Characterization techniques. Students receive hands-on training in various analytical methods used to assess the properties and quality of polymers. This practical experience enhances their ability to analyze, evaluate, and optimize polymer materials for specific applications. With this specialized knowledge, graduates of the program are well-prepared to pursue diverse career paths in academia, research institutions, government laboratories, and the industrial sector. Overall, the M.Sc. in Chemistry (Polymer Science) program from UPES School of Advanced Engineering not only imparts theoretical insights into polymer chemistry but also emphasizes practical skills through hands-on training. This unique blend of knowledge and experience equips graduates with the expertise needed to excel in the dynamic field of Polymer Science and seize opportunities across various sectors.

Program Highlights

  • The M.Sc. in Chemistry (Polymer Science) program benefits from a rigorous and competitive curriculum designed to provide comprehensive knowledge in Polymer Science, keeping you at the forefront of the field's advancements.
  • Access state-of-the-art facilities for Polymers Synthesis & Characterization, enhancing your hands-on experience and understanding of practical applications.
  • Engage in a research-focused dissertation that allows you to delve deep into a specific area of Polymer Science, fostering critical thinking and innovation.
  • Leverage MoUs with industries, facilitating valuable industry exposure, collaborative projects, and real-world insights that bridge the gap between academia and industry.
  • Benefit from dedicated placement support, connecting you with potential employers and enhancing your prospects for exciting career opportunities in the field of Polymer Science.
  • Receive guidance and support for preparation of the CSIR-NET/GATE exams, ensuring you're well-prepared for further academic pursuits or research-oriented roles in Polymer Science.

The M.Sc. in Chemistry (Polymer Science) program offered by UPES School of Advanced Engineering presents a promising future scope. The program focuses on creating cutting-edge materials with customized attributes to cater to specific needs, including the innovation of biodegradable and sustainable polymers. Additionally, students delve into the realm of polymer-based drug delivery systems, contributing to the pharmaceutical field. The curriculum also encompasses recycling and upcycling technologies, aimed at converting discarded polymers into valuable resources, aligning with sustainability goals. This program equips graduates to spearhead advancements in materials science, green technology, and medical applications, positioning them at the forefront of polymer innovations with diverse real-world implications.

Career Opportunities

Completing an M.Sc. in Chemistry with a specialization in Polymer Science from UPES School of Advanced Engineering opens a wide array of promising career opportunities. Graduates can venture into roles such as Research Scientist, delving into groundbreaking research to develop innovative polymer materials and applications. Scientific Officers play a pivotal role in bridging the gap between scientific advancements and practical applications. As Consultant Chemists, they can offer expert insights to industries seeking polymer expertise. Research Analysts critically analyze data to inform decision-making, while Quality Managers ensure the integrity and performance of polymer products. Opportunities also extend to becoming esteemed Scientists, contributing to the forefront of polymer science. For those inclined towards education, options include Science Teachers who inspire future generations, and Academic Research Editors who shape scholarly discourse. Additionally, graduates can excel as Subject Matter Experts, guiding industries in implementing polymer solutions effectively. The M.Sc. program at UPES not only imparts knowledge but also nurtures versatile professionals ready to make impactful contributions in diverse sectors.


The M.Sc. in Chemistry (Polymer Science) program at UPES School of Advanced Engineering offers exceptional placement opportunities, equipping graduates with the skills and knowledge required to excel in the dynamic field of polymer science. The program's rigorous curriculum, led by experienced faculty and industry experts, ensures a deep understanding of polymer chemistry, material synthesis, and advanced analytical techniques. This strong academic foundation, combined with the university's industry connections and collaborative research initiatives, empowers students to secure coveted positions in leading polymer industries, research institutions, and academia. The dedicated placement cell fosters meaningful industry partnerships, organizing career fairs, workshops, and internships that enable students to gain real-world exposure and network with potential employers. As a result, graduates emerge as sought-after professionals, well-prepared to contribute to innovations in polymer science and drive the advancements of tomorrow's materials industry.

Fee Structure

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Semester 1

Organic Reaction Mechanism ​4004
Coordination Chemistry & Group Theory​4004
Quantum Chemistry​3003
Organometallic & Bio-inorganic molecules​3003
Inorganic Chemistry Lab-I​0042
Physical Chemistry Lab-I​0042
Physical Chemistry Lab-I​0021

Semester 2

Polymer Chemistry​3003
Electrochemical Thermodynamics​4004
Chemistry of Advanced Organic Compounds​4004
Medicinal Chemistry​3003
Fundamentals of Analytical Chemistry​3024
Organic Chemistry Lab-II​0021
Physical Chemistry Lab-II​0021
Seminar/Term paper​0000

Semester 3

Pericyclic & Photochemistry​3003
Molecular Spectroscopy & Diffraction Methods​3003
Specialization course-I​3003
Specialization course-II​3003
Specialization course Lab​0063
Introduction to computational Chemistry​3003
Research Methodology & Ethics​2002

Semester 4

Green Chemistry and Sustainability​4004
Specialization course-III​3003
 Agrochemicals & Pest Management3003

Specialization Courses 

Structure of Polymeric Materials​3003
Polymer Characterization & Testing​3003
Polymer processing & Composites​3003
Polymer Lab​3003


Interested students must meet the following minimum eligibility criteria for admission to the M.Sc. in Chemistry (Polymer Science) program:50% in 10th and 12th (PCM/B) and 50% in graduation in relevant subject.

Selection Criteria

Selection for individuals who are interested in enrolling in the M.Sc. in Chemistry (Polymer Science) program provided by UPES School of Advanced Engineering depends on their performance in Personal Interview.

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