M.Sc Chemistry at School Of Advanced Engineering, UPES, Dehradun Offline Course

The M.Sc. Chemistry program at UPES offers three specializations: Organic Chemistry, Polymer Science, and Instrumental Chemical Analysis, each providing unique and valuable knowledge and expertise to the students. In the Organic Chemistry specialization, students delve into the world of bio-organic molecules, heterocycles, and natural products. This in-depth knowledge equips them to become skilled organic chemists, capable of devising innovative solutions in the field. The diverse career opportunities that stem from this specialization allow graduates to contribute significantly to various scientific and technological domains. Whether they choose academia, industry, research institutions, or government agencies, they can make a meaningful impact through their understanding of organic chemistry.

The Polymer Science specialization is designed to provide students with comprehensive training in the fundamentals of polymers and advanced topics. They learn about the relationship between the structure and properties of polymers, polymer processing techniques, industrial polymers, and more. Additionally, students receive training in Polymer Characterization techniques, which are crucial for understanding and analyzing polymers' properties. This specialization opens doors to various career paths in academia, research institutions, government laboratories, and the industry, where graduates can contribute to the development of innovative polymer-based materials and applications.

The Instrumental Chemical Analysis specialization focuses on equipping students with expertise in various analytical techniques and methodologies. They learn about spectroscopy, analytical separation techniques, quality management, quality control, and data processing. This specialization enables students to become proficient in providing accurate and reliable data using advanced analytical instruments. Graduates can play a pivotal role in diverse industries and scientific fields by ensuring the quality and accuracy of chemical analysis, thus contributing to research, development, and problem-solving endeavors.