M.SC. ORGANIC CHEMISTRY (2 Years)

Silver Oak Institute of Science is offering a Master’s degree in Organic Chemistry with an state of the art industry aligned syllabus. M.Sc. in Organic Chemistry is a 2-years program divided into 4 semesters. M.Sc. Organic Chemistry focus on the study of advanced topics in synthesis, reaction mechanisms, and spectroscopic techniques. Students engage in both theoretical and practical coursework, including lab work, to develop skills in molecular design and analysis. Research projects are integral, preparing graduates for careers in pharmaceuticals, biotechnology, or academia. M.Sc. in Organic Chemistry opens career opportunities in pharmaceuticals, biotechnology, academia, research, quality control, environmental agencies, and chemical manufacturing. Roles include research scientist, quality analyst, lab technician, academic lecturer, and regulatory affairs specialist.

Vision:

• To strengthen reputation as a superlative teaching and research institution, renowned for innovation, excellence, and discovery, and attracting top students and staff.

Mission:

• To promote students' academic progress by educating independent thinking and leveraging modern educational knowledge.
• To conduct fundamental and applied issues through substantial scientific inquiry and interdisciplinary research programs.
• To promote decision-making, accountability, and integrity, thereby contributing positively to society and the advancement of science.

Program Educational Objectives (PEOs):

• PEO1: Demonstrate a comprehensive understanding of advanced principles, theories, and methodologies in organic chemistry, including organic synthesis, reaction mechanisms, spectroscopic analysis, and structure elucidation.
• PEO2: Foster advanced research skills, including experimental design, synthesis planning, purification techniques, spectroscopic analysis, and data interpretation, enabling them to conduct independent and collaborative research at the forefront of organic chemistry.
• PEO3: Participate in continuous professional development, acquiring new skills, competencies, and certifications relevant to their career goals, and assuming leadership roles in academia, industry, research institutions, and government agencies.

Program Outcomes (POs):

• PO1 Domain Knowledge: Apply knowledge of scientific theories and practices to solve scientific problems.
• PO2 Analysis and Design: Identify, analyze and design safe experimental processes to provide efficient solutions by fair interpretation of data.
• PO3 Industry knowledge: Integrate and apply practical skills and knowledge across scientific disciplines to effectively manage in dynamic environments.
• PO4 Modern Tool Usage: Efficiently use advanced software applications, tools, and technologies that are essential for their field.
• PO5 Leadership: Demonstrate personal responsibility and awareness of self and others; working for the betterment of environment and society.
• PO6 Ethics and Social Responsibility: Prioritize social and human values, personal and professional ethics and corporate social responsibility; during any scientific decision making.
• PO7 Entrepreneurship: Apply knowledge to develop small scale industries for developing endogenous products.
• PO8 Lifelong learning: To Develop scientific outlook not only with respect to science subjects but also in all aspects related to life.

Program Specific Outcomes (PSOs):

• PSO1: Acquire deep understanding about recent developments in the field of green and eco-friendly reactions, pharmaceutical, synthetic chemistry and relevant fields of research and development.
• PSO2: Apply various aspects of chemistry in natural product isolation, pharmaceuticals, dyes, textiles, polymers, petroleum products, forensic etc and also to develp interdisciplinary approach of the subject.