Program:  Master of Science (Physics, Chemistry, Mathematics, Computer Science, Statistics, Environmental Science)

Program Code: M.Sc.

Level: Postgraduation

Duration: 1 Year (2 Semesters) / 2 Years (4 Semesters)

About the Programme:

The postgraduate programs are run in accordance with the requirements of the National Educational Policy-2020 of the Government of India and the University Grants Commission Guidelines in the School of Science at Glocal University. The academic programmes offered by the Glocal School of Science are given below:

M.Sc. Physics
A comprehensive program focusing on classical and modern physics concepts, analytical skills, and laboratory techniques. It prepares students for research, industry roles, and higher studies such as Ph.D.

M.Sc. Chemistry
Designed to provide in-depth knowledge of organic, inorganic, physical, and analytical chemistry. The program develops research aptitude and practical skills for careers in academia and chemical industries.

M.Sc. Mathematics
This program builds strong theoretical and applied mathematical foundations. It prepares students for research, teaching, data analysis, and problem-solving roles across various sectors.

M.Sc. Computer Science
A skill-oriented curriculum emphasizing programming, data structures, AI, and modern computational tools. Students gain expertise for careers in IT, software development, and research.

M.Sc. Statistics
ThFocused on statistical theory, data analysis, probability, and computational techniques. Graduates are trained for roles in data science, analytics, and research organizations.

M.Sc. Environmental Science
An interdisciplinary program covering ecology, environmental management, and sustainability. It equips students to work in environmental policy, research, conservation, and consultancy sectors.

Programme Educational Objectives:

M.Sc. Physics – PEOs


• To provide advanced knowledge of theoretical and experimental physics for scientific understanding and research competence.
• To prepare students for higher research opportunities, competitive examinations (NET/GATE/JEST), and doctoral studies.
• To develop analytical, computational, and problem-solving skills relevant to academia, research laboratories, and industry.
• To enable graduates to work ethically in scientific organizations with professional responsibility and team leadership.
• To motivate innovation and application of physics in emerging areas like materials science, nanotechnology, and renewable energy.

M.Sc. Chemistry – PEOs


• To build strong conceptual understanding of organic, inorganic, physical and analytical chemistry with hands-on laboratory skills.
• To prepare postgraduates for research fellowships, Ph.D. programs, and competitive exams (CSIR-NET/GATE).
• To enable students to work in chemical, pharmaceutical, environmental, and allied industries with professional competence.
• To promote independent thinking, scientific ethics, and problem-solving ability in chemical research and industrial processes.
• To encourage innovation and entrepreneurship through chemistry-based product development and technology applications.

M.Sc. Mathematics – PEOs


• To impart advanced mathematical knowledge in pure and applied domains along with logical and analytical thinking.
• To prepare graduates for research, higher studies, and competitive examinations like NET/GATE/NBHM.
• To develop mathematical modeling, computational skills, and data-handling ability suitable for industry and analytics.
• To cultivate independent research skills, ethical practices, and professional responsibility.
• To enable graduates to contribute to academia, finance, data science, and problem-solving oriented professions.

M.Sc. Computer Science – PEOs


• To provide strong theoretical and practical understanding of computing, algorithms, and modern technologies.
• To prepare graduates for careers in IT, software development, AI/ML, cybersecurity, and research.
• To develop problem-solving, programming, and system design skills for industry and innovation-driven roles.
• To promote ethical technical practices, teamwork, leadership, and communication skills.
• To encourage lifelong learning, entrepreneurship, and readiness for higher research and professional growth.

M.Sc. Statistics – PEOs


• To impart theoretical and applied statistical knowledge for data interpretation, modeling, and decision-making.
• To prepare students for research, Ph.D. programs, and national-level exams (NET/ISS/GATE).
• To develop analytical competence using statistical tools, software, and computational techniques.
• To equip graduates for roles in analytics, finance, market research, public health, and government sectors.
• To promote ethical data handling, critical reasoning, and professional responsibility in statistical applications.

M.Sc. Environmental Science – PEOs
To provide advanced understanding of environmental systems, ecology, pollution management, and sustainability practices. To prepare graduates for research, higher studies, and competitive positions in environmental and climate-related sectors. To develop field research skills, environmental monitoring techniques, and policy-oriented problem-solving. To foster awareness of environmental ethics, conservation, and global sustainability challenges. To enable graduates to work in government agencies, NGOs, industries, and consultancy services with leadership ability.

Program Outcomes (POs):

After successful completion of the M.Sc. Physics, M.Sc. Chemistry, or M.Sc. Mathematics program, students will be able to:

• PO1: Advanced Knowledge – Demonstrate in-depth understanding of advanced concepts, theories, and methodologies of the respective discipline.
• PO2: Analytical & Critical Thinking – Analyze complex problems using critical reasoning and quantitative/qualitative approaches.
• PO3: Research Skills – Develop ability to design experiments/studies, handle data, use research tools, and interpret results effectively.
• PO4: Problem Solving & Innovation – Apply scientific knowledge to formulate solutions and develop innovative approaches for real-world challenges.
• PO5: Technical/Experimental Proficiency – Attain hands-on expertise in laboratory techniques, instrumentation, computational and analytical tools.
• PO6: Modern Tool Usage – Use advanced software, simulation tools, statistical models, and ICT resources for research and analysis.
• PO7: Communication Ability – Communicate scientific information effectively through reports, presentations, and publications.
• PO8: Ethics & Professional Responsibility – Practice ethical conduct, academic integrity, and social responsibility in research and workplace.
• PO9: Teamwork & Leadership – Work efficiently as an individual and team member with leadership and decision-making skills.
• PO10: Environment & Sustainability Awareness – Understand environmental impact of scientific processes and contribute to sustainable practices.
• PO11: Lifelong Learning – Engage in continuous learning, self-development, and upskilling for evolving scientific and technological domains.
• PO12: Employability & Entrepreneurship – Develop competencies for careers in industry, academia, research labs, government sectors, and entrepreneurial venture