Overview
Empowering Scientific Inquiry, Innovation, and Interdisciplinary Excellence
The School of Sciences at GIET University offers a dynamic academic ecosystem anchored in multidisciplinary learning, experiential pedagogy and research-driven education. With departments spanning Biotechnology, Chemistry, Life Science, Mathematics and Physics, , the School offers two-year postgraduate programs (Master of Science; M.Sc.) and doctoral research opportunities (Ph.D.) across diverse disciplines.
Aligned with the National Education Policy (NEP) 2020, the School emphasizes on a flexible curriculum structure that fosters multidisciplinary learning, critical thinking, research aptitude, and entrepreneurial skills. Students are encouraged to explore their interests in interdisciplinary fields and emerging scientific domains, supported by faculty mentors and collaborative research platforms.
Infrastructure & Research Ecosystem
The laboratories at the School of Sciences are well equipped to carter the needs of advanced scientific exploration and innovation. The School has witnessed remarkable semester and capstone projects, many of which are supported by internal and external funding, reflecting the strong research culture fostered by our faculty members and scholars. Being part of a technological university, the school further extend its horizon in research facilities, along with campus-based labs, providing ample opportunities for hands-on learning and real-world applications.
Technology-Enabled Teaching & Innovation
Teaching at the School of Sciences is enriched through the integration of Information and Communication Technology (ICT), ensuring interactive learning and seamless knowledge dissemination. Our faculty leverage cutting-edge tools and digital platforms to enhance the learning experience, and the Entrepreneurship Development Cell (EDP Cell) supports student-led innovation, research incubation and start-up ideation.
Academic Culture and Vision
The School of Sciences stands as a vibrant and expanding hub of scientific inquiry, deeply rooted in both classical foundations and contemporary advancements. It offers a balanced academic environment with a strong focus on interdisciplinary research, covering themes such as:
- Theoretical and Experimental Physics
- Cosmology and Particle Physics
- Molecular and Cellular Biology
- Environmental and Applied Biotechnology
- Computational and Mathematical Modeling
Our approach blends traditional academic rigor with 21st-century scientific aspirations, cultivating professionals, educators and researchers ready to lead in academia, industry and innovation ecosystems.
In essence, the School of Sciences at GIET University is not only a centre of excellence in science education and research but also a launchpad for technology, innovation, and nation-building in the spirit of NEP 2020.
A look at the Departments:
Biotechnology
Biotechnology integrates biological sciences with technology to create products and processes that improve lives and the environment. It is an ever-evolving field with applications in healthcare, agriculture, industrial processes, and environmental sustainability. GIET University’s Biotechnology Department provides a research-rich, interdisciplinary environment to foster innovation.
Key Areas of Study/Research:
- Genetic Engineering and Molecular Biology
- Bioprocess Technology
- Industrial and Environmental Biotechnology
- Plant and Animal Biotechnology
- Genomics and Proteomics
- Bioinformatics
- Fermentation and Enzyme Technology
- Drug Discovery and Development
Objectives:
- To train students in modern biotechnological tools and techniques.
- To inspire innovation and problem-solving in health, agriculture, and industry.
- To cultivate research aptitude and entrepreneurial mindset aligned with global biotechnological advancements.
- To encourage industry-academia collaboration for real-world applications.
Chemistry
Chemistry explores the composition, structure, properties, and transformations of matter. As the central science, it connects physical sciences with life and applied sciences. The Chemistry Department at GIET University maintains a strong tradition of research excellence and is equipped with sophisticated instruments to support cutting-edge investigations.
Key Areas of Study/Research:
- Quantum Chemistry
- Analytical Chemistry
- Bioorganic and Organometallic Chemistry
- Reaction Kinetics
- Polymer Science
- Nano-Chemistry
Objectives:
- To contribute to societal progress through innovative research and sustainable chemical practices.
- To equip students with the skills to perform independent scientific inquiry.
- To develop solutions in areas like healthcare, renewable energy, and environmental sustainability.
Life Sciences
Life Sciences encompass the study of living organisms and life processes. In an era of ecological shifts and global health concerns, life sciences play a pivotal role in addressing critical challenges. The discipline covers molecular biology to ecosystem dynamics, offering holistic understanding and practical solutions for sustainable living.
Key Areas of Study/Research:
- Biology, Botany, Zoology
- Ecology and Environmental Biology
- Biotechnology
- Molecular and Cellular Biology
- Genetic Engineering
- Microbiology and Immunology
- Molecular Medicine
- Genetics and Evolutionary Biology
Objectives:
- To nurture a scientific outlook in students.
- To impart foundational and advanced knowledge of biological systems.
- To equip students with tools to understand and solve ecological and biomedical issues.
Mathematics
Mathematics is the universal language of logic, structure, and patterns. It underpins all scientific and technological advancements. Students develop problem-solving, analytical, and quantitative skills applicable across sectors. Mathematical training opens doors to careers in data science, AI, finance, and beyond.
Key Areas of Study/Research:
- Algebra and Linear Algebra
- Probability and Statistics
- Differential Equations
- Trigonometry
- Linear Applications
Objectives:
- To enable students to apply mathematical techniques in solving real-world problems.
- To foster logical reasoning and precision in thought and communication.
- To prepare students for careers in research, analytics, and emerging technological fields.
Physics
Physics is a foundational science that seeks to understand the fundamental principles governing the universe. From the tiniest subatomic particles to the vast cosmos, physics uncovers the mechanisms behind natural phenomena. Studying physics not only cultivates strong reasoning and analytical skills but also nurtures a deep appreciation of the universe’s intricate beauty. Graduates can pursue careers or research in various high-impact areas.
Key Areas of Study/Research:
- Astrophysics
- Cosmology
- Particle Physics
- Quantum Information Science
- Medical Physics
- Nanoscience and Nanotechnology
- Atomic and Molecular Physics
- Material Science
- Optical Fibre Technology
Objectives:
- To emphasize the role of physics in daily life and foster students’ curiosity toward the discipline.
- To develop students’ capacity for experimentation, observation, and analytical thinking.
- To provide hands-on experience through well-equipped labs and research exposure.
- To promote original research and foster a culture of innovation.
Computer Application
Computer Application is a professional dimension for students who want to dig deeper into the world of computer application development. The program is a blend of both theoretical and practical knowledge. The degree will enable students to learn a modern programming language and work with tools and techniques meant to develop better and faster applications. This course is very popular and is favored by students who wish to make a career in the Information Technology (IT) industry. The department wishes to become an industry expert in providing in-depth technical knowledge to the students. This will enable the students to face any challenge in the IT industry.
Elements
- Application Software
- Hardware Technology
- Systems Development
- Systems Engineering
- Software Development
- Networking
Objectives
- To excel students in advanced IT and computer technologies and applications.
- To make the students more innovative and employable in top IT companies.
- To provide a globally recognized academic environment through industry-academy collaborations.
