Overview

The School of Sciences at GIET University offers two-year Post Graduation courses on disciplines like physics, chemistry, mathematics, biotechnology, and life sciences. It incorporates flexible interests in research, biophysics, numerical, computational potential, or virtually any field that Science caters to. The department has seen some remarkable semester projects done with internal and external funding from different departments and faculties. The laboratories are exceptionally equipped with new dimensions, advanced technologies, and Research and Development-enabled.

The teachings in the School of Sciences incorporate Information and Communication Technology, increasing the reach and depth of communication and the transfer of knowledge. The use of the latest technology with the help of faculty men and an entrepreneurial development cell (EDP cell) helps develop the teaching methods and research teaching processes. The department has provisions for campus laboratories as well as biodiversity or field research. The mathematical department broadens the mathematical and computational opportunities to discover challenges by application from natural sciences and engineering too.

The School of Sciences is vital, for it is an expanding hub of scientific inquiry with a deep historical root. It provides a ready-to-grasp environment with an interdisciplinary approach. Keeping intact with the traditional theoretical and experimental matters, the School allows for a comprehensive theoretical and practical gravity in physics, elementary particulate matter, cosmology, experimental nuclear and atomic physics, and mathematical physics, among others. In short, the School of Sciences, GIETU could be relegated as a foreground for research and technology.

Courses Offered under Science Studies at GIET University 

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.

 

Physics

Physics is a dimension wherein students understand how things work. Physics reveals the beauty of the universe. Its scope varies from the study of subatomic particles to the study of the cosmos. In short, the scope of Physics is extremely wide. Studying Physics strengthens one’s reasoning and problem-solving skills. A post-graduate in the discipline in his career may focus on a variety of topics.

Elements 

  • Astrophysics
  • Cosmology
  • Particle Physics
  • Quantum Information Science
  • Medical Physics
  • Nanoscience and Nanotechnology
  • Atomic and Molecular Physics
  • Optical Fibre

Objectives

  • To emphasize the role of Physics in everyday life and develop an interest of the students towards the discipline.
  • To develop the student’s ability to conduct, observe and analyze an experiment.
  • To provide the students with practical knowledge of the subject.
  • To encourage original research and innovative work.

 

Chemistry

Chemistry is a dimension that includes the study of matter, its compositions, properties, and its reactivity with other elements. Chemistry studies the foundation of matter with topics ranging from atoms, molecules, and compounds. The Chemistry department of GIET University has a tradition of carrying out high-quality research in different branches of Chemistry. The department is also well equipped with several sophisticated instruments for carrying out research work in Chemistry.

Elements

  • Quantum Chemistry
  • Analytical Chemistry
  • Bioorganic and Organometallic Chemistry
  • Kinetics
  • Polymer Science
  • Nano-Chemistry

Objectives

  • To make the world a better place through cutting-edge research and innovation.
  • To train the students to generate their independent work.
  • To find effective medical tools for curing novel diseases, harness renewable energy, and provide a clean environment for future generations.

 

Mathematics

Mathematics is a dimension wherein students deal with the logic of shape, quantity, and arrangement. Since the emergence of civilization, people have been using Mathematics to understand the world around them. Mathematics helps us to learn a broad range of analytical and problem-solving skills. Students with a degree in Mathematics have been getting jobs like Data Scientists, Business Analysts, Block chain Developer, Financial Analysts, and Account Manager, among others.

Elements

  • Algebra
  • Linear Algebra
  • Probability
  • Differential Equations
  • Trigonometry
  • Linear Applications

Objectives

  • To enable the students to acquire and develop mathematical skills and attitudes to meet the demands of their employers.
  • To present logical and concise arguments to daily life problems through applied Mathematics.

 

Life Sciences

Life Science is a dimension wherein students study living organisms. It studies the origin, evolution, and biological traits of living organisms. This is the age of biological sciences. With constantly changing modes of production and climate change, the role of Life Sciences becomes crucial for the well-being of human life. Life Sciences is the Science of the future as our long-term well is dependent on our understanding of the biological processes. And it is Life Sciences that hold the key to this new future.

Elements

  • Biology
  • Botany
  • Zoology
  • Biotechnology
  • Ecology
  • Genetic Engineering
  • Molecular and Cellular Biology
  • Microbiology and Immunology
  • Molecular Medicine,
  • Genetics and Evolutionary Biology

Objectives

  • To help the students to develop a scientific temper.
  • To create a broad understanding of the students about the functioning of the discipline.
  • To make the students aware of molecular and cellular organisms, populations, communities, and ecosystems.
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