Programme overview
Main Subject
Physics and Astronomy
Degree
MSc
Study Level
Masters
Study Mode
On Campus
1. Strengthens theoretical foundation to understand the properties of bio-molecular functions and understand the principles by which their actions are simulated.
2.Ensures the use of contemporary tools and techniques of biophysics in understanding molecular structure and function
3. Develops the scientific problem solving skills during experimentation, research projects, analysis and interpretation of data.
4. Enables to determine the three dimensional structure of molecules and accurately evaluate the structures deposited in structural databases and research articles
5. Enhances capacity to think critically; ability to design and execute experiments independently and/or team under multidisciplinary settings
6. Enables to identify and differentiate working principle, instrumentation and applications of various bio-analytical instruments
7. Aids in applying appropriate techniques, resources, and modern computational tools for understanding biomolecular structural aspects and its application in biomedical field.
8. Demonstrate the contextual knowledge in major techniques used in biophysics, and when and how to best use biophysical & bio-analytical methodologies and techniques
9. Facilitates to identify strengths and limitations of various experimental and computational approaches for studying macromolecular structure and function
10. Enables to critically assess primary literature written for a general scientific audience in the area of molecular structure & function
Programme overview
Main Subject
Physics and Astronomy
Degree
MSc
Study Level
Masters
Study Mode
On Campus
1. Strengthens theoretical foundation to understand the properties of bio-molecular functions and understand the principles by which their actions are simulated.
2.Ensures the use of contemporary tools and techniques of biophysics in understanding molecular structure and function
3. Develops the scientific problem solving skills during experimentation, research projects, analysis and interpretation of data.
4. Enables to determine the three dimensional structure of molecules and accurately evaluate the structures deposited in structural databases and research articles
5. Enhances capacity to think critically; ability to design and execute experiments independently and/or team under multidisciplinary settings
6. Enables to identify and differentiate working principle, instrumentation and applications of various bio-analytical instruments
7. Aids in applying appropriate techniques, resources, and modern computational tools for understanding biomolecular structural aspects and its application in biomedical field.
8. Demonstrate the contextual knowledge in major techniques used in biophysics, and when and how to best use biophysical & bio-analytical methodologies and techniques
9. Facilitates to identify strengths and limitations of various experimental and computational approaches for studying macromolecular structure and function
10. Enables to critically assess primary literature written for a general scientific audience in the area of molecular structure & function
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