Sunday, April 14, 2024
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  • At the completion of the M.Tech Energy Science and Technology program, the students will be able to:
PSOExpected outcome
1Provide a strong foundation in Energy science and technology that emphasizes scientific reasoning and analytical problem solving.
2Provide students with the skills required to succeed in M Tech., also enrich the students with a basic skill to perform in industry related to Energy 
3Promote research interest in students and enable them towards planning and execution of research in frontier areas of Energy storage conversion etc.
4Expose the students to a level of experimental techniques using modern instrumentation.
5Demonstrate teamwork, communication, Time management and leadership skills across multicultural contexts
6Acquire the ability to synthesize and characterize compounds using sophisticated instrumental techniques and related soft-wares, for the in-depth characterization of energy materials
7Develop solid knowledge, understanding and expertise in the domain of energy materials.
  • At the completion of the M.Sc. Material Science (Specialization in Energy Science) program, the students will be able to:

PSO No.PSOs
 1To develop in students, the knowledge in students about the importance and scope of the subject
2The detailed functional knowledge of theoretical concepts and experimental aspects of chemistry, physics and material science.
3Provide opportunities to excel in academics, research or Industry
4Train students in the field of Material Science with specific emphasis on Energy Science and Technology to cater to the present demands of miniaturization and energy economy.
5Solid understanding of the sciences and technology related to energy production, storage and conversion.
6Understand the economic, environmental and policy impact of a sustainable energy practice for a sustainable society
7Will learn basic to advanced aspects of Renewable Energy systems completely prepared to shift from fossil fuels to renewable sources.
8Facilitate the students to be able to familiarise and to work with advanced experimental and computational techniques at various scales.
9Nurture the quality of rationality and inquisitiveness, so that the students are capable of free and critical thinking to steer clear judgemental and social biases.
10Inspire the students to be committed to deliver good to the society by judicious application of scientific skill sets they acquire doing physics at the nanoscale.
  • At the completion of the M.Sc. Chemistry (Specialization in Energy Science) program, the students will be able to:
PSO No.PSOs
1The detailed functional knowledge of theoretical concepts and experimental aspects of chemistry.
2Provide opportunities to excel in academics, research or Industry
3Train students in the field of Chemical sciences with specific emphasis on Energy Science and Technology to cater to the present demands of miniaturization and energy economy.
4Solid understanding of the sciences and technology related to energy production, storage, conversion.
5Understand the economic, environmental and policy impact of a sustainable energy practice for a sustainable society
6Will learn basic to advanced aspects of Renewable Energy systems completely prepared to shift from fossil fuels to renewable sources.
7Facilitate the students to be able to familiarise and to work with advanced experimental and computational techniques at various scales.
8Nurture the quality of rationality and inquisitiveness, so that the students are capable of free and critical thinking to steer clear judgemental and social biases.
9Inspire the students to be committed to deliver good to the society by judicious application of scientific skill sets they acquire doing physics at the nanoscale.

  • At the completion of the M.Sc. Physics (Specialization in Energy Science) program, the students will be able to:
PSO No.PSOs
  1The detailed functional knowledge of theoretical concepts and experimental aspects of Physics.
2Provide opportunities to excel in academics, research or Industry
3Train students in the field of Physical sciences with specific emphasis on Energy Science and Technology to cater to the present demands of miniaturization and energy economy.
4Solid understanding of the sciences and technology related to energy production, storage, conversion.
5Understand the economic, environmental and policy impact of a sustainable energy practice for a sustainable society
6Will learn basic to advanced aspects of Renewable Energy systems completely prepared to shift from fossil fuels to renewable sources.
7Facilitate the students to be able to familiarise and to work with advanced experimental and computational techniques at various scales.
8Nurture the quality of rationality and inquisitiveness, so that the students are capable of free and critical thinking to steer clear judgemental and social biases.
9Inspire the students to be committed to deliver good to the society by judicious application of scientific skill sets they acquire doing physics at the nanoscale.