SHRI GOVINDRAM SEKSARIA INSTITUTE OF TECHNOLOGY & SCIENCE, INDORE

Coming Soon!

List of M. Sc. Applied Physics Students of Last Five Academic Years

Name of the Student	Academic Year	Thesis Title
Mr. Vishishth Tiwari	2023-2025	Currently in III Sem
Mr. Akash Sunaniya	2022-2024	Indigenous Design Fabrication and Characterization of Red Dot Gun Sight for Defence Application
Ms. Dakshta Mandloi	2021-2023	Studies on the Electronic and Response Properties of Confined Hydrogen Atom
Ms. Princy Trivedi	2021-2023	Automation of pizoe based nadi parikshan device
Ms. Punam Bhushan	2021-2023	Piezoelectric nanogenerator using biomass waste
Ms. Pallavi Soni	2020-2022	Synthesis of lead-free flexible composite film ........... for driving low power electric device
Ms. Priti Wanode	2020-2022	Design and development of structured illumination technique for surface morphology
Ms. Manasvi Shroti	2020-2022	Comparative analysis of FSO link …….. turbulence
Priyanka Kashikar	2019-2021	study of optical tweezers for nanomaterial characterization
Tanish Kaur	2019-2021	Study of modulation based thickness measurement device
Ajay Vishwakarma	2018-2020
Gourang Vani	2018-2020	Study of aerosol assisted CVD grown thin film transistor
Shweta Tiwati	2018-2020	Review of Graphene Thin films : An emerging material for cutting Edge Technology
Shikha Jain	2018-2020	Study on current trends in optical coherence tomography
Shweta Indra	2018-2020	A preliminary study on Ion emission from intense, femtosecond laser pulse interaction with thin foil

Innovation & Startups

DEPARTMENTAL_INDUSTRIAL_VISIT_TO_BANK_NOTE_PRESS_DEWAS_ON 16 Dec_2023

AICTE Feedback Facility for Students & Faculty Link <Click Here>

COPE Flyer <View>

Infrastructure

• In the campus of SGSITS Indore, COPE has dedicated area for testing and research facilities for pump and three-phase induction motors.
• Pump testing setup up to 30 HP, 4 inch size outlet at 50Hz.
• Three-phase induction motor testing setup upto 30 HP at 50Hz.
• Solar Pump testing setup upto 10 HP as per MNRE guidelines as per IS-17429.
• COPE uses high-class accuracy and precision instruments for testing of motors and pumps.
• On the rooftop of laboratory solar PV panel mounting structure is available to facilitate real-time testing.
• It is also equipped with a solar array PV simulator of 15 KW from AMETEK.

Our Testing Facilities

• Solar Pumping System as per IS-17429.
• Monoset Pumps and Motor as per IS- 9079.
• Submersible Pumpset as per IS-8034 &amp; IS-9283.
• Openwell Submersible Pump-set as per IS-14220 &amp; IS-9283.
• Centrifugal Pump and Motor.

Contact Persons:
Dr. B. More – 7895903456
Dr. S. Sharma – 9425029100
Dr. P. Ganai – 8989006089
 

 

	Pharmacy Council of India (PCI) Approval
1.	Approval of Pharmacy Programs under PCI	Download File | PDF | 234KB |
2.	Approval of Pharmacy Programs under PCI till 2025-2026	Download File | PDF | 234KB |

Quistionaire Prepared by Dr J T ANDREWS, SGSITS, Indore (JTAndrews)

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For the given vectors $ u = \myrvector{2 \\ -3 \\ 4 \\ 1} $ and $ v=\myrvector{-1 \\ 1 \\ -3 \\ 4} $, what is the second entry of $ 2u-3v $?


For the given vector $ u = \myrvector{-1 \\ 2 \\ -4} $, for which value of $r$ is the summation of the entries of vector $ r u $ is $ -6 $?


For the given vector $ u = \myrvector{-1 \\1 \\ -2} $, what is $ \norm{u} $?


For the given vector $ u = \myrvector{1 \\ -2 \\ 2 \\ 4} $, what is $ u \cdot u $?


For the given vectors $ u = \myrvector{1 \\ 2 \\ 3} $ and $ v = \myrvector{1 \\ 2 \\ -3} $, what is $ u \cdot v $?


Which of the following vector is perpendicular (orthogonal) to the vector $ \myrvector{-3 \\ 4} $?


For the given matrices $ M = \mymatrix{rrr}{1 & 0 & -2 \\ -2 & -1 & 3 \\ 0 & 1 & -2} $ and $ N = \mymatrix{rrr}{-1 & 3 & 2 \\ 0 & 2 & 1 \\ 4 & -1 & 0} $, what is the $ (2,3) $th entry of $ -2M + 3N $?


For the given matrices $ M = \mymatrix{rrr}{1 & 0 & -2 \\ -2 & -1 & 3 \\ 0 & 1 & -2} $ and $ N = \mymatrix{rrr}{-1 & 3 & 2 \\ 0 & 2 & 1 \\ 4 & -1 & 0} $, what is the $ (2,3) $th entry of $ N M $?


For the given matrices $ A = \mymatrix{rr}{1 & 0 \\ 2 & -1} $, what is $ A A^T $?


For the given matrices $ A = \mymatrix{rr}{1 & 0 \\ 2 & -1} $, what is $ A^T A $?


Best number system for digital computers is:


For a normalised wavefunction defined by $ \ket{\psi} =\frac{-i}{\sqrt{2}}\ket{0}-\frac{xx}{\sqrt{2}}\ket{1}$, find the value of $xx$?


If pure states are operated by Hadamard Gate, the result is


The X Gate,


Let $ \ket{\psi} =\alpha\ket{00}+\beta\ket{01}+\gamma\ket{10}+\delta\ket{11}$, if $|\alpha|^2+|\beta|^2+|\delta|^2=0$, the value of $\gamma$ is