B.Sc. (Hons)
Electronics
Semester VI 2022
Semester VI 2025
Semester V 2024
Semester V 2020
Sem-5_14-BSC_GENERAL_ELECTRONICS_SEC-A-2_RENEWABLE ENERGY AND ENERGY HARVESTING
Sem-5_14-BSC_GENERAL_ELECTRONICS_SEC-A-1_COMPUTATIONAL PHYSICS
BSC_HONS_ELECTRONICS_Sem-5_DSE-B-2
BSC_HONS_ELECTRONICS_Sem-5_DSE-B-1
BSC_HONS_ELECTRONICS_Sem-5_DSE-A-2
BSC_HONS_ELECTRONICS_Sem-5_DSE-A-1
BSC_HONS_ELECTRONICS_Sem-5_CC-12
BSC_HONS_ELECTRONICS_Sem-5_CC-11
BSC_GENERAL_ELECTRONICS_Sem-5_DSE-A-2–Day 1
BSC_GENERAL_ELECTRONICS_Sem-5_DSE-A-1–Day 1
BSC_GENERAL_ELECTRONICS_Sem-5_DSE-3A-2
BSC_GENERAL_ELECTRONICS_Sem-5_DSE-3A-1
BSC_GENERAL_ELECTRONICS_Sem-5_DSE-2A-2–Day 2
BSC_GENERAL_ELECTRONICS_Sem-5_DSE-2A
Semester IV 2025
Semester IV 2021
SEM 4_10_BA-BSc_GENERAL_ELECTRONICS_CC-GE-4_MICROPROCESSORS AND MICROCONTROLLERS–11036
SEM-4_14_BA-BSc_HONS_ELECTRONICS_SEC-B2_PROGRAMMING-WITH-MATLAB-SCILAB-10838
Sem-4 CC-8
SEM-4_10_BA-BSc_HONS_ELECTRONICS_CC-9_DIGITAL-ELECTRONICS-AND-VHDL-10930
SEM-4_10_BA-BSc_HONS_ELECTRONICS_CC-10_SIGNALS-AND-SYSTEMS-10973
Semester IV 2022
Semester III 2020
Sem-3_10-BSC_HONS_ELECTRONICS_SEC-A-2_CIRCUIT MODELING USING PSPICE
Sem-3_10-BSC_GENERAL_ELECTRONICS_SEC-A-2_RENEWABLE ENERGY AND ENERGY HARVESTING
Sem-3_10-BSC_GENERAL_ELECTRONICS_SEC-A-1_COMPUTATIONAL PHYSICS SKILLS
Sem-3_10_BSC_GENERAL_ELECTRONICS_CC3-GE3
BSC_HONS_ELECTRONICS_Sem-3_CC-7
BSC_HONS_ELECTRONICS_Sem-3_CC-5
BSC_HONS_ELECTRONICS_Sem-3_CC-6
Semester III 2025
Semester II 2025
Semester II 2021
Semester II 2022
Semester I 2025
FUNDAMENTAL OF ENVIROMENT-CVAC-1.1 SET-2(DAY)
FUNDAMENTAL OF ENVIROMENT-CVAC-1.1 SET-1(MORNING)
COMPULSORY ENGLISH-AEC-1 SET-2(DAY)
COMPULSORY ENGLISH-AEC-1 SET-1(MORNING)
CONSTITUTIONAL VALUES AND FUNDAMENTAL DUTIES-CVAC-1.2
ELECTRONICS-MDC-CC-1 (FUNDAMENTAL OF CIRCUIT THEORY AND ELECTRONIC DEVICES)
Mr. Debarup Roy
1.Effect of splice offset on optimum single mode fiber launch optics based on the proposed broadband laser diode in the context of DWDM(2019-2020)
2.Prescription of wavelength-dependent spot size relations of a broadband laser diode in the context of uniformly maximum lens excitation of WDM signals(2018-2019)
3.An investigative study of efficient coupling mechanism of a hemispherical microlens tipped single mode photonic crystal fiber to a laser diode by ABCD matrix formulation and determination of the optimal separation distance(2017-2018)
4.Simple but accurate method to compute LP11 mode cutoff frequency of nonlinear optical fibers by Chebyshev technique(2016-2017)80g[lR
Dr. Utsa Das
1.Investigation of the structural and electronic properties of InP1-xSbxalloy for mid-infrared optoelectronic applications: A TB-mBJ DFT study (2020-21)
2.Study of the impact due to spin-orbit coupling effect on the opticalproperties of InP1xSbx alloys in mid-infrared applications:A DFT
approach (2019-20)
3.First principles study of the structural, electronic and opticalproperties of epitaxial GaSb1−x−yNyBix, lattice matched to GaSb (2018-19)
4.ZnO1xTex and ZnO1xSx semiconductor alloys as competent materials for opto-electronic and solar cell applications: a comparative analys(2017-18)
5.Influence of Bi and N related impurity states on the band structure and band offsets of GaSbBiN alloys(2016-17)
6.The influence of N and Bi on the band gap and subband interactions in a proposed material GaSb12x2yNyBix/GaSb: a theoretical approach(2016-17)
Dr. Subhasis Das
1.Control of the composition and the structural properties of GaAsSb layers, grown by liquid phase epitaxy, by Bi addition to the growth melt (2021)
2.Growth of dilute quaternary alloy InPNBi and its′ characterization (2021)
3.Influence of Sb Related Impurity States on the Band Structure of Dilute GaN1xSbx Alloy (2021)
4.Photoluminescence investigation of the properties of GaAsSb in the dilute Sb regime (2021)
5.Anomalous increase of sub-band gap photoluminescence from InPBi layers grown by liquid phase epitaxy (2020)
6.Influence of Pb vs Ga solvents during liquid phase epitaxy on the optical and electrical properties of GaSbBi layers (2020)
7.Bi-Related Below Band Gap Optical Absorption Band Produced in GaSbBi After Rapid Thermal Anneal at High Temperatures (2019)
8.Calculation of the band structure, carrier effective mass, and the optical absorption properties of GaSbBi alloys (2018)
9.Influence of Bi and N related impurity states on the band structure and band offsets of GaSbBiN alloys (2017)
APEIRON (IMAGINATION UNBOUND)
VOL.-1 (2022)