Srinibasa Padhy
Associate Professor
Dr Srinibasa Padhy has joined the noble teaching profession in the field of Electronics Engineering in the year of 2006.The Teaching and research activitiessatrted from Roland Institute of Technology,Berhampur. The career in research has augmented further after the degree in M Tech from the pioneer institute IIT, Kharagpur in the field of Microelectronics and VLSID.The stint of teaching and research captured the momentum since joining in the most sought Institute of Eminence KIIT university,Bhubaneswar.Now the research is focuses on thin-film fabrication,characterization and solar cell device performance assessment and simulation,Low power aspects of VLSI Design,study and explore of various semiconducor devices.He has published and presented more than 30 papers in journals and conferences. He has published two indian patents and sponsored a SERB project as CO-PI.He has authored one book chapter in Springer Nature edited Book.
PhD, MTech, BE
Research Interests
Microelectronics, Low power VLSI Design, Solar Cell (Simulation & Chracterisation)
Projects
A novel approach for enhancing the efficiency of CZTSe/CZTSSe based thin-film solar cells using the bilayer structure (Co PI)
Administrative Responsibility
Member in School Level IQAC
Memberships
ISTE, MIET
1.Sahu, A K Acharya M Rout S Padhy S R Jena P K; Screening based sparse classification method for the detection of corn leaf diseases,Journal of Statistics and Management Systems,(2023),26(1),147-158 (Taylor & Francis online)
2.Padhy, Srinibasa; Kumar, Vishvas; Chaure, Nandu B; Singh, Udai P;Impact of germanium nano layer on the CZTSe absorber layer properties,Materials Science in Semiconductor Processing,(2022), 138,106276 (IF 4.2)
3.Mishra, Sanath Kumar; Padhy, Srinibasa; Singh, Udai P,Silver incorporated bilayer Kesterite solar cell for enhanced device performance: A numerical study,Solar Energy,(2022),233,1-10 (IF 6.0)
4.S Padhy,V Kumar, Nandu B. Chaure, Udai P. Singh , Impact of germanium nano layer on the CZTSe absorber layer properties,Materials Science in Semiconductor Processing, (2022)138,106276 (IF: 3.926)
5.S Padhy, R Mannu, U P Singh, Graded Band Gap structure of Kesterite material using bilayer of CZTS and CZTSe for enhanced performance: A Numerical Approach, Solar Energy, (2021)216, 601–609. (I.F 6.0)
6.S Padhy, V Kumar, U.P. Singh, CZTSSe absorber layer formation and impact of annealing process on its properties , Materials Science: Materials in Electronics, (2019)30, 1100–1108. (I.F 2.478)
7.S Padhy, S S bal, U P Singh, Cu2ZnSn(S,Se)4 absorber layer formation and characterization using solution dip coating and selenization method, Material Research Express, (2019)6 126456 (I.F 1.620)
8.V kumar, S Padhy, A Basak ,U P. Singh, Effect of HCl and NH4OH Etching on CZTSSe Absorber Layer,
Vacuum, (2018)155 336-338 (IF 2.067)
9.R Mannu, S Padhy, U P Singh, Variation of different layer parameters in a CZTS based solar cell for optimum performance: A simulative approach, Materials Today: Proceedings,(2021)39 1876-1883.
10.S S Bal, S Padhy, U P Singh, Effect of Ge & ZnO inter-layer on the properties of CZTSSe absorber layer,Materials Today: Proceedings, (2021)39 1843-1847