Research Assistant at Advanced Energy Materials and Solar Cell Research Laboratory, BRUR
Avijit Ghosh, an innovative electrical engineer, graduated with distinction (CGPA: 3.57/4.00) from Begum Rokeya University, Rangpur. Passionate about material science, solar cells, and density function theory, he served as a Research Assistant at the Advanced Energy Materials and Solar Cell Research Laboratory, BRUR, showcasing a two-year commitment to cutting-edge research. Avijit’s academic prowess earned him prestigious scholarships, including the Banghabondhu Brilliant Scholarship. Beyond academics, he held leadership roles, notably as the former Co-President of the Pabna District Student Welfare Association. Avijit is defined by his commitment to excellence, strong moral ethics, and a keen interest in advancing technological frontiers.
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EDUCATION QUALIFICATION:📚
Degree: B.Sc. in Engineering Department/Group: Electrical and Electronic Engineering (EEE). University/Institute/School: Begum Rokeya University, Rangpur (BRUR) CGPA: 3.57/4.00
EXPERIENCE:
Position: Research Assistant Organization: Advanced Energy Materials and Solar Cell Research Laboratory, BRUR Period: 2022 – 2023 Duration: 2 Years.
ACHIEVEMENT AND AWARDS:
Banghabondhu Brilliant Scholarship: Awarded by Academic Council, BRUR for securing good results in exams for 3 consecutive semesters of B.Sc. study. Secondary School Merit Scholarship: Awarded by school for excellent performance in Secondary School Certificate Result. Junior School Merit Scholarship: Awarded by Rajshahi Education Board for getting ‘Talentpool Scholarship’ in Junior School Certificate Examination, 2012.
RESEARCH INTEREST:
Material Science, Solar Cell, Density Function Theory.
Research Focus:
Avijit Ghosh is a dedicated researcher with a primary focus on the exploration of novel inorganic halide perovskites and their properties. His research, spanning various publications in reputable journals, delves into the impact of strain, spin-orbit coupling, and biaxial strain on the structural, electronic, and optical characteristics of materials like Sr3AsI3, Sr3NCl3, and Sr3PI3. With a keen interest in enhancing solar cell efficiency, Ghosh has contributed to the field by investigating charge transport layers and novel materials like Sr3SbI3. His work extends to numerical simulations for performance enhancement, demonstrating a comprehensive approach to advancing materials science and renewable energy technologies.
Publications (TOP NOTES)
Investigation strain effects on the electronic, optical, and output performance of the novel inorganic halide perovskite Sr3SbI3 solar cell, Publication date: 2024.
An in-depth analysis of how strain impacts the electronic, optical, and output performance of the Ca3NI3 novel inorganic halide perovskite, Publication date: 2024.
Unraveling the strain-induced and spin–orbit coupling effect of novel inorganic halide perovskites of Ca3AsI3 using DFT, Publication date: 2023.
The optical and electronic properties of inorganic halide perovskite Sr3NCl3Â under applied biaxial strain, Publication date: 2023.
Inorganic novel cubic halide perovskite Sr3AsI3: Strain-activated electronic and optical properties, Publication date: 2023.
Exploring the impact of strain on the electronic and optical properties of inorganic novel cubic perovskite Sr3PI3, Publication date: 2023.
Investigating how the electronic and optical properties of a novel cubic inorganic halide perovskite, Sr 3NI 3 are affected by strain, Publication date: 2023.
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