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Currently studying - Smart Systems Integrated Solutions (SSIs)Ā Ā Erasmus Mundus Joint Master Degree program funded by European Union.Ā
2021-present
Industrial Master's Thesis
Started a position as industrial master thesis student at nanoCaps with academic supervision by University of SouthāEastern Norway. This position is in addition to the R&D Trainee.
My thesis topic: SMD Supercapacitor of high-energy and high-power density. This industrial thesis is comprised of:
My thesis topic: SMD Supercapacitor of high-energy and high-power density. This industrial thesis is comprised of:
- Packaging of SMD supercapacitor of high-energy and high-power density
- Electrochemical characterisation of diļ¬erent types of battery cells, analysing parameters e.g CV, EIS, ESR, aereal/volumetric capacitance
- Assembly and preparation of carbon nanotubes (CNT) electrode coin cells using glove box
- Charactersation of CNT materials through TE SEM, FE SEM, AFM, Raman spectroscopy
- Synthesis of high density and inter-cross linked CNT electrodes by APCVD process in small and big CVD reactor
- Analysing, reporting and logging the data with BioLogic EC LAB, Matlab, OriginPro
Skills: Nanoparticles Ā· SMD Ā· Battery Testing Ā· Chemical Vapor Deposition (CVD) Ā· Carbon Nanotubes Ā· Materials Characterization Ā· Supercapacitors
- Master of Science (Technology)- Aalto University, Finland
- Master of Science ā Micro and Nano System Technology- University of South-Eastern Norway (USN) , Norway
- Master of Science in Electrical Engineering- The Budapest University of Technology and Economics (BME), Hungary
- SSIs is a two-year (120 ECTS) Joint Master Programme, with full student mobility between the three partner institutions with leading expertise in the academic fields of Smart Systems and Microsystems Technology. The curriculum is designed to provide a general understanding of smart systems integration (esp. MEMS) with a strong emphasis on design practice.Ā
2015-2019
- Bachelor of Science in Electrical and Electronic Engineering- Independent University, Bangladesh
- Earned 141 Credits. (North American Credit Hours System)
- Undergraduate Thesis Title: The Use of Plasmonic Nanostructures on Different Types of Thin-Film Solar Cells for Enhancing Their Opto-electronic Performance- a Comparative Study
- Recipient of Cum Laude.
2012-2014
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International Advanced Level (A Level), Pearson Qualifications-
Salvation International School & College - Subjects: Mathematics, Physics & Chemistry
2011-2012
- International General Certificate of Secondary Education (O Levels)- Salvation International School & CollegeĀ
- Subjects: Mathematics, English, Bengali, Physics, Chemistry, Pure Mathematics, Biology, Human Biology & Accounting
