Rabiul Islam

Responsibilities: • Planning, setup, and execution of chemical compound testing, identification of metallic elements in chemical by ICP. • Analyzing test results and test report writing. • Document test results and report back to management. • Collaboration with production and management team. • Tools used: Gas Chromatography-Mass Spectroscopy (GC MS), wet chemical etching reagents, Inductively Coupled Plasma (ICP AES).

Responsibilities: • RIE and wet etching. • UV Photolithography. • Fabrication of organic electrochemical transistors in the cleanroom. • Implementation and execution of organic device testing. • Electrical characterization (I-V, I-t) using LabView • Numerical analysis by Origin and test report writing. • Tools used: Fluorescence Microscope (Carl Zeiss), Photolithography, Keithley 2604B arbitrary function generator, LabView, Origin.

Responsibilities: • Preparation of SiO2 substrate. • Surface characterization using profilometry and ellipsometry. • Report writing and seminar presentation. • Tools Used: Atomic Layer Deposition, Optical microscopy, Profilometry (Dektak 8).

Responsibilities: • Prepare instruments (XRD) for upcoming experiments. • Ensure the equipment are clean and ready to use. • Document all activities, results and report back to management. • Tools used: X-ray diffractometer, Optical microscope.

Responsibilities: • Develop and deliver lectures to the students. • Organize and evaluation of term papers. • Mentoring of the study project. • Leading and supervising physics lab experiments.

Thesis Title: Fabrication and Electrical Characterization of Organic Neuromorphic Memory Devices Major subjects: • Advanced characterization methods, • Functional Materials, • Thin-Film Technology, • Solid State Physics, • Surface and interface of matter, • Semiconductor interfaces, • Quantum mechanics, • Scanning electron microscopy • advanced research lab.

Thesis Title: Structural Characterization and Defects analysis in Ga2O3 Semiconductor Single Crystals. Major subjects: • Advanced electronics & electronic communication, • Numerical Analysis, • Radiation & health physics, • Advanced solid-state physics, • Materials Science.

Major subjects: • Analog and digital electronics, • Solid-State Physics, • Statistical mechanics, • Object-oriented programming (Java), • Mathematics for Physics, • Quantum mechanics, • Electrodynamics, • Atomic and molecular physics, • Advanced electronics lab.