Website: https://sites.google.com/site/kamruzzamankhan1989/home Kamruzzaman Khan Linkdin Profile: https://www.linkedin.com/in/kamruzzamankhan Graduate Student, University of Toledo
Email: [email protected], [email protected] (419)-329-8539
OBJECTIVE To pursue my graduate studies in the field of nano-electronics and magnetism which can
prepare me for a research based career in academia or national research center.
EDUCATION
(Aug 14-Present)
University of Toledo, Toledo, Ohio. M.Sc. in EECS
Anticipated Graduation Date: Spring, 2016. CGPA: 3.948/4.00.
(June 07-
April 12) Bangladesh University of Engineering and Technology, Bangladesh.
B.Sc. in EEE, April 2012. CGPA: 3.55/4.00. Marks: equiv. to 75.0%
EXPERIENCE
( Fall 14-Present )
( Fall 14-Present )
( Sep 12- Jul 14 )
(Jun 12-Sep 12)
(Feb 11-Feb 14)
Research Assistant, The Electronic Materials laboratory, Nanoelectronic Materials and
Devices Laboratory (NanoLabUT), MicroFabrication Laboratory, University of Toledo.
Graduate Assistant, University of Toledo.
Instrumentation & Control Engineer (Commissioning & Erection Team),
Electricity Generation Company Bangladesh (EGCB).
Lecturer, Dept. of EEE, Mymensingh Engineering College (MEC), Bangladesh.
Undergraduate Researcher, Bangladesh Power Development Board & Bangladesh
University of Engineering & Technology.
GRANTED PATENT S. Shahnawaz Ahmed, Mohammad Zunaidur Rashid, Kamruzzaman Khan, A.N.M.
Wasekul Azad, “A Device for Multi-criteria Load Management in a Power System” (patent
gadget no. 1005480). [Abstract]
ACADEMIC .
HONORS
Full Tuition Scholarship, University of Toledo.
Grant for improving the power system and reliability of Bangladesh by Bangladesh
Power Development Board.
Initiation of a miniature project based on the prototype of my UG thesis.
‘Engineering Scholarship’ from Education Board of Bangladesh.
RESEARCH
INTEREST Opto-electronics | Wide Band gap semiconductor (II-VI) | Nano-materials and Nano-
fabrication | Multiferroics | DMS | TCO | Materials for next generation Photovoltaics
| NVM | MRAM | Spintronics | STTRAM | MTJ | Domain Wall Logic.
PUBLICATIONS Srikanth Itapu, Daniel G. Georgiev and Kamrazzaman Khan, “Effect Of UV Laser
Irradiation On The Properties Of NiO And ZnO/NiO Heterostructures”, Materials
Research Society (MRS) Fall Meeting & Exhibit 2015. [Abstract]
Md. Mobarak Polash, and Kamrazzaman Khan, "Characteristics Analysis of InN-
In0.25Ga0.75N Quantum Well Laser with In0.4Al0.6N Layers for Short Distance
Communication Wavelength", Abstract accepted in 10th IEEE NMDC 2015. [abstract]
Kamruzzaman Khan, Srikanth Itapu, Daniel G. Georgiev "Nickel Oxide MIS
Structures for UV Light Emission", abstract submitted to Materials Research Society
(MRS) Spring Meeting & Exhibit 2016. [abstract]
Srikanth Itapu, Kamruzzaman Khan, Daniel G. Georgiev, “The Influence Of UV Laser
Irradiation On The Semiconducting Nature Of Reactive Sputtered Nickel Oxide Thin
Films”, abstract submitted to MRS Spring Meeting & Exhibit 2016. [abstract] Md. Mobarak Hossain Polash, Kamruzzaman Khan, "Characterization of InN-
In0.25Ga0.75N Quantum Well Laser with In0.4Al0.6N Layers for 1300 nm Band",
abstract submitted to MRS Spring Meeting & Exhibit 2016. [abstract]
Manuscript under preparation: Kamrazzaman Khan, Srikanth Itapu and Daniel G.
Georgiev, "Zinc oxide (ZnO) / Nickel oxide (NiO) based p-n heterojunction based UV
Light Emitting Diodes (LED)"
Manuscript under preparation: Kamrazzaman Khan, Srikanth Itapu and Daniel G.
Georgiev, "Electro-luminescene of Metal-Insulator-Semiconductor (MIS) UV Light
Emitting Diodes (LED) with low operation voltage"
Muktadir Ahmed, Kamruzzaman Khan, Md. Salahuddin Parvez, Md. Mozammel
Hossain, "Scope of Geothermal Potential of Bangladesh: A Review", The 3rd ICGET,
2015, Dhaka, Bangladesh. [abstract]
Muhammad Abdullah Arafat, Anomadarshi Barua, Nabil Mohammad, Kamruzzaman
Khan, Abdullah Ibn Abbas, Ritesh Chaudhary, "Threephase SMS prepaid digital
energy meter", 2012 7th ICECE, Dhaka, Bangladesh. [abstract]
RESEARCH
EXPERIENCES
Solar Blind Ultraviolet Detector: Fabrication & characterization of Solar Blind UV
deterctor by ZnMgO and NiMgO based devices | ZnMgO/NiMgO heterostructure in
solar blind UV applications
Study of NiO & Effect of Laser Irradiation : Fabrication and Characterization of NiO
| Effect of Oxygen content ratio (O2/(O2+Ar)) in NiO films | The properties (e.g
conductivity and mobility) of NiO | Effect of laser irradiation on NiO films & on
NiO/ZnO heterojunction | Change of properties after irradiation.
Light Emitting Diodes: ZnO and NiO based LED devices | ZnO/NiO hetero-junction
based LED | Application of these ZnO/NiO heterostructure in UV application |
MIS diodes: ZnO & NiO based MIS diodes | SiO2/ZnO based MIS diodes | HfO2/ZnO
based MIS diodes | Their application for LED.
Multiferroic Materials: Exploring multiferroic properties in Transition Metal (Mg, Cr
& Cu) doped ZnO | Strain Mediated Multiferroicity | Magnetostrictive and piezoelectric
heterojunction.
Oxide Based Ferromagnetism and Ferroelectric: Transition Metal (Ni) doped ZnO |
Origin of ferromagnetism in Doped and undoped ZnO | Ferroelectricity in ZrO2 and HfO2
Spintronics: Magnetic Tunnel Junction (MTJ) | MTJ with antiferromagnetic layer (e.g.
Ni/MgO/Ni/NiO) and without antiferromagnetic layer (e.g. Ni/MgO/Ni) | Spin Torque
Transfer Random Access Memory | Domain Wall Logic.
GRADUATE
COURSES
Electro-optics | Solid State Devices | Numerical Analysis | Semiconductor I | Compound
Semiconductor | Programmable Logic Controller
UNDERGRADUATE
COURSES
Optoelectronics | Processing and Fabrication Technology | Electrical Properties of Materials |
Electricity and Magnetism, Modern Physics and Mechanics | Waves & Oscillation, Optics and
Thermal Physics | Engineering Electromagnetics | Numerical Technique Laboratory | Control
System | Power Electronics | | Digital Electronics | Electronics I & II
SELECTED
UNDERGRADUATE
& GRADUATE
PROJECTS
Ladder Diagram & HMI by Allen Bradley & Siemens PLC: 16 Bit Adder and
Subtraction | Cash Register | Conveyer Belt for Beer Bottle | Motion Application |
Controlled Flow Meter | The Food Processing Counter System |
Smart Phone Book: insertion sort, delete, update, edit, find and quit options by C++.
A circuit solver Simulation Tool: by MATLAB (with super mesh and supernode)
4 Bit Computer of 16 instructions: using logic gates in PROTEUS.
Automatic Utility Control of a Room: using logic gates in PROTEUS.
Digital 16 channels Logic Analyzer: by MATLAB and microcontroller.
Automatic Water Flow Controller & Filler: by MATLAB & microcontroller
SMS Gateway for sending and receiving auto sms: OZEKI NG and PHP.
SOFTWARE
SKILLS
Programming Languages: C/C++ | 8086 Assembly Language | Verilog| VHDL | Python
| Quartus.
Mathematical Tool: MATLAB.
Simulation & Design Tool: Pspice, Proteus, Autocad, AVR studio, Silvaco-Atlas.
Type Setting Software: Latex.
TECHNICAL
EQUIPMENT SKILLS
RF Sputtering System | Cryogenic Probe Stations from Lakeshore | Semi-probe Probe
station | Keithly Instrument | Hall-effect Measurement System | Spin Coater | Mask
Aligner | Four Point Probe measurement | XRD | SEM | EDX | Raman Scattering
Experiment | Van der Pauw Method | High Energy Q-switched Nd:YAG laser system.
SYNERGIC
ACTIVITIES
IEEE young professional, University of Toledo.
Member, Student Disability Services, University of Toledo.
Member, BADHAN, a voluntary blood donor’s organization, BUET
Member, Engineer Without Borders(EWB), University of Toledo Chapter.
REFERENCES Available upon request