Resume
About
My primary research interest is to study, characterize and to detect/remove artifacts from different neural recordings (i.e. both invasive and non-invasive ones). I am also interested in other biomedical signal processing, such as neural spike detection and sorting, noise removal from ECG or PCG signals.
Currently I am working on artifact detection and removal from scalp EEG for different BCI (Brain-Computer Interface) applications including ERP (Event Related Potential) studies.
Professional SkillsDigital Signal Processing
Electrical Engineering
MATLAB Simulation
Electrical & Electronics Engineering
Signal Processing
Algorithms
Analysis
MATLAB
Biomedical Signal Processing
Brain
Research ExperienceProfessor (Associate)
Independent University, Bangladesh
February 2020 - Present
Professor (Associate)
Independent University, Bangladesh
February 2020 - Present
Professor (Assistant)
Independent University, Bangladesh
June 2016 - Present
Professor (Assistant)
Independent University, Bangladesh
June 2016 - Present
Junior Lecturer
Independent University, Bangladesh
January 2016 - Present
Junior Lecturer
Independent University, Bangladesh
January 2016 - Present
Graduate Research Assistant
National University of Singapore
August 2012 - Present
Literature Review
Graduate Research Assistant
National University of Singapore
August 2012 - Present
Literature Review
Graduate Assistant (Teaching)
National University of Singapore
August 2011 - Present
Lab demonstration to undergrad students
Graduate Assistant (Teaching)
National University of Singapore
August 2011 - Present
Lab demonstration to undergrad students
Research Scholar
National University of Singapore
January 2011 - Present
Research Scholar
National University of Singapore
January 2011 - Present
Junior Lecturer
Independent University, Bangladesh
August 2009 - Present
Junior Lecturer
Independent University, Bangladesh
August 2009 - Present
Lecturer
Stamford University Bangladesh
January 2009 - Present
Lecturer
Stamford University Bangladesh
January 2009 - Present
Lecturer
International Islamic University Chittagong
November 2008 - Present
Lecturer
International Islamic University Chittagong
November 2008 - Present
Work ExperienceAssociate Professor
Independent University, Bangladesh
February 2020 - Present
Dhaka, Bangladesh
https://www.eee.iub.edu.bd/faculty_members.php
Mentor of Publons Academy
Publons
April 2018 - Present
Online
PhD Research Scholar
National University of Singapore
January 2011 - July 2015
Signal Processing & VLSI Lab, Dept. of ECE, NUS, S
Research Topic: Neural Signal Processing
Graduate Teaching Assistant
National University of Singapore
August 2011 - May 2014
Digital Lab, Dept. of Electrical and Computer Engi
Conducting Lab of Undergraduate Students for 3 Modules/Courses:
1) EE4214: Real-time Embedded Systems Labs
2) EE4218: Embedded Hardware Systems Design Lab
3) EE2020: Digital Fundamentals
Also conducted A Graduate Level Course as TA for EE5507: Analog IC design
1) EE4214: Real-time Embedded Systems Labs
2) EE4218: Embedded Hardware Systems Design Lab
3) EE2020: Digital Fundamentals
Also conducted A Graduate Level Course as TA for EE5507: Analog IC design
Graduate Student Researcher
National University of Singapore
August 2012 - December 2012
To do literature survey on the followings and helping my supervisor to write grant applications.
1) Understanding the mechanism of local field potential for in-vivo neural signals
2) tDCS based Stroke rehabilitation
3) Optical stimulation of brain and in-vivo neural imaging using genetic marker
4) Non-invasive blood glucose monitoring
5) Memristors and their potential applications in biomedical and healthcare engineering
1) Understanding the mechanism of local field potential for in-vivo neural signals
2) tDCS based Stroke rehabilitation
3) Optical stimulation of brain and in-vivo neural imaging using genetic marker
4) Non-invasive blood glucose monitoring
5) Memristors and their potential applications in biomedical and healthcare engineering
Junior Lecturer
Independent University, Bangladesh
August 2009 - December 2010
Bashundhara, Dhaka
School of Engineering & Computer Science
Lecturer & Executive
Stamford University Bangladesh
January 2009 - May 2009
Siddheswari, Dhaka
Conducting Theory Classes and consultation to students
Lecturer
International Islamic University Chittagong
November 2008 - January 2009
College Road, Chittagong
Conducting Theory & Lab Classes for Undergraduate students in the Dept. of Electrical & Electronic Engineering
Education
National University of Singapore
2011 - 2015
Neural Signal Processing
National University of Singapore
2011 - 2015
Neural Signal Processing
National University of Singapore
2011 - 2015
Doctor of Philosophy (Ph.D.)
, Electrical and Computer Engineering
My Research Topic- Neural Signal Processing;
Thesis Title: "Artifact Characterization, Detection and Removal from Neural Signals"
Thesis Title: "Artifact Characterization, Detection and Removal from Neural Signals"
Islamic University of Technology (IUT), Dhaka
2004 - 2008
Electrical & Electronic Engineering
Islamic University of Technology (IUT), Dhaka
2004 - 2008
Electrical & Electronic Engineering
Islamic University of Technology
2004 - 2008
B.Sc. Eng.
, Electrical & Electronic Engineering
Notre Dame College
2002 - 2004
Higher Secondary
, Science
Science Club Member
Barisal Zilla School
2000 - 2002
Secondary School Certificate
, Science
Class Representative
Membership
Senior Member
Dec 2018
IEEE
Certifications
Top Reviewer for Multidisciplinary
Issued on Sep 2017
Publons
Outstanding Reviewer
Issued on Dec 2017
Elsevier (Artificial Intelligence in Medicine)
Outstanding Reviewer
Issued on Jul 2016
Elsevier (Biomedical Signal Processing and Control)
Publons Verified Reviewer
Issued on Jan 2015
Publons
Industrial Tour and Training
Issued on Dec 2007
BANGLADESH POWER DEVELOPMENT BOARD (Ghorashal Power Station)
Industrial Tour and Training
Issued on Nov 2007
Bangladesh Power Development Board (BPDB) (Kaliganj 33/11 KV Sub-station)
Industrial Tour and Training
Issued on Nov 2007
Bangladesh Telecommunications Company Limited (BTCL)
Industrial Tour and Training
Issued on Nov 2007
Bangladesh Power Development Board (BPDB), Central Equipment Repairing Shop (CERS), Tongi
Industrial Tour and Training
Issued on Nov 2007
Dhaka Electric Supply Company Ltd. (DESCO), SCAD
CITI Certificate: Social & Behavioral Research - Stage 1
Jul 2022
Collaborative Institutional Training Initiative
Short Course on Programmable Logic Controller (PLC)
Aug 2010
Bangladesh Industrial Technical Assistance Centre (BITAC)
Short Course on "Solar Photovoltaic (PV) Energy Technology"
Nov 2010
University of Dhaka (Institute of Energy)
Short Course on Telecommunication Systems: GSM and CDMA technology
May 2009
CSL Training
Short Course on Micro-controller based Embedded System Design
Dec 2006
Pi Labs Bangladesh Ltd.
CITI Certification: Basic Social Behavioral Research
2019
Collaborative Institutional Training Initiative
Reviewer Recognition
Elsevier
Verified Peer Reviewer
Publons
Prizes and Awards
Best Researcher Award
VDGOOD Professional Association, India
|
Sep 2020
Awarded as "Best Researcher" In the 10th International Scientist Awards on Engineering, Science and Medicine, held on 26 & 27-Sep-2020, Hyderabad, India, Organized by VDGOOD Professional Association.
Best Researcher Award
VDGOOD Professional Association, India
|
Sep 2020
International Scientist Awards on Engineering, Science and Medicine,
26 & 27-Sep-2020 | Hyderabad, India
26 & 27-Sep-2020 | Hyderabad, India
Outstanding Paper Award (‘Computing’ category)
International Conference on Emerging Technology in Computing, Communication and Electronics (ETCCE 2020)
|
Dec 2020
Outstanding Student Branch Counselor (IEEE IUB SB)
IEEE Bangladesh Section
|
Dec 2020
Publication Excellence (All Three categories: Journal, Conference and Book Chapter)
Independent University, Bangladesh
|
Dec 2020
Employee Recognition Award, 2020
Young Scientist Award
ScienceFather (a trademark of Scifax Company)
|
Dec 2020
International Research Awards on New Science Inventions, NESIN 2020 Awards, India
Award
Jan 2020
Best Presentation at ICDPR in Singapore
Senior Member, IEEE
IEEE
|
Jan 2019
Award
Dec 2018
Best Presentation at ICCIT in Dhaka, Bangladesh
Best Presentation Award
ICCIT 2018 at UIU
|
Dec 2018
Received best paper presentation award in Signal & Image Processing track during the 21st International Conference on Computer and Information Technology (ICCIT 2018), on 23rd Dec, 2018 held at UIU, Dhaka, Bangladesh.
Top Reviewer in Multidisciplinary
Publons
|
Sep 2017
Top Reviewer for Multidisciplinary
Publons
|
Sep 2017
Among Top 1% Reviewers for Multidisciplinary Area in Sep, 2017 for Reviewing Journal Articles and Conference Papers between Oct 2016 and Sep 2017
Scholarship
Jan 2011
NUS Research Scholarship for 4 years
NUS Research Scholarship
National University of Singapore
|
Jan 2011
4-years full-funded research scholarship for pursuing PhD from NUS by Ministry of Education (MoE), Singapore (Tuition fees + monthly stipend)
From 10-01-2011 up to 09-01-2015.
From 10-01-2011 up to 09-01-2015.
Scholarship
Jan 2005
OIC Scholarship for 3 years
Dhaka Board Scholarship
Dhaka Education Board
|
Aug 2004
Awarded Dhaka Board Scholarship for excellent Higher Secondary Certificate Exam (H.S.C) result in 2004.
OIC Scholarship
Organization of the Islamic Conference (OIC)
|
Dec 2004
Awarded OIC full free scholarship for 3 years during undergrad study in Islamic University of Technology (IUT).
From Dec, 2004 up to Dec, 2007.
From Dec, 2004 up to Dec, 2007.
Scholarship
Oct 2004
Dhaka Education Board Scholarship
Barisal Board Scholarship
Barisal Education Board
|
Jun 2002
Awarded Barisal Board Scholarship for excellent Secondary School Certificate Exam (S.S.C) result in 2002.
Junior Talentpool Scholarship
Barisal Education Board, Bangladesh
|
2000
For excellent result during promoting to class-9 from class-8
Project
Embedded programmable blood pressure monitoring system
January 2008
-
October 2008
A new, comparatively efficient algorithm has been developed for monitoring human blood pressure in a micro-controller based compact embedded device. The motivation was to develop an user friendly device to minimize the workload at medical facility centers. The algorithm was coded in platform C/C+ which was further debugged for AtMega 8 series micro-controller. A precision buffer amplifier and variable AC/DC converter has been designed together with the micro-controller system & implemented the circuits in PCBs.
A Minimally Invasive Implant for Diagnosis and Treatment in Refractory Epilepsy
August 2014
We build an implantable device that can detect and predict epilepsy on-the-fly.
There is a growing demand for chronic, wireless neurosensor interface with on-the-fly processing capabilities. Such neurosensor interface is designed with low-power, low-noise operation, thus meeting the urgent clinical needs of providing long-term, neurological health monitoring for patients suffering from conditions such as epilepsy, Alzheimer's disease, and sleep apnea. In collaboration with Boston research groups, we have a wireless recorder designed and validated through bench-top experiments, animal experiments, and scalp EEG recordings.
What we have achieved is an implantable chip capable of recording both regular EEG and high-frequency oscillations, with the following specifications:
Adjustable bandwidth between 0.1-100Hz and 0.1-800Hz
Low input referred noise at 0.46µV for 0.1-100Hz and 0.98µV for 0.1-800Hz
High precision data acquisition up to 15 bits
Low power consumption under 35µA per channel
Wireless power link to deliver 1-10mW power
LSK data link with 1Mb/s data rate
Customized wireless transceiver board that can relay EEG data over 10 meters.
There is a growing demand for chronic, wireless neurosensor interface with on-the-fly processing capabilities. Such neurosensor interface is designed with low-power, low-noise operation, thus meeting the urgent clinical needs of providing long-term, neurological health monitoring for patients suffering from conditions such as epilepsy, Alzheimer's disease, and sleep apnea. In collaboration with Boston research groups, we have a wireless recorder designed and validated through bench-top experiments, animal experiments, and scalp EEG recordings.
What we have achieved is an implantable chip capable of recording both regular EEG and high-frequency oscillations, with the following specifications:
Adjustable bandwidth between 0.1-100Hz and 0.1-800Hz
Low input referred noise at 0.46µV for 0.1-100Hz and 0.98µV for 0.1-800Hz
High precision data acquisition up to 15 bits
Low power consumption under 35µA per channel
Wireless power link to deliver 1-10mW power
LSK data link with 1Mb/s data rate
Customized wireless transceiver board that can relay EEG data over 10 meters.
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