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Notable Project Contributions
A) IoT and Machine Learning-Based Water Quality and Quantity Monitoring System for Domestic and Industrial Application (Effluent Treatment Plant)
Funding Agency: ICT Ministry, Project Status: Completed
Developed a water quality, quantity monitoring system for both household and industry applications.
Includes a live dashboard for monitoring water quality and quantity.
Developed a billing system for households and industries.
Domestic dashboard can be accessed using the following link, https://wqqms.netlify.app/data.html
Industry dashboard can be accessed using the following link: https://wqqmsindustry.netlify.app/data.html
Finalist of “Water Innovation Challenge Competition by Bangladesh 2030 Water Resources Group”, (Funded by A2i+ICT Ministry+Word Bank)
Deliverable: Prototype development, 3 Undergrad and 1 Masters thesis, 2 Q1 journal published.
B) IoT-Based Automated Emergency System for Car Devices and Home Safety
Funding Agency: ICT Ministry, Project Status:Completed
Developed an IoT and ML based system that reduces casualties in emergency situations.Developed dashboard can be accessed using the following link:https://ehet.netlify.app/
Deliverable: Prototype development, 2 Undergrad thesis, 2 Q1 journal and 1 conference published.
C) Pregnant Women and Child Health Monitoring and Vaccination System
Funding Agency: ICT Ministry, Project Status: Completed
Developed an IoT based system that is capable of monitoring the health status of pregnant women and children.
Provides vaccination reminders for children.
Deliverable: Prototype development, 1 Undergrad thesis, and 1 conference published.
D) AI and Robotics-Based Solutions for Agricultural Farm Monitoring
Developed systems including AI, drones, rovers, and conveyor belts for:
Farm monitoring
Disease detection
Harvesting and spraying
Deliverable: Prototype development, 4 Undergrad thesis, 2 Q1 journal and 1 conference published.
E) UV-C Disinfection Chamber for N95 Mask Recycling
Funding Agency: OPTICA. USA, and Brac University, Project Status:Completed
Designed to disinfect N95 masks, addressing supply shortages during the COVID-19 pandemic.
Collaborated with Stanford University for technical support.
Deliverable: Prototype development, 1 Undergrad and 1 Masters thesis, 1 Q1 journal published.
F) AI-Based Disinfection Robot for Educational Institutions
Funding Agency: ICT Ministry, Project Status: Completed
Designed AI based systems that can eliminate coronavirus in classrooms and surfaces.
Monitors the health status of students and notifies hospitals or emergency contacts during emergencies.
Deliverable: Prototype development, 1 Undergrad thesis.
UVC Based Disinfection Chamber for Masks and Respirators for Hospitals/Industry
AI-Based Health, Home and Vehicle Management Portal
Ongoing projects
Ongoing projects
Inverse Design in Photonics/Nanobiophotonics
ML/Deep Learning in NP/Cell Segmentation/Disease detection/Drug Delivery
Plasmonics/2D Material/Metamaterial/Metasurface: Fundamental and Applications
Quantum Dot/Intermediate Band Solar cell
Optical Logic Gate for Optical & Quantum Computing and Photonic Circuits
NetZero, Algae based CO2 mitigation, EV Charging, Renewable Energy, and digital twin
E -Waste Management/Micro Plastic
Robotics/AI/IoT in smart city/smart health/smart water/precision agriculture/smart energy.
Spintronics: Quantum computing, device, sensing and storage.
RA Opening: We are actively searching for highly motivated RA, if you have relevant expertise please knock us.
Collaboration: We are open for collaboration specially for experimental purposes and industry collaboration and consultancy are also welcome.
For any kind of enquiry email:asm.mohsin@bracu.ac.bd
RESEARCH SUPERVISION (MSc: 7, BSc: 32+ group)
RESEARCH SUPERVISION (MSc: 7, BSc: 32+ group)
Supervised Master’s and Undergraduate Project/Thesis at Brac University, Bangladesh (2019-till now):
MSc Thesis/Project Supervision: Nishat Tasnim, ID: 20161001, Study and simulation of refractive index (RI) based biosensor for biological application (MSc Supervision-Spring 2025, expected)
MEng Thesis/Project Supervision: Ms. Nazia Homaira Preety , ID. 24371002, Title: Broadband, Polarization Insensitive, and Tunable THz Metamaterial Perfect Absorber using Graphene and Phase Change Material (Fall 2024).
MEng Thesis/Project Supervision: Lubaba Bintey Akcher, ID-20271001, Title: Study and simulation of SPR based biosensor to determine Blood hemoglobin concentration and mosquito-borne diseases detection (MEng Supervision-Fall 2024)
MEng Thesis/Project Supervision: Nusrat Islam ID-20371001 Title: Active terahertz metamaterial devices (MEng Supervision-Spring 2025, expected).
MSc Thesis/Project CO-Supervision: Atib Mohammad Oni, ID: 22261009, Modeling and analysis of multi-junction solar cells to improve the conversion efficiency of photovoltaic systems (MSc Supervision-Spring 2025, expected)
MSc Thesis/Project Supervision: Ahmed Mahad Mohamed, ID: 21371010, Water quality and quantity monitoring using IoT and ML (MSc Supervision-Summer 2022).
MEng Thesis/Project Supervision: Fahmida Ahmed ID: 14371001, Title: Performance analysis of optical and RF antenna using FDTD simulation (MEng Supervision-Spring 2021)
Delivered 10+ projects of around 8 million BDT from different sources such as industry, govt and academia from home and abroad.
As a leader, Contributed in developing a proposal for BracU around 10 million USD funding supported by ADB-MOF, and secured around 5 million USD funding!
SUPERVISED CAPSTONE/DESIGN PROJECT(17+)/THESIS:13+ (Undergraduate)
SUPERVISED CAPSTONE/DESIGN PROJECT(17+)/THESIS:13+ (Undergraduate)
Project/Thesis : Brac University (2019-2022) (13 group)
Characterizing the optical properties of nanomaterial and applying them to develop a tool for wastewater treatment (BSc. Thesis defense Fall 2019), http://dspace.bracu.ac.bd/xmlui/handle/10361/13736
Plasmon enhanced light trapping to improve the conversion efficiency of thin film solar cells (BSc. Thesis defense Spring 2020).
Design and Development of IoT Based Comprehensive System for Emergency Assistance (BSc. Thesis defense Spring 2020). http://dspace.bracu.ac.bd/xmlui/handle/10361/14364
Designing a Fast-Charging System for Lithium-Ion Batteries Based on Double Pulse Method Using Optimized Regulation of Frequency and Duty Cycle (BSc. Thesis defense Spring 2020).
Graphene-based surface plasmon polariton for plasmonic waveguide and devices. (BSc Thesis- Supervision, Summer 2020)
Design of tandem solar cells of enhanced efficiency using FDTD simulation (BSc Thesis- Supervision, Fall 2020).
Water quality monitoring using machine learning and Internet of things (IoT) (BSc Thesis- Supervision, Fall 2020)
Image Segmentation for X-Ray and Histopathology Images Using UNet/ UNet++ Based Deep Learning Architecture (BSc Thesis Supervision-Spring 2021)
Deep learning in Malaria and Covid19 detection (BSc Thesis Supervision-Fall 2021)
IoT Based Health Monitoring System for Pregnant Women and Children (BSc Thesis Supervision-Summer 2021)
Power generation and load forecasting of Bangladesh using machine learning (BSc Thesis Supervision-Summer 2021)
Machine learning based analysis and prediction of crop yield and prices of Aman, Aus and Boro rice (BSc Thesis Supervision-Summer 2021)
FYDP Brac University (2021-cont.) (21 groups):
Automated Entry System with Health Protocol Implementation during Covid-19 Pandemic (FYDP Supervision—Fall 2021).
IoT Based COVID-19 Assistance Robot (FYDP Supervision—Spring 2022).
Smart water quality monitoring and purification system development (FYDP Supervision—Summer 2022).
Smart Agricultural System for Crop Monitoring and Soil Analysis (FYDP Supervision—Summer 2022).
IoT based microorganism detection and filtration system to inactive microorganisms (FYDP Supervision—Fall 2022).
Smart agriculture management system for rice disease detection and fertilizer (FYDP Supervision-Fall 2022).
Design and development of disinfecting robots for academic institutes (FYDP Supervision—Fall 2022).
Smart Water quality monitoring and purification system development (FYDP supervision—fall 2022).
Load Sharing Between Hybrid Sources for Household Applications (FYDP Supervision—Spring 2023).
Design of Charge Controller for Solar PV Systems (FYDP Supervision—Spring 2023).
Design and implementation of farm monitoring and spraying systems (FYDP Supervision—Summer 2023).
Design of a smart photovoltaic Greenhouse with plant growth-based Monitoring System (FYDP supervision—summer 2023).
Remote monitoring and detection of water contamination in Effluent Treatment Plants. (FYDP Supervision—Summer 2023).
Unmanned systems for rapid disaster response and resilience enhancement (FYDP Supervision—Spring 2024)
Unmanned system for fetching and shelving drugs in pharmaceutical facilities (FYDP Supervision—Summer 2024)
Design and Implementation of a Fast Charge Controller System for an Electric Vehicle (FYDP Supervision—Summer 2024)
Renewable synergy: advancing towards carbon neutrality (FYDP Supervision—Fall 2024)
Efficient carbon dioxide mitigation strategies for indoor spaces (FYDP Supervision—Spring 2025)
Design of a Smart Cleaning System for Efficient and Sustainable Solar Panel Maintenance (FYDP Supervision—Summer 2025 (scheduled))
Harnessing Nanotechnology to Fight Antibiotic-Resistant Bacteria (FYDP Supervision—Fall 2025 (scheduled))
Design and implementation of an EV charging station: A sustainable solution for BRAC University (FYDP Supervision—Fall 2025 (scheduled))
Swinburne (2011-2018):
Design and implementation of a stepper motor using FPGA development board
Design and implementation of Stepper Motor Using FPGA development board
Stepper Motor Controller Design using microcontroller
Design, control and interfacing of Servo Motor using kinetics design software and Microprocessor development board (FRDM-K20D50M) using VHDL.
Real time watch using microcontroller.
Computer-Based Analysis of Electric Stress using Elec-Net Software.
Cyber Physical Security system and collaborative robot using Umbrello, EasyVeep and Festo Syslink software.
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