About
Lamiya is an graduate student pursuing her studies in Electrical and Electronic Engineering at University of Dhaka. She exhibits immense interest and dedication in delving into the field. Her research interests revolve around Nanotechnology, Environmental Engineering, Machine Learning, etc. She has already worked on developing fast and cheap alternatives to existing Micro-plastic Detection Techniques. She is currently working on the use of Nanomaterial-based Extraction Methods alongside Microwave Sensing for Effective Micro-plastic Pollution Detection using Fluorescence Microscopy under the supervision of Dr. Ahsan Habib. In addition, she has been serving as the Chair of the IEEE Photonics Society Student Branch Chapter at the University of Dhaka since April 2026.
Skills
1. Programming (C++, Python)
2. 2D CAD Drawing (Autocad)
3. VLSI Designing (Cadence Virtuoso)
4. Pspice
4. MATLAB
5. Machine Learning
6. Origin
7. Nanotechnology
8. FESEM
Projects
AI-Powered Magnetic Microplastic Remediation
Combining Nanomaterials, AI & Microscopy for Sustainable Pollution Solutions
Honors and Awards
1. Awarded Second Runner-Up in the Digital Display category at the BEAR Summit and Bangladesh National Semiconductor Symposium 2025, based on public voting.
Volunteer Experience
1. Chair – IEEE Photonics Society SBC DU
Year: April 2026 – Present
2. Head Director – Silicon River Student Branch
Year: September 2026 – Present
3. BEAR Patron – Bangladesh National Semiconductor Symposium & BEAR Summit
Year: August 2025 – Present
4. Vice Chair – IEEE Photonics Society SBC DU
Year: April 2025 – April 2026
5. Assistant Programme Coordinator – IEEE Photonics Society SBC DU
Year: March 2024 – April 2025
Recent publications
Deep-learning enabled rapid and low-cost detection of microplastics in consumer products following on-site extraction and image processing
Microplastic (MP) contamination has become a major concern in recent times, posing a significant threat to the environment and human health. Existing techniques for MP detection require access to expensive and specialized…
Research
AI-Powered Magnetic Microplastics Remediation Combining Nano-materials, AI & Microscopy for Sustainable Pollution Solutions
The increasing accumulation of Microplastics in the environment has created an urgent need for efficient and scalable removal technologies. While conventional methods such as Density Separation and Oil-based Extraction are effective for…