Electrical and Electronics Engineering

Borhan Uddin Bhuiyan (Rakib)
Lecturer
Department: Electrical and Electronics Engineering
Faculty: Science & Engineering
Contact: 01955529776
Academic Qualification
SSC Certification
Passing Year:
2016
Group:
Science
School:
Feni Government Pilot High School, Feni
HSC Certification
Passing Year:
2018
Group:
Science
College:
Government Science College, Dhaka
Honours Certification
Passing Year:
2023
Group:
EEE
University:
Jashore University of Science and Technology, JUST
Masters Certification
Passing Year:
Group:
University:
Training Experience
Professional Training
  • Training Institute for Chemical Industries (TICI) (Polash, Narsingdi, Bangladesh)
Industrial Training  (1st July 2023-21st July 2023) 
Training Outline: Electrical and Electronic Department (43 hours); Instrumentation and Control Engineering Department (28 hours); Mechanical Engineering Department (06 hours); Operation and Process Technology(02 hours); Industrial Safety and Health Department (04 hours); General (02 hours)
 
  •  Energy Research Lab & Cyber-Physical System Lab (Dept. EEE, JUST, Jashore, Bangladesh)
Graduate Research Assistant, (January 2024 to present)
 
 
Industrial Visit
  • Ghorasal 950 MW Combine Power Plant (Narsingdi, Bangladesh)

Visit Gas-based CCPG, Visited Units 1 to 7(July 17, 2023)

  • West Zone Power Distribution Company (Jashore, Khulna)                                                                 
Visit 33/11 KV distribution substation (September 24, 2022)

 

 

 

 

 

 

 

 

 

 


For more details, please visit my website, BORHAN UDDIN BHUIYAN 

Teaching Area

Taught Courses

 

EEE 421: VLSI (Running, Fall 2025, Also taken Spring 2025)

EEE 422: VLSI Lab (Running, Fall 2025, Also taken Spring 2025)

EEE 314: Microprocessor and Interfacing (Running, Fall 2025, Also taken Summer 25, Spring 2025, Fall 2024 & Summer 2024)

EEE 315: Microprocessor and Interfacing Laboratory  (Running, Fall 2025, Also taken Summer 25, Spring 2025, Fall 2024 & Summer 2024)

EEE 3207: Digital Signal Processing I (Running, Fall 2025)

EEE 3208: Digital Signal Processing I Sessional (Running, Fall 2025)

EEE 305: Continuous Signals and Linear Systems (Summer 2025, Spring 2025)

EEE 201: Electronics I (Fall 2024)

EEE 304: Electronic Properties of Materials  (Summer 2024)

EEE 2102: Electronics I Sessional (Summer 2024)

EEE 307: Digital Electronics Laboratory (Spring 2025)

EEE 212: Numerical Technique Laboratory (Fall 2024, Summer 2024)

EEE 205: Energy Conversion Laboratory(Spring 2025, Fall 2024 )

 

 

Thesis Supervision

 

I am currently mentoring and supervising two thesis groups working on projects that align with my interests in AI/ML, VLSI & FPGA design, IoT, Embedded Systems, CV, and Electronics. Under my guidance, the groups are developing innovative solutions that combine hardware-efficient neural network design and real-time computer vision applications, with a focus on practical deployment in edge computing environments. These efforts aim to bridge the gap between advanced research and real-world applications, fostering technical skills and research experience among the students.
 
 

 

Group 1
FPGA-Based Convolutional Neural Network Accelerator for Bangla Handwritten Digit Recognition
This thesis will focus on designing an FPGA-based accelerator for recognizing Bangla handwritten digits using Convolutional Neural Networks (CNNs). A lightweight CNN architecture, inspired by LeNet, will be trained and quantized to 8-bit precision for efficient hardware deployment. The proposed design will take advantage of FPGA parallelism by utilizing pipelined multiply–accumulate units and optimized memory mapping to achieve low latency and reduced resource usage.
 

Group Members:

 

 

Group 2
YOLOv11-Based Computer Vision Framework for Local Trash Object Categorization in Urban Dhaka Using a Custom Dataset
This thesis will focus on developing a computer vision-based system using Raspberry Pi with Camera module for categorizing local trash objects in urban Dhaka using a custom dataset and the YOLOv11 object detection framework. A tailored dataset of common waste categories, such as plastic bottles, polythene bags, food waste, paper, and textile scraps, will be collected and annotated to train the model. The trained YOLOv11 network will be optimized for real-time inference and deployed on low-cost edge hardware platforms, such as Raspberry Pi or NVIDIA Jetson Nano, to enable efficient on-site trash detection. The proposed design will aim to achieve robust classification performance in diverse environmental conditions while ensuring scalability for smart waste management applications in overpopulated cities.
 
Group Members:

 

 

 

 



For more details, please visit my website, BORHAN UDDIN BHUIYAN 

Publication

• B. U. Bhuiyan (1st Author), Md. M. Karim, and I. Khan “IoT-based Three-phase Smart Meter: Application for Power Quality Monitoring” 6th IEEE International Conference on Electrical Information and Communication Technology (EICT), 07~09 December 2023, doi: 10.1109/eict61409.2023.10427710

• B. U. Bhuiyan (1st Author), and I. Khan, “Household Energy Consumption Clustering Using ‘k-means’ Algorithm: A Bangladesh Case Study.” 2024 IEEE International Conference on Power, Electrical, Electronics, and Industrial Applications (PEEIACON), 12~13 September 2024, Rajshahi, Bangladesh. doi: 10.1109/PEEIACON63629.2024.10800004

 

 

 

 

 

 





For more details, please visit my website, BORHAN UDDIN BHUIYAN 

.
Research

RESEARCH INTEREST

  • Internet of Things (IoT)
  • Embedded System
  • CMOS VLSI Design
  • FPGA Design
  • Digital IC Design
  • Machine Learning

 

 

THESIS

Machine Learning Approach for Clustering and Forecasting Residential Load Patterns Using Smart Meter Data


 

 

 

 

 

 



For more details, please visit my website, BORHAN UDDIN BHUIYAN 

Awards & Scholarship

1. Awarded for outstanding performance and securing second position during a 21-days long industrial training at TICI, Narshingdi, Bangladesh.

2. Awarded the best project in the course "Project Design and Seminar (EEE-3200)"

3. Received a Grameen Bank scholarship for excellent performance in the SSC Examination

 

 

 

 

 

 

 



For more details, please visit my website, BORHAN UDDIN BHUIYAN  

Membership

For more details, please visit my website, BORHAN UDDIN BHUIYAN 

Employement