Saif
Mohammed
I am a Research Assistant (RA) at North South University and the Chief Technical Officer (CTO) at Run Bangladesh, a running event startup based in Dhaka, Bangladesh. Additionally, I serve as the Coordinator and Academic Mentor of the Research and Development (R&D) Group, and as the Moderator of the Web Group at the NSU ACM Student Chapter. My research interests include Computer Vision, Natural Language Processing, and Deep Learning.
Exprience
Research Assistant
April 2026 - Present
North South University
Baridhara, Dhaka - 1229
Selected for a funded research project under the supervision of Dr. M. Rashedur Rahman. Conducting research on image decolorization and its applications in computer vision. Exploring downstream vision tasks such as segmentation using grayscale representations.
Chief Technical Officer
October 2019 - Present
Run Bangladesh
Rampura, Dhaka - 1219
Leading technical strategy and overseeing development of a Laravel-based platform using PHP. Developing scalable web applications for event management, registration, and engagement. Implementing timing solutions for running events with accurate tracking and real-time results.
Coordinator, Research and Development Group
March 2025 - Present
NSU ACM Student Chapter, North South University
Baridhara, Dhaka - 1229
Led early-stage event planning through visualization-driven prototyping. Facilitated the successful execution of mentorship programs and R&D workshop series.
Academic Mentor, Research and Development Group
March 2025 - Present
NSU ACM Student Chapter, North South University
Baridhara, Dhaka - 1229
Conducted academic sessions on core CS courses including DSA, COA, and DBMS. Delivered sessions on efficient programming practices using C++ and Python.
Moderator, Web Group and Research & Development Group
March 2025 - 2026
NSU ACM Student Chapter, North South University
Baridhara, Dhaka - 1229
Maintained and updated the official club website using Next.js. Coordinated design and development for Technovation 3.0 using React and TypeScript.
Education
Bachelor of Science in Computer Science & Engineering
October 2021 - Present
Department of Electrical & Computer Engineering, North South University
Baridhara, Dhaka - 1229
Higher Secondary Certificate
July 2018 - December 2020
Dhaka College
New Market, Dhaka - 1205
Secondary School Certificate
January 2008 - March 2018
Ideal School and College
Motijheel, Dhaka - 1000
Selected Research Projects
My research lies at the intersection of Artificial Intelligence and the Internet of Things. I specialize in Deep Learning, with a specific focus on Computer Vision, Natural Language Processing, and Generative AI. Key reports are highlighted below.
// Multi-Agent LLM · Machine Learning
CareerMAS: A Multi-Agent LLM Framework for Career Guidance and Job Placement in Bangladesh
University Project / Machine Learning, 2025
A multi-agent framework integrating web-scraped data and ML-based salary prediction to provide personalized career recommendations. Using fine-tuned LLMs, it converts unstructured job listings into actionable insights to align job seekers with market demands in Bangladesh.
// LLM · RAG Chatbot · ML Risk Prediction
DiabetIQ: An Intelligent Diabetes Management Application with an Integrated LLM-Augmented Chatbot and Machine Learning-Driven Early Risk Prediction
University Project / Junior Design Project, 2025
A Flutter-based health framework combining an LLM-augmented RAG chatbot for verifiable medical advice with ML-based early risk prediction. The system analyzes user health data to predict hypo- and hyperglycemia risks, enabling proactive diabetes care.
// Bayesian Inference · Artificial Intelligence
ClueChain: A Bayesian Network-Based Mystery Solver Application
University Project / Artificial Intelligence, 2025
An interactive application that applies Bayesian inference to fictional mystery scenarios. Users input clues and evidence, and the system calculates the probabilities of different suspects, offering a data-driven approach to deduction.
// Code LLaMA · Mistral-7B · Deep Learning
AI-Powered Competitive Programming Code Generation Tool Leveraging Large Language Models
University Project / Deep Learning, 2025
An iterative pipeline using Code LLaMA and Mistral-7B to generate, verify, and explain algorithmic solutions. By combining self-reflection with execution-based debugging, the system improves solution accuracy and provides pedagogical support for competitive programming.
// Digital Logic Design · Hardware
7 Segment LED Display Project: Combinational and Sequential Logic Circuit Design to display "IUBFALL"
University Project / Digital Logic Design, 2023
A hardware implementation utilizing a 4:1 Multiplexer and seven-segment display to visualize the text sequence "IUBFALL". This project demonstrates cost-effective and rapid prototyping of interactive displays using fundamental logic circuit design.