H M Quamran Hasan
Hi there 👋

I'm H M Quamran Hasan

Theoretically, a .

In practice, an inquisitive and self-motivated researcher with a sharp focus on solving real-world problems leveraging artificial intelligence and data.

About

I am a Master's graduate in Computer Science from the University of Alberta, with a background in Computer Science and Business Technology Management from KAIST.

My interests lie in NLP, explainable AI, and trustworthy large language model applications for clinical and legal reasoning.

I also work as an AI Enablement Analyst at Servus Credit Union, where I develop AI agents, build applied AI/ML solutions, and support AI adoption across the organization.

Education

University of Alberta logo
Alberta, Canada
Degree: MSc. Computer Science
Relevant Coursework
  • Introduction to Natural Language Processing
  • Machine Learning Essentials
  • Foundations of Trustworthy Machine Learning
KAIST logo
Daejeon, South Korea
Degree: BSc. Computer Science, Double Major in Business Technology Management, Semi Minor in Artificial Intelligence
Relevant Coursework
  • Introduction to Natural Language Processing
  • Introduction to Data Science
  • Data Science Methodology
  • Introduction to Artificial Intelligence
  • Data Structures
  • Introduction to Algorithms
  • Probability and Statistics
  • Principles of Marketing
  • Marketing Research

Experience

Servus Credit Union Aug 2025 - Present | Edmonton, Canada
AI Enablement Analyst
  • Development and monitoring of agents with 1000+ weekly active users.
  • Improving AI enablement through support and development of AI use cases across the organization.
UofA xAI Lab Sep 2024 - Aug 2026 | Edmonton, Canada
Research Assistant
AMII Dec 2024 - Apr 2025 | Edmonton, Canada
Work-Integrated Learning Opportunity
  • Built case studies for 5 startups on using Transformers for Ectopic Beat Detection, Differential Privacy with LLMs, and agentic AI.
  • Collaborated with AMII Scientists to provide technical coaching to startups in integrating ML techniques into their service.
Molpax Bio Feb 2024 - June 2024 | Daejeon, South Korea
Artificial Intelligence Researcher
  • Developed and deployed a novel metric and a model with a precision of 0.83 for cell structure detection for qualitative and quantitative evaluation of NASH.
  • Achieved an FID score of 12.97 and precision of 0.77 after developing a GAN model to generate lung tissue Whole Slide Images.
  • Tools: Python, OpenCV, PyTorch, Tensorflow, NumPy
KAIST Data Mining Lab July 2023 - Dec 2023 | Daejeon, South Korea
Research Intern
  • Contributed to the DB4DL project, focusing on enhancing distributed training efficiency for Transformers.
  • Conducted research under the Undergraduate Research Program on models such as BERT and T5 to identify optimal parallelism strategies.
  • Tools: Python, Numpy, Pytorch
KAIST Users & Information Lab Mar 2023 - Dec 2023 | Daejeon, South Korea
Research Intern
  • Benchmarked LLMs' accuracy for reasoning tasks in Bengali by 20% through back translation and CoT reasoning.
  • Tools: Python, Seaborn, Transformers
Sicpama Nov 2022 - Feb 2023 | Seoul, South Korea
Data Scientist
  • Led the UX/UI team to optimize service UI based on user behavior analysis using Hotjar and Google Analytics.
  • Designed and implemented a streamlined data collection strategy using Google Tag Manager.
  • Achieved a 90% reduction in data collection time by automating POS data collection.
  • Improved sales by developing a recommendation system from the ground up.
  • Tools: Python, Pandas, Numpy, Scikit-Learn, Seaborn, Selenium, Hotjar, Google Analytics, Google Tag Manager, Google BigQuery, Tableau, MySQL
Kooky Jan 2022 - Aug 2022 | Seoul, South Korea
Data Analyst
  • Achieved a 150% increase in users by identifying potential markets and improving market-wise user experience.
  • Achieved an 80% increase in user engagement, by leading the content team based on user behavior analysis.
  • Led data collection, storage, and extraction for insights.
  • Guided data-driven go-to-market and artist selection through user location and behavior analysis.
  • Tools: Python, Pandas, Numpy, Scikit-Learn, Seaborn, Google Analytics, Google Tag Manager, Google BigQuery, Tableau, MySQL

Skills

Programming Languages

Python SQL C Java

Frameworks & Tools

PyTorch TensorFlow Copilot Studio Microsoft AI Foundry Microsoft Power Automate Salesforce Agentforce NumPy Pandas Scikit-learn OpenCV Git Flask Django ORM Selenium Figma Hotjar

Cloud & Data

AWS Google BigQuery Google Analytics Google Tag Manager Tableau MySQL PostgreSQL IBM SPSS SAP Analytics Cloud

Publications

Projects

Trashinator project

Trashinator

A minimalistic and affordable AI-based trash sorter based on SAP Technologies.

Accomplishments
  • Tools: SAP Analytics Cloud, Arduino, AWS, SAP Hana Database, SAP AppGyver
  • Led the data collection and analysis using SAP services like Hana Cloud and SAP Analytics Cloud.
  • Demoed the project to the senior executives of SAP Korea.
  • Team ranked 1st out of 5 teams.
Empathetic Dialog Generation project

Empathetic Dialog Generation

Reproduction of the paper CEM: Commonsense-aware Empathetic Response Generation.

Accomplishments
  • Tools: Python, Transformers, Deep learning
  • Improved the benchmark perplexity results by conducting successful ablation studies.
  • Ranked 1st out of 52 teams.
QnA Bot project

QnA Bot

A PoC AI tool that utilizes Retrieval Augmented Generation for QnA on a specific PDF.

Accomplishments
  • Tools: Python, Transformers
  • Utilizes Retrieval Augmented Generation for QnA on a specific PDF.
ZEPademics project

ZEPademics

Redefining online learning using ZEP metaverse. Project for JunctionAsia 2022.

Accomplishments
  • Tools: ZEPscript
  • Earned 4th place (honorable mention) out of over 100 participating teams.
  • Participated in the Naver ZEP track, earning the most curious project award.
Detecting Fake Import Declarations project

Detecting Fake Import Declarations

Using machine learning techniques to identify fake import declarations.

Accomplishments
  • Tools: Python, Scikit-Learn, Pandas, Machine Learning
  • Achieved a 91.12% accuracy in detecting fake import declarations.
  • Earned 10th position out of 82 participants.