Software Development / Applied AI Research
Systems · Workflows · Evaluation
I'm a Software Development Officer at Upay and a BRAC University Computer Science graduate. I build internal fintech workflows, reporting systems, dashboards, and automation; my research focuses on multimodal learning for incomplete clinical data.
My work moves from ambiguous operational problems to maintainable software—with attention to ownership, auditability, evaluation, and what happens after deployment.
Current role
Officer (Software Development)
Upay · UCB Fintech Company Limited
Jun 2026 — Present
01 / Technical profile
A quick read of the technologies I use across full-stack software, operational systems, and evaluated machine-learning work.
Primary working stack
PythonTypeScriptReactFastAPIPostgreSQLPyTorch
02 / Selected work
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A role-aware internal workflow platform designed to replace Excel and email coordination for a 100-person bank compliance division with accountable task lifecycles and management visibility.
Evidence
Reframed manual task coordination as an auditable role-based system
A next-generation resume/CV builder that outputs pure LaTeX for flawless typesetting and PDF quality. Designed for professionals, researchers, and students who demand beautiful, ATS-friendly resumes with zero coding required.
Evidence
Deployed at zerotex.vercel.app with live editing and LaTeX export
A dual-stream transformer for neurodegenerative disease assessment that aligns MRI and resting-state EEG representations while remaining usable when a clinical modality is missing.
Evidence
Defense completed in May 2026 · Thesis grade A
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A 3D Battle Royale shooter built entirely from scratch in Python using raw OpenGL fixed-function pipeline calls. Features a custom first-person renderer without any existing game engines, implementing hand-written collision physics, wave-based AI, and a fully functional weapon/ammo economy.
Evidence
Custom 3D rendering pipeline using raw OpenGL (fixed-function) without shaders or game engines.
Curated 68,444+ gene-disease relationships and adapted Llama-, Mistral-, and Phi-style models with QLoRA to study changes in biomedical embedding alignment.
Evidence
Custom embedding-space separation metric and comparative model study
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A fully playable 3D survival game built entirely from scratch in Python using raw OpenGL fixed-function pipeline and GLUT. Inspired by Squid Game, it adds a full shooting system, sprint mechanics, jump physics, enemy bullet dodging, and a shield power-up.
Evidence
No game engine or physics library used; all rendering, collision detection, and gravity simulated via hand-written math.
03 / Current practice
Product judgment, software architecture, and evaluated AI—held to the same standard of operational clarity.
