Machine Learning Engineer | NLP Engineer | Polymer informatics | Ethical AI
I am a machine learning engineer specializing in NLP and speech technologies. I have experience with AI consulting companies, where I have worked on designing AI-driven solutions to optimize decision-making and automation in various industries.
With my background in chemical engineering, I am passionate about knowledge-driven AI solutions and optimizing industrial processes. My interests extend to Polymer informatics and protein engineering, where I study protein structures and leverage AI for Polymer research. I am also drawn to sustainability, focusing on creating efficient systems that not only improve productivity but are also environmentally friendly.
Beyond my technical work, I am a very curious person, so Iβm always thinking about a million things at once, and writing helps me make sense of them. Whether it's AI, science, or something completely random, I love exploring connections between my interests. I document my thoughts and discoveries on Medium.
Reading various research papers is another way I explore how my various interests intersect, from engineering and beyond.
A local tool that helps legal professionals and EB-1A petitioners identify weaknesses in their immigration petition drafts before submission. It simulates a USCIS adjudicatorβs feedback using LLMs.
Used transformer-based protein models and the TOMER framework to design thermostable variants of Bacillus sp. lipase with predicted optimal activity around 75Β°C.
An AI-powered app that enables users to log meals, pain levels, symptoms, and medications, creating a personalized health record. Uses data to provide tailored ulcer management insights.
AI-powered healthcare voice assistant app (collaborative project) designed to streamline patient-doctor communication through speech technology.
Helps users discover Nigerian recipes based on available ingredients, simplifying meal planning with tailored recipe suggestions.
Built a binary classification model to detect infected vs. uninfected blood smear images, contributing to early malaria diagnosis tools.
An application for Chemical Engineering students at OAU to calculate GPA accurately across different semesters and courses.