I am a machine learning engineer and applied AI researcher with hands-on experience building end-to-end systems across computer vision, deep learning, and geospatial intelligence. My work spans a range of real-world projects, including virtual try-on systems for fashion and cosmetics, AI-driven ERP assistants, and urban land use classification using satellite imagery. I specialize in deep learning, MLOps, and human-centric applications of computer vision. With a strong foundation in both research and engineering, I focus on creating scalable, impactful AI solutions grounded in thoughtful design and technical rigor.
Research interests: Machine Learning, Deep Learning, Computer Vision, GIS, and Remote Sensing
Feel free to reach out at anissarker603@gmail.com for collaborations, research discussions, or just to connect.
Contributed to the development of an AI assistant for ERP systems by designing a natural language interface for querying business data. Applied LLMs and internal orchestration frameworks to bridge user intent with ERP logic. Created custom data visualizations to improve data comprehension for stakeholders, boosting reporting efficiency.
Led the development of a real-time virtual makeup application using facial landmark detection and computer vision. Focused on applying dynamic effects like lipstick and blush with high visual fidelity, ensuring a fluid and interactive user experience.
Engineered a virtual try-on system enabling users to visualize clothing on their body in real-time. Utilized pose estimation and body segmentation to align garments naturally with user movements and body shapes. Focused on ensuring accurate garment overlay, smooth transitions, and visual realism across diverse poses. Improved user engagement and interactivity through responsive and lightweight implementation.
Designed and trained semantic segmentation models for satellite imagery to classify urban land use in Dhaka. Managed data pipeline preparation, annotation, and preprocessing. Collaborated with international partners to ensure geographic and model generalizability.