Building brains for machines, beauty for screens, and websites that don’t crash (usually).

Rawshan Etika

Building brains for machines, beauty for screens, and websites that don’t crash (usually).

Available to hire

Building brains for machines, beauty for screens, and websites that don’t crash (usually).

Language

English
Advanced
Bengali
Fluent

Work Experience

Add your work experience history here.

Education

Bsc at North south university
January 1, 2020 - December 31, 2024

Qualifications

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Industry Experience

Computers & Electronics, Education, Media & Entertainment, Non-Profit Organization, Software & Internet
    uniE621 Poster for an event
    photo graphicdesigner illustrator branding designer
    paper Corporate Website for Amir Group

    • Developed a custom WordPress theme with animations using Vanilla JavaScript and CSS.
    • Integrated Google Maps API to display multiple location pins.

    paper IAN Impaction Detection Using Pre-Trained ViT Model

    • Utilized the PVIT model to classify impacted teeth in proximity to the IAN nerve, achieving 95% accuracy
    (compared to ResNet’s 89%).
    • Applied Dino V2 for precise segmentation of the IAN nerve and impacted regions.
    • Fine-tuned pre-trained models for enhanced detection performance on dental imaging datasets.

    paper Web-Based Mental Health Illness Diagnosis with NLP Chatbot

    • Developed a web-based diagnostic system for detecting mental health conditions (depression, suicide, stress)
    using machine learning models (AdaBoost, SGD, Naive Bayes) achieving over 96% accuracy.
    • Integrated models using Streamlit and deployed a basic NLP chatbot to provide mental health tips and
    guidance.

    paper Cataract Eye Disease Classification with Instance Segmentation

    • Processed and annotated a custom cataract dataset with categories for various cataract types (normal, cortical,
    nuclear, immature, mature) using Roboflow.
    • Leveraged instance segmentation models (Yolov11, SAM2, Mask R-CNN) to classify cataract types and determine
    the infected area as a percentage of the total region.
    • Designed a pipeline for classification and segmentation, integrating novel dataset preparation techniques to
    improve detection accuracy and performance.