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Glory Dickson-oleka

Glory Dickson-oleka

AI Image Evaluator - AI Research

UNITED_KINGDOM flag
Leeds, United Kingdom
$15.00/hrIntermediateCVAT

Key Skills

Software

CVATCVAT

Top Subject Matter

No subject matter listed

Top Data Types

ImageImage
TextText
VideoVideo

Top Label Types

Bounding Box
Polygon
Point Key Point
Polyline
Segmentation

Freelancer Overview

I am an experienced AI Image Evaluator and Data Annotator with over two years in AI training data, specializing in image annotation, visual quality assessment, and structured rating for large-scale computer vision projects. My work involves evaluating AI-generated images for realism, coherence, and prompt alignment, applying consistent scoring rubrics, and providing detailed written feedback to support model refinement. I have a strong track record of identifying labeling errors, visual artifacts, and potential bias, ensuring datasets are accurate, reliable, and aligned with evolving research guidelines. I am highly adaptable, detail-oriented, and committed to maintaining confidentiality and quality while working efficiently with high volumes of visual data in human-in-the-loop AI workflows. My expertise helps drive improvements in the safety, reliability, and real-world relevance of AI systems.

IntermediateEnglish

Labeling Experience

CVAT

DATA ANNOTATION/LABELLING

CVATVideoBounding BoxPolygon
he project involved annotating image and video datasets to support the training of computer vision models. The primary objective was to accurately label objects, human features, and activities within video frames using polygon, point, and keypoint annotation techniques. Polygon annotation was used to outline objects with irregular shapes, ensuring precise boundary detection for model accuracy. Point annotation was applied for object localisation and counting tasks where detailed shape information was not required. Keypoint annotation was used to mark specific landmarks, such as human body joints, to enable pose estimation and movement analysis across video sequences. The work was carried out using professional annotation tools such as CVAT / Labelbox / Supervisely, following strict quality guidelines to ensure consistency, accuracy, and temporal continuity across frames. Each labelled dataset was reviewed to meet project standards and reduce annotation errors before submission.

he project involved annotating image and video datasets to support the training of computer vision models. The primary objective was to accurately label objects, human features, and activities within video frames using polygon, point, and keypoint annotation techniques. Polygon annotation was used to outline objects with irregular shapes, ensuring precise boundary detection for model accuracy. Point annotation was applied for object localisation and counting tasks where detailed shape information was not required. Keypoint annotation was used to mark specific landmarks, such as human body joints, to enable pose estimation and movement analysis across video sequences. The work was carried out using professional annotation tools such as CVAT / Labelbox / Supervisely, following strict quality guidelines to ensure consistency, accuracy, and temporal continuity across frames. Each labelled dataset was reviewed to meet project standards and reduce annotation errors before submission.

2024 - 2025

Education

L

Leeds Beckett University

Master of Science, Supply Chain

Master of Science
2023 - 2024
M

Micheal Okpara University Umudike

Bachelor of Science, Economics

Bachelor of Science
2014 - 2019

Work History

S

scale AI

AI DATA ANNOTATOR & IMAGE QUALITY REVIEWER

Leeds
2022 - 2023