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Makuochukwu Okoyeocha

Makuochukwu Okoyeocha

Production Officer in Contract Review, Compliance, and Legal Research

England flagBrighton and Hove, England
$20.00/hrIntermediateTelusV7 LabsVott

Key Skills

Software

TelusTelus
V7 LabsV7 Labs
VoTT
Surge AISurge AI
Scale AIScale AI
OneFormaOneForma
Mighty AIMighty AI
OpenCV AI Kit (OAK)OpenCV AI Kit (OAK)
Micro1
Label StudioLabel Studio
LabelImgLabelImg
LabelboxLabelbox
iMeritiMerit
HiveMindHiveMind
Deep SystemsDeep Systems
CrowdSourceCrowdSource
CloudFactoryCloudFactory
Axiom AI

Top Subject Matter

Legal Services & Contract Review
Regulatory Compliance & Risk Analysis
Legal Research & Document Analysis

Top Data Types

TextText
DocumentDocument

Top Task Types

Bounding BoxBounding Box
Text GenerationText Generation
TranscriptionTranscription
Prompt + Response Writing (SFT)Prompt + Response Writing (SFT)
Evaluation/RatingEvaluation/Rating
Data CollectionData Collection
Function CallingFunction Calling

Freelancer Overview

Production Officer in Contract Review, Compliance, and Legal Research. Brings 11+ years of professional experience across complex professional workflows, research, and quality-focused execution. Education includes Master of Science, York St John University (2025) and Bachelor of Pharmacy, Nnamdi Azikiwe University Awka (2019).

IntermediateEnglish

Labeling Experience

Freelance Prompt evaluator

TextEvaluation Rating
The Mint Project focuses on improving the performance, reliability, and safety of AI-generated outputs through structured data annotation and response optimisation. The project involves evaluating, refining, and ranking AI responses based on defined quality metrics such as accuracy, clarity, coherence, and adherence to guidelines. A core component of the work includes analysing model outputs and applying detailed annotation frameworks to identify strengths, errors, and areas for improvement. This process supports the development of high-quality training datasets that enhance model alignment with user intent and expected standards. The project also incorporates prompt refinement and response rewriting, ensuring that outputs meet both functional and contextual requirements. Contributors engage in comparative evaluation tasks, selecting and justifying preferred responses, which helps train models to better distinguish between high- and low-quality outputs. Operating within the broader field of applied artificial intelligence and natural language processing, the Mint Project contributes to the development of more accurate, safe, and user-aligned AI systems. It plays a key role in advancing human-in-the-loop training methodologies and improving real-world AI deployment.

The Mint Project focuses on improving the performance, reliability, and safety of AI-generated outputs through structured data annotation and response optimisation. The project involves evaluating, refining, and ranking AI responses based on defined quality metrics such as accuracy, clarity, coherence, and adherence to guidelines. A core component of the work includes analysing model outputs and applying detailed annotation frameworks to identify strengths, errors, and areas for improvement. This process supports the development of high-quality training datasets that enhance model alignment with user intent and expected standards. The project also incorporates prompt refinement and response rewriting, ensuring that outputs meet both functional and contextual requirements. Contributors engage in comparative evaluation tasks, selecting and justifying preferred responses, which helps train models to better distinguish between high- and low-quality outputs. Operating within the broader field of applied artificial intelligence and natural language processing, the Mint Project contributes to the development of more accurate, safe, and user-aligned AI systems. It plays a key role in advancing human-in-the-loop training methodologies and improving real-world AI deployment.

2025 - Present

Freelance data analyst

ImageBounding Box
This project focuses on the extraction, analysis, and reapplication of visual patterns within furniture design, using a combination of computer vision techniques and structured design principles. The objective is to convert unstructured visual data—such as wood grains, textures, and decorative motifs—into reusable, structured pattern representations that can be consistently applied across different furniture pieces. The system involves identifying key pattern features, including symmetry, repetition, orientation, and texture flow, through annotation and segmentation processes. These features are then standardised into a pattern framework that enables accurate replication and adaptation across varying surfaces and product types. A key component of the project is the reapplication phase, where extracted patterns are integrated into new or existing designs while maintaining visual coherence and design integrity. This supports scalable production, design consistency, and customisation within furniture manufacturing workflows. The project sits at the intersection of furniture design, digital modelling, and applied artificial intelligence, contributing to more efficient design processes and enabling semi-automated or generative design capabilities within the interior and product design industry.

This project focuses on the extraction, analysis, and reapplication of visual patterns within furniture design, using a combination of computer vision techniques and structured design principles. The objective is to convert unstructured visual data—such as wood grains, textures, and decorative motifs—into reusable, structured pattern representations that can be consistently applied across different furniture pieces. The system involves identifying key pattern features, including symmetry, repetition, orientation, and texture flow, through annotation and segmentation processes. These features are then standardised into a pattern framework that enables accurate replication and adaptation across varying surfaces and product types. A key component of the project is the reapplication phase, where extracted patterns are integrated into new or existing designs while maintaining visual coherence and design integrity. This supports scalable production, design consistency, and customisation within furniture manufacturing workflows. The project sits at the intersection of furniture design, digital modelling, and applied artificial intelligence, contributing to more efficient design processes and enabling semi-automated or generative design capabilities within the interior and product design industry.

2024 - 2026

Education

N

Nnamdi Azikiwe University Awka

Bachelor of Pharmacy, Pharmacy

Bachelor of Pharmacy
2014 - 2019
F

Federal Science and Technical College Awka

West African Senior School Certificate, General Science

West African Senior School Certificate
2010 - 2013

Work History

A

Alexir & Co Packers

Production Officer

Ridgewood
2025 - Present
A

Anambra State Ministry of Health

Aide To The Honourable Commissioner Of Health

Awka
2022 - Present