For employers

Hire this AI Trainer

Sign in or create an account to invite AI Trainers to your job.

Invite to Job
Gideon Kitum

Gideon Kitum

Maintenance Operations Lead | Technical Compliance & Regulatory Contract Review

Kenya flagNairobi, Kenya
$15.00/hrEntry LevelLabel StudioCVATLabelbox

Key Skills

Software

Label StudioLabel Studio
CVATCVAT
LabelboxLabelbox
Snorkel AISnorkel AI
ProdigyProdigy
RoboflowRoboflow

Top Subject Matter

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

Top Data Types

Computer Code ProgrammingComputer Code Programming
TextText
DocumentDocument

Top Task Types

Entity Ner Classification
Bounding Box
Classification
Segmentation
Object Detection
Text Generation
Question Answering
Text Summarization
Prompt Response Writing SFT
Data Collection
Computer Programming Coding

Freelancer Overview

As a trade-qualified maintenance lead, my experience in data labeling and AI training is rooted in the high-precision world of industrial IoT and CMMS (computerized maintenance management systems). I specialize in the structured categorization and labeling of complex technical datasets—specifically relating to electrical fault codes, asset performance metrics, and automated system logs. My work involves translating raw, unstructured sensor data from PLC and SCADA systems into labeled training sets for predictive maintenance models, which directly resulted in a less than 2% breakdown rate and a 37% increase in production output through improved machine learning accuracy. What sets me apart is the rare combination of technical trade expertise and administrative strategic planning. I don’t just label data; I validate its technical integrity based on international standards like IEC and OSHA. My experience includes supervising the "ground truth" verification for automated voltage regulation systems and managing technical documentation for 12kV RMU installations. This ensures that the AI models I help train are not only mathematically sound but also physically accurate for high-stakes industrial environments. I bring a meticulous "Global Standard" mindset to data quality, ensuring that every labeled point contributes to a safer, more efficient operational ecosystem.

Entry LevelEnglish

Labeling Experience

Electrical Schematic & CAD Object Detection

ImageBounding Box
Training a computer vision model to automatically recognize and digitize components from legacy hand-drawn or flattened PDF electrical schematics. Specific Data Labeling Tasks Performed: Object Detection: Applied bounding boxes to over 500+ unique electrical symbols (transformers, breakers, relays, and motor starters) across 15+ complex industrial blueprints. Keypoint Annotation: Tagged connection nodes and terminal points to train the model on electrical connectivity and circuit flow logic. Attribute Tagging: Labeled component specifications (e.g., voltage ratings, phase types) embedded within technical text. Project Size: Digitized and structured 15+ complex multi-page industrial schematics, resulting in a 25% reduction in fault isolation time for technical teams.

Training a computer vision model to automatically recognize and digitize components from legacy hand-drawn or flattened PDF electrical schematics. Specific Data Labeling Tasks Performed: Object Detection: Applied bounding boxes to over 500+ unique electrical symbols (transformers, breakers, relays, and motor starters) across 15+ complex industrial blueprints. Keypoint Annotation: Tagged connection nodes and terminal points to train the model on electrical connectivity and circuit flow logic. Attribute Tagging: Labeled component specifications (e.g., voltage ratings, phase types) embedded within technical text. Project Size: Digitized and structured 15+ complex multi-page industrial schematics, resulting in a 25% reduction in fault isolation time for technical teams.

2025 - 2025

Industrial Asset Performance & Failure Mode Annotation

TextEntity Ner Classification
Development of a comprehensive dataset to train predictive maintenance models for critical utility infrastructure. The project focused on transforming raw electrical telemetry into a structured format that allows AI to predict "Mean Time to Failure" (MTTF). Development of a comprehensive dataset to train predictive maintenance models for critical utility infrastructure. The project focused on transforming raw electrical telemetry into a structured format that allows AI to predict "Mean Time to Failure" (MTTF). Curated and annotated over 10,000+ data points involving maintenance work orders, equipment sensor logs, and energy consumption metrics.

Development of a comprehensive dataset to train predictive maintenance models for critical utility infrastructure. The project focused on transforming raw electrical telemetry into a structured format that allows AI to predict "Mean Time to Failure" (MTTF). Development of a comprehensive dataset to train predictive maintenance models for critical utility infrastructure. The project focused on transforming raw electrical telemetry into a structured format that allows AI to predict "Mean Time to Failure" (MTTF). Curated and annotated over 10,000+ data points involving maintenance work orders, equipment sensor logs, and energy consumption metrics.

2025 - 2025

Education

U

University of Eastern Africa Baraton

Bachelor of Science, Electronics Technology

Bachelor of Science
2017 - 2022

Work History

P

Parkside Development Limited

Maintenance Supervisor

Nairobi
2024 - Present
K

Kim-Fay East Africa Limited

Electrical Engineering Technician

Nairobi
2023 - 2024