Generative AI Engineering · PPL

AI Data Annotation & Labelling Certification

Develop practical skills to prepare, annotate, label, validate, and manage high-quality datasets used for machine learning and generative AI applications.

  • 2 DaysDuration
  • PPLAccredited
  • 3 LanguagesArabic · English · Hindi
  • ₹2,999.00 Per delegate

This course is accredited by PPL

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— The journey

Course Outline

What the programme covers, module by module.

Module 1: Introduction to AI Data Annotation

  • Understanding data annotation
  • Annotation versus labelling
  • Role of labelled data
  • Training and evaluation datasets
  • Common annotation use cases

Module 2: AI and Machine Learning Data Fundamentals

  • Structured data
  • Unstructured data
  • Features and labels
  • Training data
  • Validation and test data

Module 3: Understanding Annotation Workflows

  • Data collection
  • Data preparation
  • Annotation
  • Quality review
  • Dataset delivery

Module 4: Types of Data Annotation

  • Text annotation
  • Image annotation
  • Video annotation
  • Audio annotation
  • Structured data labelling

Module 5: Data Classification

  • Classification concepts
  • Defining categories
  • Single-label classification
  • Multi-label classification
  • Handling ambiguous examples

Module 6: Text Annotation

  • Text classification
  • Sentiment labelling
  • Intent classification
  • Topic labelling
  • Entity annotation

Module 7: Named Entity Annotation

  • Identifying entities
  • Entity categories
  • Annotation boundaries
  • Overlapping entities
  • Consistency in entity labelling

Module 8: Conversational AI Data Annotation

  • User intent annotation
  • Conversation categories
  • Response classification
  • Dialogue labelling
  • Reviewing conversational datasets

Module 9: Generative AI Data Labelling

  • Prompt-response datasets
  • Response categorization
  • Preference data
  • Response quality attributes
  • Evaluation-oriented labelling

Module 10: Image Annotation

  • Image classification
  • Object identification
  • Annotation interfaces
  • Image quality considerations
  • Label consistency

Module 11: Bounding Box Annotation

  • Object localization
  • Drawing bounding boxes
  • Tight bounding principles
  • Overlapping objects
  • Occluded objects

Module 12: Image Segmentation

  • Segmentation concepts
  • Polygon annotation
  • Semantic segmentation
  • Instance segmentation
  • Boundary accuracy

Module 13: Video Annotation

  • Frame-based annotation
  • Object tracking
  • Temporal events
  • Maintaining label consistency
  • Reviewing video annotations

Module 14: Audio and Speech Annotation

  • Audio classification
  • Speech transcription
  • Speaker identification
  • Timestamp annotation
  • Background sound labelling

Module 15: Annotation Guidelines

  • Creating label definitions
  • Positive and negative examples
  • Edge cases
  • Decision rules
  • Updating guidelines

Module 16: Annotation Quality Assurance

  • Accuracy checks
  • Consistency checks
  • Reviewer workflows
  • Resolving disagreements
  • Continuous quality improvement

Module 17: Inter-Annotator Agreement

  • Understanding agreement
  • Comparing annotations
  • Identifying disagreements
  • Resolving ambiguous cases
  • Improving guideline clarity

Module 18: Data Cleaning

  • Identifying duplicate data
  • Missing information
  • Incorrect labels
  • Noisy data
  • Preparing clean datasets

Module 19: Dataset Organization

  • File structures
  • Naming conventions
  • Dataset versions
  • Metadata
  • Maintaining traceability

Module 20: Annotation Tools and Platforms

  • Annotation interfaces
  • Tool selection
  • Keyboard shortcuts
  • Review functionality
  • Export formats

Module 21: Annotation Automation

  • Pre-labelling
  • Model-assisted annotation
  • Human review
  • Confidence thresholds
  • Automation limitations

Module 22: Human-in-the-Loop Annotation

  • Human review processes
  • Model suggestions
  • Correcting predictions
  • Escalating uncertain cases
  • Feedback loops

Module 23: Handling Ambiguous Data

  • Identifying ambiguity
  • Unclear examples
  • Multiple valid interpretations
  • Escalation processes
  • Documenting decisions

Module 24: Dataset Bias Awareness

  • Understanding dataset bias
  • Representation issues
  • Label bias
  • Annotation subjectivity
  • Reducing avoidable bias

Module 25: Privacy and Sensitive Data

  • Recognizing sensitive information
  • Data minimization
  • Access control
  • Secure handling practices
  • Following project requirements

Module 26: Annotation for Computer Vision

  • Object detection datasets
  • Classification datasets
  • Segmentation datasets
  • Keypoint concepts
  • Computer vision quality requirements

Module 27: Annotation for Natural Language Processing

  • Text classification
  • Entity recognition
  • Intent detection
  • Sentiment analysis
  • Language dataset considerations

Module 28: Annotation for Large Language Models

  • Instruction datasets
  • Prompt-response pairs
  • Preference comparisons
  • Response evaluation
  • Dataset quality considerations

Module 29: Evaluating AI Responses

  • Relevance
  • Accuracy
  • Completeness
  • Instruction adherence
  • Response consistency

Module 30: Data Validation

  • Schema validation
  • Label validation
  • Format checking
  • Missing annotations
  • Dataset consistency

Module 31: Annotation Metrics

  • Annotation accuracy
  • Agreement rates
  • Error rates
  • Completion rates
  • Quality trends

Module 32: Error Analysis

  • Identifying recurring errors
  • Categorizing mistakes
  • Root cause analysis
  • Guideline improvements
  • Reviewer feedback

Module 33: Annotation Project Management

  • Defining project scope
  • Estimating annotation volume
  • Assigning tasks
  • Tracking progress
  • Managing quality requirements

Module 34: Scaling Annotation Workflows

  • Larger annotation teams
  • Standardized guidelines
  • Reviewer hierarchies
  • Workflow automation
  • Maintaining consistency at scale

Module 35: Practical Annotation Exercises

  • Text classification activity
  • Entity annotation activity
  • Image labelling activity
  • Quality review activity
  • Resolving annotation disagreements

Module 36: Building an AI Annotation Workflow

  • Defining annotation objectives
  • Creating label structures
  • Developing guidelines
  • Establishing quality checks
  • Preparing final datasets
— 01.2 · Is it right for you?

Who it's for & what's included

Pick a delivery method to see exactly who it suits and everything you receive.

Who it's for

Classroom

Best for learners who want face-to-face tuition and to network with peers in person.

What's included

Everything you get

  • Live instructor on-site
  • Printed workbook & materials
  • Group exercises & case studies
Who it's for

Online Instructor-Led

Best for learners who want a live instructor and a fixed schedule, without the travel.

What's included

Everything you get

  • Live instructor via video call
  • Digital workbook & resources
  • Session recordings
Who it's for

Self-Paced

Best for self-motivated learners who need maximum flexibility around work and life.

What's included

Everything you get

  • On-demand video lessons
  • Interactive quizzes
  • 24/7 access on any device
— About this course

Course Overview

This course introduces technical professionals to AI data annotation and labelling workflows. Participants explore annotation fundamentals, data types, classification, text and image labelling, bounding boxes, segmentation, audio annotation, quality assurance, annotation guidelines, dataset management, bias awareness, privacy, tooling, and practical approaches for producing reliable training and evaluation data.

— What you will master

Course Objectives

01

Understand the role of annotated data in AI and machine learning.

02

Identify appropriate annotation methods for text, image, video, and audio data.

03

Apply classification, entity annotation, bounding box, segmentation, and other labelling techniques.

04

Develop clear annotation guidelines and handle ambiguous examples consistently.

05

Apply quality assurance and inter-annotator agreement practices.

06

Prepare and validate datasets for AI and machine learning workflows.

07

Recognize bias, privacy, and data quality considerations.

08

Design scalable human and model-assisted annotation workflows.

— Questions answered

Frequently Asked Questions

Who should attend this course?
This course is suitable for AI beginners, data professionals, annotators, quality reviewers, software professionals, and individuals supporting AI dataset development.
Do I need programming experience?
No advanced programming experience is required, although basic knowledge of AI, data, or machine learning concepts can be helpful.
What types of data annotation are covered?
The course covers text, images, video, audio, classification, entities, bounding boxes, segmentation, conversational data, and generative AI datasets.
Does the course cover generative AI data?
Yes. It introduces prompt-response datasets, preference data, response evaluation, instruction datasets, and data used to support large language model workflows.
How is annotation quality maintained?
The course covers annotation guidelines, reviewer workflows, agreement checks, data validation, error analysis, quality metrics, and continuous improvement.
— Trusted by learners

What our delegates say

★★★★★

"The structure, the practice exams, the instructor — all top tier. Passed first try."

AS
Ranjan PradhanSenior Project Manager
★★★★★

"Best training I have attended. The content is exactly what modern projects need."

JD
James DonovanProgramme Director
★★★★★

"24/7 support actually means 24/7 — got help on my mock exam at 2am. Worth every dollar."

MO
Maya OkaforPMO Lead

★ 4.8 / 5 from 12,000+ verified learner reviews on Trustpilot & Google.

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