AI+ Manufacturing Practitioner™ - eLearning (exam included)

275,00 EUR

  • 16 hours
eLearning

The AI+ Manufacturing Practitioner™ certification equips manufacturing professionals with practical skills to apply AI across production, maintenance, quality, supply chain, and plant operations. Learn how to reduce downtime, optimize processes, improve quality, and turn industrial data into actionable insights. Explore predictive maintenance, computer vision, manufacturing analytics, AI system integration, automation, responsible AI, and ROI measurement through real-world use cases, case studies, and hands-on exercises. Whether you're focused on production, maintenance, quality, operations, or digital transformation, this certification helps you build the skills to drive smarter, safer, and more efficient manufacturing operations.

What Is Included?

Language

Course and material in English

Level

Intermediate level (Category: AI+ Professional)

Access

1 year access to the platform 24/7

8 hours of video lessons & multimedia resources

16 hours of study time recommendation

Material

Video, PDF Material, audio eBook, Podcasts, quizzes and assessments.

Tools You’ll Explore

Tableau, Qlik Sense, Lucidchart, PTC ThingWorx, GE Digital Proficy, Rockwell, Automation FactoryTalk Analytics, Ignition by Inductive Automation, C3 AI, and more

Exam

Online Proctored Exam with One Free Retake included

Certificate

Certification of completion included

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Master AI-Driven Manufacturing Excellence for Smarter, Safer, and More Efficient Operations

Apply AI across production, maintenance, quality, supply chain, and plant operations.

AI+ Manufacturing Practitioner

What Skills Will You Gain?

At the end of this course, you will be able to:

Learn

Learn AI basics, manufacturing applications, human–AI collaboration, and practical industry use cases.

Explore

Explore computer vision, predictive maintenance, production planning, analytics, and intelligent automation.

Understand

Understand data quality, readiness challenges, key data types, and KPI dashboard development.

Determine

Learn AI deployment models, system architecture, integration approaches, and industrial AI mapping.

Identify

Identify high-value use cases, develop pilots, measure results, and build scalable AI adoption plans.

Apply

Apply principles of data governance, cybersecurity, operational safety, human oversight, and AI risk management.

Evaluate

Learn to evaluate AI initiatives, measure ROI, track KPIs, and identify operational improvements.

Generate

Explore digital twins, generative AI, intelligent monitoring, emerging technologies, and AI roadmaps.

Solve

Solve a real-world manufacturing challenge by selecting an AI use case, developing an implementation roadmap, and demonstrating business value.

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What Will You Learn?

  1. AI in Manufacturing — Context & Opportunities

    Lesson 1

    • AI Fundamentals for Manufacturing
    • AI Applications Across Plant Operations
    • Human & Business Factors in AI Adoption
    • Practical Use Cases
    • Industry Case Studies
    • Hands-On Activity
  2. Core AI Applications in Manufacturing

    Lesson 2

    • Computer Vision for Manufacturing
    • AI for Maintenance & Reliability
    • Operational AI Applications
    • AI for Planning & Automation
    • Practical Use Cases
    • Industry Case Studies
    • Hands-On Exercise
  3. Manufacturing Data & AI Readiness

    Lesson 3

    • Types of Manufacturing Data
    • Data Readiness & Quality Requirements
    • Common Data Readiness Challenges
    • Practical Use Cases
    • Industry Case Studies
    • Hands-On Exercise: Create a Manufacturing KPI Dashboard Using Looker Studio
  4. AI Systems & Architecture in Manufacturing

    Lesson 4

    • Industrial AI Deployment Approaches
    • AI System Architecture & Components
    • Solution Integration & Evaluation
    • Practical Use Cases
    • Industry Case Studies
    • Hands-On Exercise: Map an AI System Architecture Using Miro or draw.io
  5. AI Implementation in Manufacturing

    Lesson 5

    • Identifying & Prioritizing AI Opportunities
    • AI Pilot & Proof-of-Concept Design
    • Measuring & Scaling AI Impact
    • Real-World Implementation Challenges
    • Practical Use Cases
    • Industry Case Studies
    • Hands-On Exercise: Develop an AI Pilot & Implementation Roadmap Using Miro
  6. Responsible AI, Safety & Security

    Lesson 6

    • Responsible AI in Industrial Operations
    • AI Governance & Data Responsibility
    • Security & Operational Safety Risks
    • Human Oversight & Escalation
    • Practical Use Cases
    • Industry Case Studies
    • Hands-On Exercise: Build an AI Risk & Governance Checklist Using Google Sheets
  7. AI Success, Failure & ROI

    Lesson 7

    • Common AI Project Challenges & Failures
    • Successful AI Adoption Strategies
    • ROI Frameworks for Manufacturing AI
    • Industry Benchmarking & Comparison
    • Practical Use Cases
    • Industry Case Studies
    • Hands-On Exercise: Estimate AI ROI & Track Business Benefits
  8. Future Trends in Manufacturing AI

    Lesson 8

    • Emerging AI Trends in Manufacturing
    • Digital Twins & Intelligent Monitoring
    • Generative AI Applications
    • Future AI Adoption Trends
    • Practical Use Cases
    • Industry Case Studies
    • Hands-On Activity: Create an AI Adoption Roadmap
  9. Capstone Project

    Lesson 8

    • Problem Definition & Scope
    • AI Use-Case Selection & Readiness Assessment
    • Solution Evaluation & Roadmap Development
    • Business Value & Communication
    • Capstone Project Tracks
AI+ Manufacturing Practitioner

Who Should Enroll in this Program?

Manufacturing Professionals

Plant Managers & Leaders

Production & Process Engineers

Maintenance & Reliability Professionals

Quality & Inspection Teams

Business Analysts & Data Professionals

Automation, IT & OT Professionals

Transformation & Innovation Leaders

AI & Smart Manufacturing Enthusiasts

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More Details

Prerequisites

  • Manufacturing Knowledge: Basic understanding of manufacturing processes and operations.
  • AI & Automation Awareness: Familiarity with AI, machine learning, and industrial automation concepts.
  • Data Literacy: Ability to understand operational data, dashboards, KPIs, and performance trends.
  • Industrial Technology Familiarity: Basic awareness of MES, SCADA, ERP, sensors, and connected systems.
  • Business Analysis Skills: Fundamental understanding of business analysis and decision-making.

Exam Details

  • Duration: 90 minutes
  • Passing :70% (35/50)
  • Format: 50 multiple-choice/multiple-response questions
  • Delivery Method: Online via proctored exam platform (flexible scheduling)
  • Language: English

Licensing and accreditation

This course is offered by AVC according to Partner Program Agreement and complies with the License Agreement requirements.

Equity Policy

AVC does not provide accommodations due to a disability or medical condition of any students. Candidates are encouraged to reach out to AVC for guidance and support throughout the accommodation process.

Frequently Asked Questions

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