AI+ Developer Practitioner™

Course code: NPAT310

Formerly known as AI+ Developer™

Get hands-on with the tools and technologies that power the AI ecosystem.

  • Foundational AI Principles: Encompasses Python programming, deep learning methodologies, data processing techniques, and algorithmic design frameworks
  • Project-Based Practical Learning: Emphasizes projects in natural language processing, image recognition, and reinforcement techniques.
  • Specialized Advanced Curriculum: Features time series analysis, model interpretability techniques, and cloud-based deployment strategies.
  • Profession-Ready Competencies: Equips learners with the expertise to architect and deploy sophisticated AI systems confidently.

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Course dates

Starting date: Upon request

Guaranteed

Type: Self-paced

Course duration: 40 hours

Language: en

Price without VAT: 285 EUR

Register

Starting date: Upon request

Guaranteed

Type: Self-paced

Course duration: 40 hours

Language: en

Price without VAT: 75 EUR

Register

Starting
date
Place
Type Course
duration
Language Price without VAT
G Upon request Self-paced 40 hours en 285 EUR Register
G Upon request Self-paced 40 hours en 75 EUR Register
G Guaranteed course

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Course description

Python Programming Proficiency

Students will gain a solid foundation in Python programming, a crucial skill for implementing AI algorithms, processing data, and building AI applications effectively.

Deep Learning Techniques

Learners will master machine learning and deep learning techniques to address challenges in classification, regression, image recognition, and natural language processing.

Cloud Computing in AI Development

Students will get hands-on experience in cloud-based AI application development and learn how to use AWS, Azure, and Google Cloud for scalable AI systems.

Project Management in AI

Participations will master the skills necessary to manage AI projects effectively, from initiation to completion, including planning, resource allocation, risk management, and stakeholder communication.

Course structure

Module 1: Foundations of Modern AI for Developers

  • 1.1 Understanding Artificial Intelligence
  • 1.2 Components of an AI Application
  • 1.3 Beginner AI Development Workflow
  • 1.4 AI Development Concepts and Limitations
  • 1.5 Case Study: A Chatbot Prototype That Produced Unreliable Answers
  • 1.6 Use Case: Selecting the Right AI Approach

Module 2: Python Programming for AI

  • 2.1 Python Foundations
  • 2.2 Python Data Structures and File Handling
  • 2.3 Beginner Software-Development Practices
  • 2.4 Case Study: An Unstructured Python Script Becomes Difficult to Maintain
  • 2.5 Use Case: Automated File Processing Utility

Module 3: Data Handling and Visualization

  • 3.1 Working with NumPy and Pandas
  • 3.2 Data Cleaning
  • 3.3 Exploratory Data Analysis
  • 3.4 Case Study: Dirty Customer Data Produces Incorrect Sales Insights
  • 3.5 Use Case: Retail Sales Data Preparation

Module 4: Practical Mathematics and Statistics for AI

  • 4.1 Essential Mathematical Concepts
  • 4.2 Essential Statistics
  • 4.3 Mathematical Reasoning for AI
  • 4.4 Case Study: Average Performance Hides a Major Customer Problem
  • 4.5 Use Case: Similarity-Based Product Recommendation

Module 5: Machine Learning Fundamentals

  • 5.1 Understanding Machine Learning
  • 5.2 Supervised Machine Learning
  • 5.3 Unsupervised and Other Beginner Methods
  • 5.4 Case Study: Customer Churn Prediction
  • 5.5 Use Case: Delivery-Time Prediction

Module 6: Model Evaluation and Improvement

  • 6.1 Model Evaluation Metrics
  • 6.2 Improving Model Performance
  • 6.3 Reliable Model Delivery
  • 6.4 Case Study: A High-Accuracy Model Misses the Important Cases
  • 6.5 Use Case: Spam Email Detection

Module 7: Deep Learning and Computer Vision Basics

  • 7.1 Neural Network Fundamentals
  • 7.2 Beginner Deep Learning with PyTorch
  • 7.3 Computer Vision Foundations
  • 7.4 Case Study: Manufacturing Defect Detection with Transfer Learning
  • 7.5 Use Case: Product Image Classification

Module 8: Natural Language Processing, Transformers, and LLM Fundamentals

  • 8.1 Text Processing Fundamentals
  • 8.2 Embeddings and Transformers
  • 8.3 Large Language Model Fundamentals
  • 8.4 Case Study: Choosing Between a Text Classifier and an LLM for Routing Support Tickets
  • 8.5 Use Case: Customer Review Analysis

Module 9: Generative and Multimodal AI Application Development

  • 9.1 Prompt Engineering Foundations
  • 9.2 Building Controlled Generative AI Applications
  • 9.3 Multimodal AI Foundations
  • 9.4 Case Study: Invoice Extraction Produces Incorrect Financial Fields
  • 9.5 Use Case: Multimodal Product Information Assistant

Module 10: Retrieval-Augmented Generation and Knowledge Assistants

  • 10.1 Retrieval Fundamentals
  • 10.2 Building a Basic RAG Workflow
  • 10.3 RAG Quality and Control
  • 10.4 Case Study: A Policy Assistant Returns an Outdated Rule
  • 10.5 Use Case: Employee Handbook Assistant

Module 11: Simple AI Agents, APIs, and Deployment

  • 11.1 API Development for AI
  • 11.2 Basic AI Agents and Tool Use
  • 11.3 Beginner Deployment and Operations
  • 11.4 Case Study: An Over-Privileged Agent Performs an Unapproved Action
  • 11.5 Use Case: IT Support Triage Assistant

Module 12: Responsible AI, Security, Monitoring, and Capstone

  • 12.1 Responsible AI Foundations
  • 12.2 AI Application Security
  • 12.3 Monitoring and Production Readiness
  • 12.4 Case Study: Prompt Injection Causes Confidential Data Exposure
  • 12.5 Use Case: Beginner AI Release Checklist

Optional Module: AI Agents for Developer

  • 1.1 What Are AI Agents?
  • 1.2 Significance of AI Agents for Developers
  • 1.3 Applications and Trends of AI Agents for Developers
  • 1.4 How Does an AI Agent Work?
  • 1.5 Core Characteristics of AI Agents
  • 1.6 Importance of AI Agents
  • 1.7 Types of AI Agents
  • 1.8 Comparison Table of AI Agents in Ethics

Prerequisites

  • Mathematical fundamentals including familiarity with high school-level algebra and foundational statistics is recommended
  • Comprehension of core programming principles such as variables, functions, loops, and data structures including lists and dictionaries is necessary
  • A fundamental grounding in programming skills and practical coding experience is required for course participation

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