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Note: This new course is coming soon and is currently available for pre-order.

The Predictive AI Engineering course covers numerous fundamental and advanced AI engineering topics specific to predictive AI systems, including a neural network design, model training approaches, data preprocessing and feature engineering, model evaluation, validation, scaling, optimization, data bias avoidance, and many more.

Complete the Predictive AI Engineering course and, optionally, get accredited as a Certified Predictive AI Engineer by passing the certification exam. You can purchase the course now and get the exam later, or you can get them together at a discount as part of the Certification Bundle.

Upon completing the course you will receive a digital certificate of completion, as well as a digital training badge from Acclaim/Credly. Upon getting certified you will also receive an official Predictive AI Engineer digital accreditation certificate and certification badge from Acclaim/Credly, along with an account that can be used to verify your certification status.

If you already completed the Predictive AI Specialist course modules, you can purchase a partial course (or a partial bundle) with only the modules specific to the Predictive AI Engineer track here.

The Predictive AI Engineering course is comprised of the following 5 course modules, each of which has an estimated completion time of 10 hours:

  • Module 1: Fundamental Predictive AI
  • Module 2: Advanced Predictive AI
  • Module 7: Fundamental Predictive AI Engineering
  • Module 8: Advanced Predictive AI Engineering
  • Module 9: Predictive AI Engineering Lab

Choose the Certification Bundle to receive the entire course together with the online-proctored certification exam and a set of practice exam questions, all at a bundle discount.

Exam Details

Upon purchasing this course, you will automatically receive access via the Online Interactive eLearning platform. To provide you with the greatest flexibility, you will also have the option to access the course materials via two additional eLearning formats, at no extra cost. All three eLearning formats are briefly described below. A more detailed comparison can be found here.
  1. For everyday learning: An online interactive eLearning platform with individual lessons, as well as interactive and automatically graded exercises and practice questions.
  2. For learning on-the-go: A study kit platform with access to full course documents that support online/offline synching, annotations, comments, custom bookmarks and cross-document searches.
  3. For your reference: A set of printable watermarked PDF documents that you can keep (for all course workbooks and posters).
All three forms of access are subject to Arcitura’s *. Upon purchase, access to the online interactive eLearning platform (1) is provided within one business day. Access to the study kits (2) and the PDF documents (3) is provided upon request.

The course is comprised of a set of modules. Each module has a set of lessons and is further supplemented with exercises to help reinforce your understanding of key topics. Shown below are the digital contents and the topic outline for each course module:


Module 1: Fundamental Predictive AI

This course module illustrates how predictive AI can be used and applied in a range of business applications, as well as essential coverage of predictive AI practices and systems. The module explores the most common learning approaches and functional areas that AI systems are used for. All of the content is authored in easy-to-understand, plain English.


Course Module Contents


  • Workbook Lessons (100+ pages)
  • Interactive Exercises
  • Mind Map Poster

  • Symbol Legend Poster
  • Practice Exam Questions
  • PDFs of Workbook and Posters (printable)

Topics Covered

  • Predictive AI Business and Technology Drivers
  • Predictive AI Benefits
  • Common Risks and Challenges of Using Predictive AI
  • Business Problem Categories Addressed by AI
  • Types of Predictive AI
  • Common Predictive AI Learning Approaches
  • Understanding Predictive AI Learning and Model Training
  • Step-by-Step Training Loop Process

  • Supervised Learning, Unsupervised Learning, Continuous Learning
  • Heuristic Learning, Semi-Supervised Learning, Reinforcement Learning
  • Common Predictive AI Functional Designs, Computer Vision, Pattern Recognition
  • Robotics, Natural Language Processing (NLP)
  • Speech Recognition, Natural Language Understanding (NLU)
  • Understanding AI Models and Neural Networks

Module 2: Advanced Predictive AI

This course module provides insight into how predictive AI systems work by exploring common techniques for learning, data processing and manipulation, and AI system performance management. The course module does not cover any mathematical formulas or programming and is intended for general IT professionals.


Course Module Contents


  • Workbook Lessons (100+ pages)
  • Interactive Exercises
  • Mind Map Poster

  • Practice Exam Questions
  • PDFs of Workbook and Posters (printable)

Topics Covered

  • Understanding Supervised Learning
  • Understanding Unsupervised Learning
  • Essential Analytics Techniques and Processes
  • Introduction to Feature Encoding and Feature Imputation
  • Introduction to Dimensionality Reduction

  • Introduction to Data Wrangling
  • Introduction to Model Evaluation and Training Performance Evaluation
  • Introduction to Baseline Modeling and Model Optimization
  • Introduction to Overfitting Avoidance
  • Introduction to Transfer Learning

Module 7: Fundamental Predictive AI Engineering

This course module delves into a range of predictive AI engineering practices and techniques, and further provides a detailed introduction of neural network architecture components. The course module illustrates how and when different practices and components of AI systems with neural networks need to be defined and applied. Finally, the module provides a set of key principles and best practices for carrying out AI engineering techniques.


Course Module Contents


  • Workbook Lessons (100+ pages)
  • Interactive Exercises
  • Mind Map Poster

  • Symbol Legend Poster
  • Practice Exam Questions
  • PDFs of Workbook and Posters (printable)

Topics Covered

  • Predictive AI Model Selection and Hyperparameter Tuning
  • Predictive AI Model Deployment, Monitoring and Maintenance
  • Predictive AI Bias Detection and Mitigation
  • Predictive AI Model Explainability and Interpretability
  • Predictive AI Model Evaluation and Validation Techniques
  • Data Preprocessing Techniques, Overfitting and Regularization
  • Performance Optimization Techniques for Predictive AI Models

  • Understanding Predictive Neural Networks and Models
  • Neural Network Types, Neurons, Layers, Links, Weights
  • Loss, Hyperparameters, Learning Rate, Bias, Epoch
  • Activation Functions (Sigmoid, Tanh, ReLU, Leaky ReLU, Softmax,
    Softplus)
  • Neuron Cell Types (Input, Backfed, Noisy, Hidden, Probabilistic,
    Spiking, Recurrent, Memory, Kernel, Convolution, Pool, Output,
    Match Input, etc.)
  • Common Neural Network Architectures for Predictive AI Systems

Module 8: Advanced Predictive AI Engineering

This course covers a series of practices for preparing and working with data for training and running predictive AI systems and neural networks. It provides engineering techniques for designing and optimizing neural networks, including approaches for measuring and tuning neural network model performance. The practices that can be applied individually or in different combinations to address a range of common predictive AI system problems and requirements.


Course Module Contents


  • Workbook Lessons (100+ pages)
  • Interactive Exercises
  • Mind Map Poster

  • Practice Exam Questions
  • PDFs of Workbook and Poster (printable)

Topics Covered

  • Data Wrangling Patterns for Preparing Data for Predictive Neural Network Input
  • Feature Encoding for Converting Categorical Features
  • Feature Imputation for Inferring Feature Values
  • Feature Scaling for Training Datasets with Broad Features
  • Text Representation for Converting Data while Preserving Semantic and Syntactic Properties
  • Dimensionality Reduction to Reduce Feature Space for Predictive Neural Network Input
  • Supervised Learning Patterns for Training Neural Network Models
  • Supervised Network Configuration for Establishing the Number of Neurons in Network Layers
  • Image Identification for using a Convolutional Pattern Neural Network
  • Sequence Identification for using a Long Short Term Memory Neural Network
  • Unsupervised Learning Patterns for Training Pattern Neural Network Models

  • Pattern Identification for Visually Identifying Patterns via a Self Organizing Map
  • Content Filtering for Producing Recommendations
  • Model Evaluation Patterns for Measuring Predictive Neural Network Performance
  • Training Performance Evaluation for Assessing Predictive Neural Network Performance
  • Prediction Performance Evaluation for Predictive Neural Networks in Production
  • Baseline Modeling for Assessing and Comparing Complex Predictive Neural Networks
  • Model Optimization Patterns for Refining and Adapting Predictive Neural Networks
  • Overfitting Avoidance for Tuning a Predictive Neural Network
  • Frequent Model Retraining for Keeping a Neural Network in Synch with Current Data
  • Transfer Learning for Accelerating Predictive Neural Network Training

Module 9: Predictive AI Engineering Lab

This course module provides a series of case-study driven, lab-style exercises and problems that are designed to test your ability to apply your knowledge of topics covered in previous modules. Completing this lab helps reinforce understanding of preceding topics and further demonstrates how different practices and technologies can be applied together as part of greater solutions.


Course Module Contents


  • Lab Exercise Booklet
  • Mind Map Poster

  • Practice Exam Questions
  • PDFs of Exercise Booklet and Poster (printable)

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About Arcitura

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What’s in an Arcitura Course

Comprehensive
Coverage

Each course provides a comprehensive curriculum with 2-3 modules and 20-40 hours of training.

More Than Just
Video Lessons

In addition to standard video lessons, courses include full-color workbooks and reference posters for all lessons.

Interactive & Graded
Challenges

Courses also include interactive and graded exercises, interactive and graded self-tests and other supplements.

The Arcitura Difference

EACH COURSE

  • is authored by a dedicated courseware development team
  • has a self-test, accreditation exam and professional certification
  • is available via two different eLearning platforms

ALL COURSES

  • undergo a common development process
  • are authored to be consistent in quality, structure and style
  • share a common vocabulary and symbol notation
  • are authored in collaboration with subject matter experts

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Regardless of whether you are an individual looking to boost your career or an organization looking to up-skill a team, Arcitura courses and certifications provide a sound investment.

Because both courses and accreditations are vendor-neutral, they empower you with skills and credentials that you can take to wherever you need to go.

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