AI Engineer Complete Bootcamp

Vivian Aranha

Train Models. Build Systems. Deploy AI

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44 people enrolled last week.

Learn AI Engineering by Building Real Systems End-to-End

Many people learn AI by watching tutorials or training models in isolation—but struggle when asked to build, evaluate, deploy, and maintain real AI systems. This course exists to close that gap.

The critical challenge today isn’t learning algorithms—it’s turning AI knowledge into production-ready systems. Engineers often know Python or machine learning concepts but lack confidence in data pipelines, model evaluation, deep learning frameworks, and deployment workflows. As a result, projects stay in notebooks and portfolios don’t reflect real-world skills.

This bootcamp is designed with empathy for that struggle. It takes you step by step from Python fundamentals to advanced deep learning and MLOps, always anchored in hands-on projects that mirror real engineering work. You won’t just train models—you’ll engineer complete AI solutions, tune them, deploy them, and understand how they behave in production.

By the end, you don’t just “know AI.” You can build, explain, and ship AI systems with confidence—the exact skill employers and clients are looking for today.

What you’ll learn

Build, deploy, and scale real AI systems—transforming you from learner to job-ready AI Engineer.

  • Design pipelines from data ingestion to model deployment

  • Hands-on projects mirroring real production workflows

  • Transition from notebooks to deployable systems

  • Implement regression, classification, and ensemble models

  • Apply model evaluation, validation, and tuning frameworks

  • Learn when and why models fail in real scenarios

  • Apply scaling, encoding, and feature selection techniques

  • Build reusable feature engineering pipelines

  • Learn practical data-driven decision making

  • Build neural networks using TensorFlow, Keras, and PyTorch

  • Understand backpropagation, optimization, and architectures

  • Apply CNNs, RNNs, and Transformers to real problems

  • Serve models using FastAPI, Flask, and Streamlit

  • Version models and data using Git and DVC

  • Build CI/CD pipelines for ML systems

  • Follow engineering-first habits, not tutorial shortcuts

  • Learn debugging, experimentation, and iteration workflows

  • Build a portfolio that reflects real-world AI capability

Learn directly from Vivian

Vivian Aranha

Vivian Aranha

AI educator and engineer who builds and teaches production-ready AI systems.

Who this course is for

  • Engineers and developers who want to transition into real-world AI engineering roles.

  • Data scientists seeking stronger system-building, deployment, and MLOps skills.

  • Students and professionals building an AI portfolio for jobs, freelancing, or startups.

What's included

Vivian Aranha

Live sessions

Learn directly from Vivian Aranha in a real-time, interactive format.

End-to-end AI engineering curriculum

From Python fundamentals to deploying production AI systems.

Project-driven learning every week

Build real AI projects—not toy notebooks or demos.

Strong foundations before advanced AI

Python, math, statistics, and data science taught with engineering focus.

Engineering-first mindset

Learn debugging, iteration, experimentation, and system thinking.

Job-relevant, industry-aligned skills

Focused on what AI engineers actually do—not academic theory.

Lifetime access

Go back to course content and recordings whenever you need to.

Community of peers

Stay accountable and share insights with like-minded professionals.

Certificate of completion

Share your new skills with your employer or on LinkedIn.

Maven Guarantee

This course is backed by the Maven Guarantee. Students are eligible for a full refund through the second week of the course.

Course syllabus

Week 1

Jan 31—Feb 1

    Feb

    1

    AI Engineer Bootcamp Kickoff

    Sun 2/13:00 AM—3:45 AM (UTC)

    Introduction to Week 1 Python Programming Basics

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    Week 1 Day 1: Introduction to Python and Development Setup

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Week 2

Feb 2—Feb 8

    Day 2: Control Flow in Python

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    Day 3: Functions and Modules

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    Day 4: Data Structures (Lists, Tuples, Dictionaries, Sets)

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    Day 5: Working with Strings

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    Day 6: File Handling

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    Day 7: Pythonic Code and Project Work

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    Introduction to Week 2 Data Science Essentials

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    Week 2 Day 1: Introduction to NumPy for Numerical Computing

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Schedule

Live sessions

1-2 hrs / week

    • Sun, Feb 1

      3:00 AM—3:45 AM (UTC)

    • Sun, May 10

      2:00 AM—3:00 AM (UTC)

Projects

5 hrs / week

Async content

5-7 hrs / week

$199

USD

Feb 1May 10
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