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AI Problem Framing for AI Practitioners

7h 3m 53s
English
Paid

AI Problem Framing for AI Practitioners is a 14-lesson 7 hours 3 minutes self-paced course by Rajiv Shah. Most AI Projects fail not due to weak models but due to incorrect problem framing.

Course facts

Lessons
14
Duration
7 hours 3 minutes
Level
All levels
Language
English
Updated
Instructor
Rajiv Shah
Price
Premium

Most AI Projects fail not due to weak models but due to incorrect problem framing. This course will teach you how to address this key issue.

About the Course

AI Problem Framing for AI teams is what System Design is for engineers and Product Sense is for product managers. Whether you are creating AI solutions, evaluating them, or managing them, this is a fundamental thinking skill that distinguishes real results from endless reworks.

In this course, you will receive:

  • The Loop — a 5-step framework (Outcome, Deconstruction, Alternatives, Trade-offs, Signals) for systematically analyzing any AI project
  • Live sessions and office hours to discuss your real cases
  • Access to over 200 cases — the largest collection of examples of rethinking AI tasks
  • Ready-to-use checklists for production (RAG, forecasting, GenAI)

Who This Course is For

This course is for you if:

  • Your AI works in demo but "breaks" in production
  • You've spent months on a model only to realize you were solving the wrong problem
  • You lead an AI direction but come from engineering, product, or management background

What You Will Learn

In 4 weeks, you will review over 200 real AI failures and gain experience that usually takes years. You will master:

  1. Thinking about AI tasks end-to-end: Defining task boundaries, debugging solutions, and understanding when to change the approach
  2. Formulating the problem correctly from the start: Using the framework The Loop and asking questions that reveal the core of the problem
  3. Diagnosing real problems: Understanding what exactly is "broken": the data, the architecture, or the problem framing itself
  4. Taking responsibility for the task, not just the solution: Transitioning from the role of executor to AI architect and reasonably challenging requirements
  5. Preventing costly mistakes in the team: Recognizing risks in advance, managing expectations correctly, and translating technical solutions into business language

Intended Audience

  • Engineers who can build AI but want to understand what exactly should be built
  • Specialists working with RAG, agents, or ML models aiming to bring solutions to production
  • Leaders who need to evaluate AI initiatives, plan stages, and make informed decisions

Requirements

  • Basic understanding of AI/ML (in terms of concepts and terminology)
  • Experience participating in AI projects
  • No programming in the course — only thinking and decision-making frameworks

Who teaches AI Problem Framing for AI Practitioners? Rajiv Shah

Rajiv Shah thumbnail

Rajiv Shah is an artificial intelligence engineer, professor, speaker, and technology popularizer (edutainer). He currently works as an AI Agentic Engineer at OpenHands, helping companies implement modern AI solutions while training specialists on what truly works in practice.

He has over 100 implemented cases in AI, ranging from recommendation systems to RAG pipelines, in corporate environments, startups, and academic research. In his experience, failures are more valuable than successes and are more often related to misdefining the problem rather than the algorithms themselves.

He holds over 20 patents, more than 1000 scientific citations, and a PhD from the University of Illinois (UIUC). He specializes in the practical application of AI.

Today, Rajiv shares his knowledge with an audience of over 100,000 professionals through talks, videos, and educational content at AI conferences, where he is known by the nickname @rajistics.

What lessons are included in AI Problem Framing for AI Practitioners?

This is a demo lesson (10:00 remaining)

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#1: 001 Class Overview and Class Truths [Video]
All Course Lessons (14)
#Lesson TitleDurationAccess
1
001 Class Overview and Class Truths [Video] Demo
06:01
2
002 Lesson 1 Sharpening Your Approach to AI Problems - Developing the Mindset
31:15
3
003 Lesson 2 AI Alternatives - What is Possible with AI
44:05
4
004 Optional Exercises + Live Office Hours 1
52:56
5
005 Optional Exercises + Live Office Hours 2
12:33
6
006 Lesson 3 The Loop - A Framework for AI Problem Framing
55:50
7
007 Optional Live Office Hours 3
50:44
8
008 Optional Excercises + Live Office Hours 4
33:23
9
009 Lesson 4 Diagnosis - Reading signals for successfailure
55:03
10
010 Optional Exercises + Live Office Hours 6
17:49
11
011 Lesson 5 Pivot - Acting on signals, making decisions, cautionary tales
31:18
12
012 Optional Exercises + Live Office 8
12:36
13
013 The Pattern - How Breakthrough's are Often Reframes [Video for Lesson 6]
12:32
14
014 Optional Review + Live Office 9
07:48
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Books

Read Book AI Problem Framing for AI Practitioners

#TitleTypeOpen
1001. Mindset PDF
2002. AI Alternatives PDF
3003. The Loop PDF
4004. Diagnosis PDF
5005. The Pivot PDF
6006 AI Problem Framing Canva PDF
7007 AI Problem Framing Canvas (One-Page PDF
8008 The Loop — Quick Reference PDF
9009 Archetype Decision Tree (What Kind of AI Problem) PDF
10010 Signals Canvas PDF
11011 Pre-Flight Checklist (full checklist) (Week 3) PDF
12012 Post-Flight Checklist (Week 4) PDF
13013 Continuing Education Guide PDF
14014 Pre-Flight for RAG PDF
15015 Pre-Flight for Forecasting PDF
16016 GenAI LLM Pre-Flight Checklist PDF

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Frequently asked questions

What prerequisites are needed for this course?
The course is designed for individuals involved in AI projects, whether in creation, evaluation, or management. It is suitable for those coming from engineering, product, or management backgrounds. Familiarity with AI concepts is beneficial but not mandatory, as the focus is on problem framing rather than technical model development.
What kind of projects will be built or analyzed in this course?
The course does not focus on building new AI projects but rather on analyzing existing ones. You will review over 200 real AI failure cases to learn how to diagnose and frame AI problems correctly. The emphasis is on developing the mindset and skills necessary to avoid common pitfalls in AI project development.
Who is the target audience for this course?
The course is aimed at AI practitioners who face challenges with AI systems that work in demos but fail in production. It is also ideal for leaders in AI who come from engineering, product management, or management backgrounds and need to refine their problem-framing skills to achieve better results.
How does this course compare in depth to other AI courses?
Unlike other AI courses that may focus on model development or data analysis, this course emphasizes the importance of problem framing in AI projects. It provides a systematic framework called The Loop to guide practitioners in diagnosing and solving problems effectively, which is often overlooked in other courses.
What specific tools or platforms will be used in this course?
The course focuses on a conceptual framework called The Loop and does not require the use of specific AI tools or platforms. It provides ready-to-use checklists for production scenarios involving RAG, forecasting, and GenAI, but the primary focus is on developing problem-solving skills applicable across various tools.
What topics are not covered in this course?
The course does not cover technical aspects of AI model development, such as coding, algorithm design, or data processing techniques. It is specifically focused on the conceptual side of AI project management, particularly the skill of framing and diagnosing problems correctly to ensure project success.
What is the time commitment required for this course?
The course spans four weeks and includes 14 lessons. It involves reviewing over 200 AI failure cases and participating in live sessions and office hours. Optional exercises and live office hours are also available to enhance understanding and provide personalized support.