★★★★★
The activity allowed us to experience the challenges of team coordination firsthand. Using AI during the Sprints made the feedback immediate and far more objective than in traditional simulations.
Experiential Workshop Scrum Generative AI LEGO®
LEGO®
Scrum Game
com IA
Build a LEGO® City with Scrum and Generative AI
During the workshop, participants organize teams responsible for different areas of a city, engage in collaborative planning, execute Sprints, conduct Scrum ceremonies, and use Generative AI to continuously evaluate the quality of the solution being built. At each cycle, teams receive a technical diagnosis, prioritize improvements, and evolve the city based on evidence, experiencing real challenges of coordination, integration, and decision-making in complex environments.
100% Hands-on No traditional lecture-style classes. Learning happens through building the city.
AI evaluating each Sprint Generative AI analyzes the increments produced and provides comparative diagnostics to guide the evolution of the solution.
Multiple teams Participants experience coordination at scale, dependency management, and collaborative planning.
Workshop overview
Format
In-person workshop based on experiential learning with hands-on activities using LEGO®, Scrum, and Generative AI.
Structure
Participants work in multiple teams to plan, build, and evolve a LEGO® city across Sprints, conducting planning, execution, inspection, adaptation, and retrospectives supported by AI evaluations.
Language
Portuguese
Duration
4 to 8 hours
Prerequisites
No technical prerequisites. The workshop was designed so participants learn concepts through the hands-on experience itself.
Target audience
Professionals who want to develop skills in: Scrum, Scaled Agile, Generative AI applied to management, coordination across multiple teams, systems thinking, and collaboration in complex environments.
What's included
Hands-on dynamics with LEGO®, collaborative team exercises, Scrum simulations, scaled planning activities, automated Generative AI evaluation, comparative feedback between Sprints, and retrospectives focused on continuous improvement.
Skills developed
Collaborative planning, team coordination, dependency management, continuous inspection and adaptation, systems thinking, using AI to support decision-making, and incremental product development.
Semantic AI Engine Prompts
Each participant receives the complete set of prompts used by the semantic evaluation engine, including the analysis criteria and diagnostic models applied to the city built throughout the Sprints.
Transformative Technologies and Digital Innovation
In-company trainings delivered to managers and leaders that connect technology, innovation, and business results, combining conceptual foundations, case studies, and hands-on experiences.
Digital Innovation Product Development Artificial Intelligence Tech Leadership Workflow Digital Transformation
Classes use gamified dynamics, collaborative exercises, and hands-on activities. Throughout the course, participants develop an integrated view of technology and business, understanding how digital products are conceived, validated, developed, and delivered.
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In-company trainings delivered to managers and leaders that connect technology, innovation, and business results. Classes combine gamified dynamics, collaborative exercises, and real cases to explore AI, product, leadership, and workflow.
01
Discovery Kaizen Marketplace prototyping with Crazy Eights and Kanban
02
Lead Time & Capacity Lead time as a performance and delivery capacity indicator
03
MVP & Development Experimentation, validation, and product delivery efficiency
04
Innovation & Results Incremental and radical innovation, impact on payback and return
05
Technology & Leadership Alignment between technology, strategy, and results generation
06
AI & Deep Learning AI application and hypothesis validation in practical activities
07
Experiential Learning Gamified dynamics, articles, and applied case studies
Live class
Who this workshop is for
Designed for those who learn by doing
This workshop was developed for professionals who want to learn agile practices and Artificial Intelligence through a hands-on, collaborative, problem-solving experience.
I want to join the Workshop →Agile Coaches e Scrum Masters
For professionals who want to develop Scrum event facilitation, team coordination, dependency management, and continuous improvement in an environment that simulates real delivery challenges.
Product Owners e Product Managers
For those who need to practice prioritization, incremental planning, results inspection, and decision-making based on feedback obtained during product development.
Technology Leaders & Managers
For leaders who want to understand how multiple teams collaborate to build an integrated solution, balancing planning, coordination, risks, and integration across different areas.
Professionals interested in AI
For those who want to see a practical application of Generative AI as an evaluation, inspection, and decision-support mechanism during an iterative development process.
What you will learn
A complete cycle of planning, building, and evolving
Throughout the workshop, you will experience a complete cycle of planning, building, inspection, and continuous improvement using Scrum, coordination across multiple teams, and Generative AI as an evaluation mechanism.
I want to join the Workshop → 01
Coordinate multiple teams toward a single goal
Learn to organize the work of different teams, identify dependencies, reduce integration conflicts, and align deliveries to build a unified, cohesive solution.
02
Apply Scrum in a hands-on experience
Participate in all Scrum ceremonies: Planning, Daily, Review, and Retrospective, understanding how each event contributes to short delivery cycles and continuous improvement.
03
Use Generative AI to inspect increments
Discover how to use Artificial Intelligence to analyze deliveries, identify risks, evaluate the quality of the solution built, and guide evidence-based evolution decisions.
04
Develop systems thinking
Understand how decisions made by one team impact other areas of the solution, practicing dependency analysis, integration, and balancing different components of a complex system.
05
Learn through experimentation
Build, test, receive feedback, adapt the solution, and repeat the cycle multiple times, experiencing in practice the principles of inspection, adaptation, and incremental development.
06
Turn feedback into continuous improvement
Compare evaluations across Sprints, prioritize improvement opportunities, and implement changes guided by AI-produced data, strengthening teams' capacity for continuous evolution.
01 Simulation Foundations Challenge, objectives, and city structure +
Simulation Foundations
Challenge, objectives, and city structure
Simulation objectives
Activity organization
LEGO® city structure
Areas that make up the city
Activity evaluation criteria
02 Scaled Planning Big Room Planning, dependencies, and risks +
Scaled Planning
Big Room Planning, dependencies, and risks
Big Room Planning
Defining team responsibilities
Dependency management
Risk identification
Collaborative planning across teams
03 Sprint Planning Sprint Planning, decomposition, and work distribution +
Sprint Planning
Sprint Planning, decomposition, and work distribution
Sprint Planning
Work decomposition
Activity organization
Responsibility distribution
Sprint execution strategy
04 Incremental Development with Scrum Daily Scrum, increments, and definition of done +
Incremental Development with Scrum
Daily Scrum, increments, and definition of done
Daily Scrum
Incremental development
Increment concept
Definition of done
Potentially releasable deliveries
05 Cross-Team Coordination Synchronization, integration, and collaboration at scale +
Cross-Team Coordination
Synchronization, integration, and collaboration at scale
Product Owner Sync
Progress sharing
Dependency management
Coordination at scale
Cross-team integration
06
Artificial Intelligence Applied to Inspection
Exclusive AI evaluation, visual recognition, and diagnostics
AI evaluation of cities
Visual recognition of built elements
Automated technical diagnostics
Comparative evaluation between versions
Use of structured prompts for solution inspection
07 Continuous Improvement Retrospective, prioritization, and solution evolution +
Continuous Improvement
Retrospective, prioritization, and solution evolution
Critical analysis of results
Improvement prioritization
Sprint Retrospective
Action plan
Continuous solution evolution
Your instructor
Antonio Polo
Accredited Kanban Trainer · Kanban University
Accredited Kanban Trainer Financial market experience
- Official Translator of the Kanban Maturity Model
- One of the first instructors at Kanban University
- Reference in OKRs, Kanban, and Results-Based Management
- Has trained more than 5,000 professionals
- Supported dozens of organizations in creating management systems that increase strategic alignment, predictability, and value delivery
Agile Coach working on Bradesco's transformation 
5.000+ Professionals trained
60+ Classes delivered
4,9/5 Average rating
Other professional experience
What our students say
Real experiences from participants
What's included A complete experience of
A complete experience of
hands-on learning
Your enrollment provides access to a complete hands-on learning experience, combining simulation, team collaboration, and Artificial Intelligence applied to the inspection and continuous improvement process.
Complete workshop materials
Receive all materials used during the activity, including guidelines, exercises, and artifacts that support conducting the simulation.
Hands-on LEGO® activity
Participate in a fully hands-on experience where teams build a city using LEGO® to experience the challenges of planning, integration, and incremental delivery.
Artificial Intelligence evaluation
Use a Generative AI-based evaluation engine to analyze each Sprint, identify improvement opportunities, and track the evolution of the solution built by the teams.
Collaborative exercises
Develop skills through activities that stimulate communication, coordination, negotiation, problem-solving, and group decision-making.
Case studies and experiential learning
Experience situations inspired by real challenges in product development, digital transformation, and technology leadership, applying concepts in a safe environment for experimentation.
Continuous feedback
Throughout the workshop, each team receives structured evaluations that allow identifying risks, validating improvements, and continuously evolving the developed solution.
Certificate of participation
Upon completing the workshop, participants receive a certificate of participation issued by Outcomme.
Methodology
Learn by doing. Evolve with evidence.
This workshop uses an experiential learning approach in which participants develop skills through the practical application of concepts in a collaborative environment. Instead of merely studying Scrum and Artificial Intelligence, participants experience a complete cycle of planning, execution, inspection, and continuous improvement while building a LEGO® city.
Challenge-based learning
Each team takes responsibility for a part of the city and works to deliver complete increments at the end of each Sprint, facing integration, coordination, and decision-making challenges similar to those found in real projects.
Scrum applied in practice
Throughout the activity, participants conduct the main Scrum ceremonies: Big Room Planning, Sprint Planning, Daily Scrum, Review, and Retrospective, understanding in practice the purpose of each event.
Artificial Intelligence as an inspection mechanism
At the end of each Sprint, the built city is evaluated by an Artificial Intelligence engine that analyzes exclusively the elements present in the images, identifies improvement opportunities, and produces a technical diagnostic that guides the next iteration.
Evidence-driven feedback
Teams use the results produced by AI to compare versions of the city, identify implemented improvements, assess the impact of changes, and prioritize new evolution actions during subsequent Sprints.
Continuous improvement
At the end of each cycle, participants conduct a retrospective to analyze results achieved, identify improvement opportunities, and define concrete actions for the next Sprint, reinforcing the principles of inspection, adaptation, and continuous evolution.
Investment
Invest in a hands-on
learning experience
Enrollment fee
To be announced
Pricing and installment options are shared when each class opens.
- In-person workshop participation
- All hands-on activities
- Use of materials during activities
- Collaborative team exercises
- Artificial Intelligence evaluations during Sprints
- Structured feedback on city evolution
- Certificate of participation
Limited spots · classes with a reduced number of participants
Corporate classes
This workshop can be delivered in an in-company format for organizations that want to develop skills in Agility, team collaboration, leadership, systems thinking, and Artificial Intelligence through a highly hands-on experience.
The content can be applied in leadership development programs, corporate academies, internal events, innovation weeks, and organizational transformation initiatives.
Request in-company proposal →Payment methods
Do I need Scrum experience to participate? +
No. The workshop was developed to allow participants to learn the concepts through the hands-on experience itself. Activities are conducted progressively, enabling understanding of Scrum events, roles, and practices throughout the city building.
Do I need to know Artificial Intelligence? +
No. Artificial Intelligence is used as a tool to support delivery inspection. During the workshop, participants learn how to use the prompts and interpret the diagnostics produced by the AI.
Is the workshop hands-on? +
Yes. The methodology is based on experiential learning. Participants work in teams, build a city using LEGO®, conduct Scrum ceremonies, receive AI evaluations, and continuously evolve the solution built.
What does the Artificial Intelligence evaluate? +
The AI analyzes exclusively the elements present in the images of the city built by the teams. Based on this analysis, it produces a category-based diagnostic, identifies improvement opportunities, and compares evolution across Sprints.
Does the workshop use LEGO® throughout the entire activity? +
Yes. Building the LEGO® city is the central element of the activity. All Sprints are conducted around the continuous evolution of the city built by the teams.
How does team evaluation work? +
At the end of each Sprint, teams capture images of the built city. These images are analyzed by an AI-based evaluation engine that generates a technical report used as input for the next iteration.
Will I receive a certificate? +
Yes. Upon completing the workshop, participants receive a certificate of participation issued by Outcomme.
Can the workshop be delivered for companies? +
Yes. The activity was designed to be applied with multiple teams and can be used in corporate development programs, internal academies, innovation events, and organizational transformation initiatives.
Build knowledge. Receive feedback. Evolve continuously.
Ready to join
the next experience?
Join the next class and discover how to combine Scrum, collaboration, and Artificial Intelligence in a learning experience that bridges theory and practice.
LEGO® is a registered trademark of the LEGO Group. The use of the LEGO® name on this page is for educational purposes only.