Welcome, Guest!
Learning Machines
Training Objectives
Autonomous robots such as drones are increasingly leveraging machine learning methods to acquire new capabilities that enable them to perform tasks more flexibly and robustly. At the same time, applications of autonomous robots also have important ethical and policy considerations to consider as this exciting technology continues to expand and evolve.
Accordingly, we consider how to design, train, and integrate autonomous robots into human-robot teams to better achieve mission objectives and reduce uncertainty especially with operatives in military and government functions.
Learning Machines Training is a team-based, hands-on learning experience created by the MIT Media Lab where participants work on a series of highly structured coding projects to build and interact with their own machine learning models applied to physical robots and virtual agents.
By the end of this exciting three-day course, participants will have:
Set Learning Machine Strategies.
Lead Learning Machine Tasks.
Asked Important Questions Around Autonomous Systems.
Received a Learning Machines Certificate of Completion.
Key Learning Objectives
How do autonomous
robots work?
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Demystify AI Algorithms
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Hands-on experience in building autonomous robot technologies
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Appreciate what’s hard
What are the challenges
and opportunities in
autonomous robots?
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Autonomous Robot/Agent Applications
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More informed to set strategy
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More informed to lead operations
How do you make
autonomous robots
responsibly?
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Gain experience in Humans + Robots
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Think through ethical considerations
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Think through policy considerations
FAQS
The 12 Learning Milestones Covered In This Training
Seeing
Machines
Supervised Learning
Bias and Privacy
Conversational AI
Reinforcement Learning
Training & Evaluation
Ethics and Policy
AI Leadership
Generative Media
Generative Code
Responsible Design
AI, Culture & Change
This three-day workshop isn’t just a course, it’s an immersive learning experience!
We hope you not only leave this course with deeper technical, operational, and strategic insights as to the challenges and opportunities of responsible autonomous robotic systems -- but also we hope you have a ton of fun and make new friends. Be warned! There will be a friendly team-based competition to bring it all together. So get ready to be in it to win it!
Professor Cynthia Breazeal
Lead Instructor and Principal Investigator