Step Into the World of
Step Into the World of
Step Into the World of
Product Design for Agentic Systems
Product Design for Agentic Systems
Product Design for Agentic Systems
(Also Known as Product Design)
Learn Figma in depth, then design specifically for AI products — non-deterministic output, reasoning visibility, and multi-step agent flows that hand control back to the user.
1-Year Program · In-Person, Hisar Campus · Paid Internship Included · 100% Placement Guarantee
Step Into the World of
Product Design for Agentic Systems
(Also Known as Product Design)
Learn Figma in depth, then design specifically for AI products — non-deterministic output, reasoning visibility, and multi-step agent flows that hand control back to the user.
1-Year Program · In-Person, Hisar Campus · Paid Internship Included · 100% Placement Guarantee
Step Into the World of
Product Design for Agentic Systems
(Also Known as Product Design)
Learn Figma in depth, then design specifically for AI products — non-deterministic output, reasoning visibility, and multi-step agent flows that hand control back to the user.
1-Year Program · In-Person, Hisar Campus · Paid Internship Included · 100% Placement Guarantee
Built for AI-Native Product Design
Built for AI-Native Product Design
Built for AI-Native Product Design
Built for AI-Native Product Design
Built for AI-Native Product Design
Product Design for Agentic Systems (formerly UI/UX Designing) keeps Figma as the core toolkit, then tackles a problem traditional UX training doesn't cover: designing for AI systems that are sometimes wrong, and for agents that plan and act across multiple steps rather than answering in one turn. Your capstone connects to a real or lightly mocked agent backend, so your usability testing reflects actual agent behavior, not idealized static screens.
Product Design for Agentic Systems (formerly UI/UX Designing) keeps Figma as the core toolkit, then tackles a problem traditional UX training doesn't cover: designing for AI systems that are sometimes wrong, and for agents that plan and act across multiple steps rather than answering in one turn. Your capstone connects to a real or lightly mocked agent backend, so your usability testing reflects actual agent behavior, not idealized static screens.
Figma · Generative Design Plugins · Agentic UX · Human-in-the-Loop Patterns · System Prompts as UX Artifacts
Figma · Generative Design Plugins · Agentic UX · Human-in-the-Loop Patterns · System Prompts as UX Artifacts
Curriculum Shift:
Before → After
Curriculum Shift:
Before → After
Previously:
Figma — wireframing, prototyping, and core UX fundamentals, built around deterministic, single-screen design problems with a static Figma mockup as the capstone.
Now Includes:
The same Figma foundation, plus AI-assisted prototyping and generative design plugins, a unit on designing for non-deterministic AI output (communicating uncertainty and hallucination risk, writing system prompts as a UX artifact), and a dedicated Agentic UX module — reasoning visibility, human-in-the-loop approval, state design, and undo/rollback. The capstone now connects to a real or lightly mocked agent backend (e.g., v0 by Vercel) instead of static frames.
Curriculum Shift:
Before → After
Previously:
Figma — wireframing, prototyping, and core UX fundamentals, built around deterministic, single-screen design problems with a static Figma mockup as the capstone.
Now Includes:
The same Figma foundation, plus AI-assisted prototyping and generative design plugins, a unit on designing for non-deterministic AI output (communicating uncertainty and hallucination risk, writing system prompts as a UX artifact), and a dedicated Agentic UX module — reasoning visibility, human-in-the-loop approval, state design, and undo/rollback. The capstone now connects to a real or lightly mocked agent backend (e.g., v0 by Vercel) instead of static frames.
Curriculum Shift:
Before → After
Previously:
Figma — wireframing, prototyping, and core UX fundamentals, built around deterministic, single-screen design problems with a static Figma mockup as the capstone.
Now Includes:
The same Figma foundation, plus AI-assisted prototyping and generative design plugins, a unit on designing for non-deterministic AI output (communicating uncertainty and hallucination risk, writing system prompts as a UX artifact), and a dedicated Agentic UX module — reasoning visibility, human-in-the-loop approval, state design, and undo/rollback. The capstone now connects to a real or lightly mocked agent backend (e.g., v0 by Vercel) instead of static frames.
Curriculum Shift:
Before → After
Previously:
Figma — wireframing, prototyping, and core UX fundamentals, built around deterministic, single-screen design problems with a static Figma mockup as the capstone.
Now Includes:
The same Figma foundation, plus AI-assisted prototyping and generative design plugins, a unit on designing for non-deterministic AI output (communicating uncertainty and hallucination risk, writing system prompts as a UX artifact), and a dedicated Agentic UX module — reasoning visibility, human-in-the-loop approval, state design, and undo/rollback. The capstone now connects to a real or lightly mocked agent backend (e.g., v0 by Vercel) instead of static frames.
Beyond Traditional Product Design
Beyond Traditional Product Design
Beyond Traditional Product Design
Beyond Traditional Product Design
Beyond Traditional Product Design
Master modern UX with Figma while designing interfaces that communicate AI behavior, uncertainty, and intelligent workflows.
Master modern UX with Figma while designing interfaces that communicate AI behavior, uncertainty, and intelligent workflows.
The Problem
The Problem
Traditional wireframing skills aren't enough anymore.
Traditional wireframing skills aren't enough anymore.
AI is changing how designers prototype.
AI is changing how designers prototype.
AI interfaces need to handle uncertainty.
AI interfaces need to handle uncertainty.
Autonomous agents require new UX patterns.
Autonomous agents require new UX patterns.
Designers must account for AI errors and approvals.
Designers must account for AI errors and approvals.
The Solution
The Solution
Master Figma as your core UX toolkit.
Master Figma as your core UX toolkit.
Design interfaces that handle AI uncertainty.
Design interfaces that handle AI uncertainty.
Learn Agentic UX and reasoning visibility.
Learn Agentic UX and reasoning visibility.
Design human approval, undo & rollback flows.
Design human approval, undo & rollback flows.
Test designs with real or mocked AI agents.
Why Learn With RCL
Why Learn With RCL
Why Learn With RCL
Why Learn With RCL
Why Learn With RCL
You're the one doing the building, shipping, and interviewing — this isn't RCL's story to be the hero of. Our job is to guide you there. Here's how, for Backend Engineering for AI Systems:
You're the one doing the building, shipping, and interviewing — this isn't RCL's story to be the hero of. Our job is to guide you there. Here's how, for Backend Engineering for AI Systems:
Full Design Process, Kept
Wireframing, prototyping, and core UX fundamentals in Figma.
Full Design Process, Kept
Wireframing, prototyping, and core UX fundamentals in Figma.
Full Design Process, Kept
Wireframing, prototyping, and core UX fundamentals in Figma.
Full Design Process, Kept
Wireframing, prototyping, and core UX fundamentals in Figma.
Full Design Process, Kept
Wireframing, prototyping, and core UX fundamentals in Figma.
Designing for Uncertainty
Communicating hallucination risk and non-deterministic output visually, not hiding it.
Designing for Uncertainty
Communicating hallucination risk and non-deterministic output visually, not hiding it.
Designing for Uncertainty
Communicating hallucination risk and non-deterministic output visually, not hiding it.
Designing for Uncertainty
Communicating hallucination risk and non-deterministic output visually, not hiding it.
Designing for Uncertainty
Communicating hallucination risk and non-deterministic output visually, not hiding it.
A Functional Capstone, Not Just Screens
Connected to a real or lightly mocked agent backend for realistic usability testing.
A Functional Capstone, Not Just Screens
Connected to a real or lightly mocked agent backend for realistic usability testing.
A Functional Capstone, Not Just Screens
Connected to a real or lightly mocked agent backend for realistic usability testing.
A Functional Capstone, Not Just Screens
Connected to a real or lightly mocked agent backend for realistic usability testing.
A Functional Capstone, Not Just Screens
Connected to a real or lightly mocked agent backend for realistic usability testing.
Placement Guarantee
Training ends with a placement plan, not just a certificate.
Placement Guarantee
Training ends with a placement plan, not just a certificate.
Placement Guarantee
Training ends with a placement plan, not just a certificate.
Placement Guarantee
Training ends with a placement plan, not just a certificate.
Placement Guarantee
Training ends with a placement plan, not just a certificate.
A Genuine Agentic UX Module
Reasoning visibility, human-in-the-loop approval, state design for long-running tasks, undo/rollback patterns.
A Genuine Agentic UX Module
Reasoning visibility, human-in-the-loop approval, state design for long-running tasks, undo/rollback patterns.
A Genuine Agentic UX Module
Reasoning visibility, human-in-the-loop approval, state design for long-running tasks, undo/rollback patterns.
A Genuine Agentic UX Module
Reasoning visibility, human-in-the-loop approval, state design for long-running tasks, undo/rollback patterns.
A Genuine Agentic UX Module
Reasoning visibility, human-in-the-loop approval, state design for long-running tasks, undo/rollback patterns.
Curriculum (Samples Modules)
Curriculum (Samples Modules)
Design Fundamentals
Learning Objective
Build a strong foundation in visual design and UX process
Visual design principles, Design systems, User research & wireframing
Design Fundamentals
Learning Objective
Build a strong foundation in visual design and UX process
Visual design principles, Design systems, User research & wireframing
Prototyping in Figma
Learning Objective
Turn wireframes into interactive, testable prototypes.
High-fidelity prototyping, AI-assisted / generative design plugins
Prototyping in Figma
Learning Objective
Turn wireframes into interactive, testable prototypes.
High-fidelity prototyping, AI-assisted / generative design plugins
Designing for AI Products
Learning Objective
Design interfaces that handle non-deterministic AI output responsibly.
Designing for Uncertainty, System prompts as a design artifact
Designing for AI Products
Learning Objective
Design interfaces that handle non-deterministic AI output responsibly.
Designing for Uncertainty, System prompts as a design artifact
Agentic UX
Learning Objective
Design for systems that plan, use tools, and act across multiple steps.
Multi-step flows & checkpoints, Reasoning visibility, State design, Human-in-the-loop approval patterns
Agentic UX
Learning Objective
Design for systems that plan, use tools, and act across multiple steps.
Multi-step flows & checkpoints, Reasoning visibility, State design, Human-in-the-loop approval patterns
Capstone: Functional Prototype
Learning Objective
Test a prototype against real or lightly mocked agent behavior.
Connecting a prototype to a real/mocked agent backend (e.g., v0 by Vercel), Usability testing under real latency
Capstone: Functional Prototype
Learning Objective
Test a prototype against real or lightly mocked agent behavior.
Connecting a prototype to a real/mocked agent backend (e.g., v0 by Vercel), Usability testing under real latency
Curriculum (Samples Modules)
Design Fundamentals
Learning Objective
Build a strong foundation in visual design and UX process
Visual design principles, Design systems, User research & wireframing
Prototyping in Figma
Learning Objective
Turn wireframes into interactive, testable prototypes.
High-fidelity prototyping, AI-assisted / generative design plugins
Designing for AI Products
Learning Objective
Design interfaces that handle non-deterministic AI output responsibly.
Designing for Uncertainty, System prompts as a design artifact
Agentic UX
Learning Objective
Design for systems that plan, use tools, and act across multiple steps.
Multi-step flows & checkpoints, Reasoning visibility, State design, Human-in-the-loop approval patterns
Capstone: Functional Prototype
Learning Objective
Test a prototype against real or lightly mocked agent behavior.
Connecting a prototype to a real/mocked agent backend (e.g., v0 by Vercel), Usability testing under real latency
Curriculum (Samples Modules)
Design Fundamentals
Learning Objective
Build a strong foundation in visual design and UX process
Visual design principles, Design systems, User research & wireframing
Prototyping in Figma
Learning Objective
Turn wireframes into interactive, testable prototypes.
High-fidelity prototyping, AI-assisted / generative design plugins
Designing for AI Products
Learning Objective
Design interfaces that handle non-deterministic AI output responsibly.
Designing for Uncertainty, System prompts as a design artifact
Agentic UX
Learning Objective
Design for systems that plan, use tools, and act across multiple steps.
Multi-step flows & checkpoints, Reasoning visibility, State design, Human-in-the-loop approval patterns
Capstone: Functional Prototype
Learning Objective
Test a prototype against real or lightly mocked agent behavior.
Connecting a prototype to a real/mocked agent backend (e.g., v0 by Vercel), Usability testing under real latency
Curriculum (Samples Modules)
Design Fundamentals
Learning Objective
Build a strong foundation in visual design and UX process
Visual design principles, Design systems, User research & wireframing
Prototyping in Figma
Learning Objective
Turn wireframes into interactive, testable prototypes.
High-fidelity prototyping, AI-assisted / generative design plugins
Designing for AI Products
Learning Objective
Design interfaces that handle non-deterministic AI output responsibly.
Designing for Uncertainty, System prompts as a design artifact
Agentic UX
Learning Objective
Design for systems that plan, use tools, and act across multiple steps.
Multi-step flows & checkpoints, Reasoning visibility, State design, Human-in-the-loop approval patterns
Capstone: Functional Prototype
Learning Objective
Test a prototype against real or lightly mocked agent behavior.
Connecting a prototype to a real/mocked agent backend (e.g., v0 by Vercel), Usability testing under real latency
Projects You'll Build
Projects You'll Build
Projects You'll Build
Projects You'll Build
Projects You'll Build
Build portfolio-ready product design projects that demonstrate your ability to create intuitive, AI-powered user experiences.
Build portfolio-ready product design projects that demonstrate your ability to create intuitive, AI-powered user experiences.
Product Redesign Case Study
Redesign a mobile or web app with a complete UX case study.
Product Redesign Case Study
Redesign a mobile or web app with a complete UX case study.
AI Product Interface
Design an AI interface that clearly communicates uncertainty and system feedback.
AI Product Interface
Design an AI interface that clearly communicates uncertainty and system feedback.
Agentic UX Workflow
Create an agentic workflow with approvals and transparent user interactions.
Agentic UX Workflow
Create an agentic workflow with approvals and transparent user interactions.
Functional AI Prototype
Build and test a prototype connected to a real or mocked AI backend.
Functional AI Prototype
Build and test a prototype connected to a real or mocked AI backend.
Learning Path
Learning Path
Learning Path
Learning Path
Learning Path
1
2
3
4
5
Learn the Fundamentals
Master UX principles, product thinking, and Figma to build strong design foundations.
Design for AI Uncertainty
Learn to design interfaces that communicate AI confidence, errors, and uncertainty.
Build Agentic UX Flows
Create intelligent user journeys with approvals, transparency, and human oversight.
Test a Functional Prototype
Validate your designs by testing prototypes connected to real or mocked AI systems.
Intern & Get Placed
Gain industry experience through internships and dedicated placement support.
1
2
3
4
5
Learn the Fundamentals
Master UX principles, product thinking, and Figma to build strong design foundations.
Design for AI Uncertainty
Learn to design interfaces that communicate AI confidence, errors, and uncertainty.
Build Agentic UX Flows
Create intelligent user journeys with approvals, transparency, and human oversight.
Test a Functional Prototype
Validate your designs by testing prototypes connected to real or mocked AI systems.
Intern & Get Placed
Gain industry experience through internships and dedicated placement support.
1
2
3
4
5
Learn the Fundamentals
Master UX principles, product thinking, and Figma to build strong design foundations.
Design for AI Uncertainty
Learn to design interfaces that communicate AI confidence, errors, and uncertainty.
Build Agentic UX Flows
Create intelligent user journeys with approvals, transparency, and human oversight.
Test a Functional Prototype
Validate your designs by testing prototypes connected to real or mocked AI systems.
Intern & Get Placed
Gain industry experience through internships and dedicated placement support.
1
2
3
4
5
Learn the Fundamentals
Master UX principles, product thinking, and Figma to build strong design foundations.
Design for AI Uncertainty
Learn to design interfaces that communicate AI confidence, errors, and uncertainty.
Build Agentic UX Flows
Create intelligent user journeys with approvals, transparency, and human oversight.
Test a Functional Prototype
Validate your designs by testing prototypes connected to real or mocked AI systems.
Intern & Get Placed
Gain industry experience through internships and dedicated placement support.
1
2
3
4
5
Learn the Fundamentals
Master UX principles, product thinking, and Figma to build strong design foundations.
Design for AI Uncertainty
Learn to design interfaces that communicate AI confidence, errors, and uncertainty.
Build Agentic UX Flows
Create intelligent user journeys with approvals, transparency, and human oversight.
Test a Functional Prototype
Validate your designs by testing prototypes connected to real or mocked AI systems.
Intern & Get Placed
Gain industry experience through internships and dedicated placement support.
Beyond Static Screens
Beyond Static Screens
Beyond Static Screens
Beyond Static Screens
Beyond Static Screens
You leave with a functional capstone prototype, not just static screens, able to design for AI products that plan & act across multiple steps, backed by a placement guarantee.
You leave with a functional capstone prototype, not just static screens, able to design for AI products that plan & act across multiple steps, backed by a placement guarantee.
You leave with a functional capstone prototype, not just static screens, able to design for AI products that plan & act across multiple steps, backed by a placement guarantee.
You leave with a functional capstone prototype, not just static screens, able to design for AI products that plan & act across multiple steps, backed by a placement guarantee.
Who This Course Is For
Who This Course Is For
Who This Course Is For
Who This Course Is For
Who This Course Is For
Turn your ideas into autonomous AI workflows, even without a traditional coding background.
Turn your ideas into autonomous AI workflows, even without a traditional coding background.
Graduates
Launch a product design career with practical UX, UI, and AI design skills.
Graduates
Launch a product design career with practical UX, UI, and AI design skills.
Graduates
Launch a product design career with practical UX, UI, and AI design skills.
MBA Students
Prepare for product and innovation roles with modern product design expertise.
MBA Students
Prepare for product and innovation roles with modern product design expertise.
MBA Students
Prepare for product and innovation roles with modern product design expertise.
Future AI Product Designers
Learn to design intelligent, AI-native products beyond traditional applications.
Future AI Product Designers
Learn to design intelligent, AI-native products beyond traditional applications.
Future AI Product Designers
Learn to design intelligent, AI-native products beyond traditional applications.
Duration & Fees
Duration & Fees
Duration & Fees
1 year · ₹88,499
1 year · ₹88,499
1 year · ₹88,499
1 year · ₹88,499
Duration & Fees
Duration & Fees
Duration & Fees
Not applicable — no deployed software artifact to test.
Not applicable — no deployed software artifact to test.
Not applicable — no deployed software artifact to test.
Not applicable — no deployed software artifact to test.
Frequently Asked Questions
Frequently Asked Questions
Frequently Asked Questions
Frequently Asked Questions
Frequently Asked Questions
Common Questions from Students & Parents
Common Questions from Students & Parents
Common Questions from Students & Parents
Common Questions from Students & Parents
Is this the same as the old UI/UX Designing course, or something different?
Same course, just renamed and updated with new AI-related design skills.
Do I need a tech background to join?
What will I learn in this course?
Will this help me get a job?
Is this the same as the old UI/UX Designing course, or something different?
Same course, just renamed and updated with new AI-related design skills.
Do I need a tech background to join?
What will I learn in this course?
Will this help me get a job?
Is this the same as the old UI/UX Designing course, or something different?
Same course, just renamed and updated with new AI-related design skills.
Do I need a tech background to join?
What will I learn in this course?
Will this help me get a job?
Is this the same as the old UI/UX Designing course, or something different?
Same course, just renamed and updated with new AI-related design skills.
Do I need a tech background to join?
What will I learn in this course?
Will this help me get a job?
More About the Course
More About the Course
More About the Course
More About the Course
Is this the same as the old UI/UX Designing course?
It's the direct update — same URL and program length, with AI-product design and a full Agentic UX module added.
Do I need to know how to code?
What is “Agentic UX”?
Is placement guaranteed?
Do I need a design portfolio to join?
How is this different from Generative Motion Design & Video Production?
What tools will I use besides Figma?
What job roles does this prepare me for?
Is this the same as the old UI/UX Designing course?
It's the direct update — same URL and program length, with AI-product design and a full Agentic UX module added.
Do I need to know how to code?
What is “Agentic UX”?
Is placement guaranteed?
Do I need a design portfolio to join?
How is this different from Generative Motion Design & Video Production?
What tools will I use besides Figma?
What job roles does this prepare me for?
Is this the same as the old UI/UX Designing course?
It's the direct update — same URL and program length, with AI-product design and a full Agentic UX module added.
Do I need to know how to code?
What is “Agentic UX”?
Is placement guaranteed?
Do I need a design portfolio to join?
How is this different from Generative Motion Design & Video Production?
What tools will I use besides Figma?
What job roles does this prepare me for?
Is this the same as the old UI/UX Designing course?
It's the direct update — same URL and program length, with AI-product design and a full Agentic UX module added.
Do I need to know how to code?
What is “Agentic UX”?
Is placement guaranteed?
Do I need a design portfolio to join?
How is this different from Generative Motion Design & Video Production?
What tools will I use besides Figma?
What job roles does this prepare me for?
Product Design for Agentic Systems (Product Design)
Product Design for Agentic Systems (Product Design)
Product Design for Agentic Systems (Product Design)
Book a free demo class and speak with our mentors to see if this program is right for you.
Book a free demo class and speak with our mentors to see if this program is right for you.
Design the Next Generation of Products.
Design the Next Generation of Products.
Design the Next Generation of Products.
Design the Next Generation of Products.
Design the Next Generation of Products.
Take the first step toward designing intelligent, AI-powered digital products with expert mentorship and real-world projects.
RadialCode Learn helps students transform from beginners into industry-ready developers through practical training, live projects, internships, and career-focused mentorship.
RadialCode Learn helps students transform from beginners into industry-ready developers through practical training, live projects, internships, and career-focused mentorship.
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© 2026 RadialCode Learn. All Rights Reserved.
© 2026 RadialCode Learn. All Rights Reserved.