Build - To - Think Complete Track

Creatine Problem Solving Level 2

📅 Date

27th - 29th March 2026

₹9,000+Taxes, per participant

⏱️ Duration

3 day (20 hours)

📌 Venue

T-works, Hyderabad

🎓 Participation

Open for Age 12+

  • Deep empathy, first comprehensive user immersion over premature solutions

  • Problem precision over speed, validate the right challenge before ideation

  • Case-driven learning, real-world examples illustrate full DT cycles

  • Reflection as ritual, frequent process debriefs build meta-awareness

Workshop Principles

Complete Design Thinking deep dive with real-world case studies

Problem mapping, stakeholder analysis, and the right problem selection

Persona building and detailed user journey mapping

Hands on with 3D printer & Laser cutting methodologies

Advanced ideation tools for user-centered solutions

Strong focus on concept development and documentation

Reflection-driven learning with guided debriefs

Presentation-ready deliverables and prototype roadmap

Built to prepare students for advanced prototyping work

Program Outcomes

By the end of the workshop, students will be able to:

✔ Understand the complete Design Thinking process through real-world applications and case-based learning

Introduction to the latest technologies like Laser cutting & 3D printing.

✔ Perform deep problem discovery by mapping, analyzing, and defining the right challenge to solve

✔ Apply structured creativity tools for user-centered ideation and systematic innovation

✔ Create strong research and concept documentation to support prototype-ready solutions

Highlights

Day 1

Workshop Flow

Creative Problem Solving - Level 1

Day 2

    • Introduction on materials in nature and how to choose the correct material for use.

    • Understanding the terminology of 3D printing.

    • Introduction to basis designs.

    • Machine operations and adjustments.

    • Hands on practice.

    • Introduction on materials in nature and how to choose the correct material for use.

    • Understanding the terminology of Laser cutting machine.

    • Introduction to basis drafting and allocation.

    • Machine operations and adjustments.

Day 3

    • Recap key learnings from Level-1 workshop

    • Share highlights and challenges from rapid prototyping

    • Bridge to deeper design thinking methodology

    • Comprehensive overview of Design Thinking stages

    • Analysis of real-world case studies and applications

    • Understanding when and how to use each stage effectively

    • Form new diverse teams of 5 students each and share pre-defined problem areas with rich context.

    • Introduction to problem mapping methodology

    • Deep exploration of assigned problem area

    • Map multiple problem spaces and sub-problems

    • Identify stakeholders and their relationships

    • Learn criteria for selecting the right problem to solve

    • Evaluate problems using impact and feasibility matrix

    • Complete stakeholder mapping using provided template

    • Develop detailed user persona using template

    • Map complete user journey with touchpoints and emotions

    • Build realistic scenarios for solution testing

    • Structured ideation using advanced design tools

    • Generate diverse solutions addressing user journey pain points

    • Apply selection criteria to identify strongest concepts

    • Develop detailed concept using provided template

    • Document features, benefits, and key innovations

    • Create comprehensive concept card with specifications

    • Detail out concept with technical specifications

    • Simulate concept against user scenarios and journey

    • Identify gaps and refine solution accordingly

    • Present complete design process and deliverables

    • Share prototype roadmap with build strategy

    • Discuss anticipated constraints and mitigation plans

Ready to turn ideas into real prototypes?

Enroll now and start building.