Grade 9 and above

Portfolio Building Program

A serious engineering track for students ready to turn robotics, AI, CAD, electronics, and competition work into visible proof: build logs, polished demos, technical documentation, and a capstone portfolio.

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Built for students who need more than classes.

The goal is not just to learn tools. The goal is to create durable evidence of thinking, building, iteration, and communication that can be shown in school applications, competitions, internships, and interviews.

Project Portfolio

Structured project pages with problem statement, design choices, iterations, photos, code, and results.

Demo-Ready Builds

Working prototypes that can be presented clearly to teachers, judges, peers, and interview panels.

Technical Writing

Build logs, diagrams, bills of material, design notes, and explanations that show engineering maturity.

Competition Prep

Support for WRO, VEX IQ, Coolest Projects, hackathons, and school innovation showcases.

A studio workflow, not a worksheet.

Students work like junior engineers: define a problem, choose a technical path, build, debug, document, present, and refine. Each cycle produces something useful for the portfolio.

Portfolio Audit

We map the student's current skills, interests, grade goals, prior projects, and competition plans.

Technical Sprint

Students build in focused cycles across robotics, electronics, CAD, coding, AI, or product design.

Documentation Lab

Every build becomes a clean project story with photos, diagrams, decisions, code, and outcomes.

Presentation Polish

Students learn to explain their work clearly through demos, posters, slides, and portfolio pages.

Choose a capstone direction.

The portfolio track is personalized, but every student works toward a clear technical theme that can produce depth instead of scattered one-off projects.

Competition Robotics

Build and tune robots for real challenge constraints.

Drive systems and mechanisms
Sensor-based decision making
Testing and iteration logs

AI and Vision

Use code and cameras to build smarter machines.

Computer vision pipelines
Object detection prototypes
AI-assisted automation demos

Product Prototyping

Turn ideas into physical devices with a clear user problem.

CAD and 3D printed parts
Embedded electronics
User testing and refinement

IoT and Automation

Create connected devices that sense, decide, and respond.

Sensors and dashboards
Home or school automation
Reliability testing

Mechanical Design

Develop robust assemblies and explain the design reasoning.

Linkages, gears, chassis
Fusion 360 or SolidWorks workflow
Manufacturing constraints

Research and Writing

For students who want to show depth in analysis and communication.

Technical essays and posters
Experiment design
Public project documentation

Evidence students can actually show.

The page is designed around visible outcomes: prototypes, team builds, competition attempts, CAD pieces, electronics projects, videos, and reflection.

Mentored by builders.

Students receive guidance on technical direction, debugging, presentation, documentation, and the tricky art of choosing projects that say something meaningful.

Vinay Ummadi

Co-Founder and Robotics Lead

Guides robotics architecture, competition strategy, engineering thinking, and build discipline.

Abhay Waghmare

Hardware and Workshop Expert

Supports fabrication, mechanical structures, hardware debugging, and physical prototype quality.

Program fee and schedule

Portfolio Building is recommended for Grade 9 and above. Students can begin with an Experiment Month, or join the long-term program with the recommended tinkering kit for hands-on learning.

Portfolio track

Rs.24,999

per month for 2 hrs/week and 10 hrs/month. GST extra.

2 hrs/wk Rs.24,999/mo

3 hrs/wk Rs.37,499/mo

4 hrs/wk Rs.49,999/mo

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Questions parents usually ask.

Who is this program for?

Students in Grade 9 and above who are ready to create serious projects, document their work, and prepare for competitions, applications, interviews, or advanced technical opportunities.

Does the student need prior robotics experience?

Some technical exposure helps, but the first step is a portfolio audit. We choose a path based on the student's current level, interests, and goals.

What makes this different from regular classes?

Regular classes build skills. This program turns skills into proof: working prototypes, documentation, project videos, portfolio pages, and presentation-ready demos.

Can the Experiment Month be used for Portfolio Building?

Yes. The Experiment Month fee is charged as one month of the selected program, so Portfolio students pay the Portfolio monthly fee plus GST for that trial month.