Edenix is not just a machine — it is a teaching platform. Ready-to-run lesson plans, worksheets and assessment rubrics across four domains, built for Indian classrooms, skill labs and research programmes.
Most institutions that buy a robot end up with an expensive display piece. The system arrives, it gets demonstrated twice, and then it sits idle because no teacher has the time to design a term's worth of lessons around it.
We ship the lessons with the machine. Every Edenix installation at an educational institution comes with a structured curriculum a teacher can pick up and run on day one — no robotics background required.
Each domain can be taught standalone, or combined into a full-semester course
Students take the machine apart conceptually — understanding why each component exists, how motion is produced, and how sensors turn the physical world into numbers.
From dragging blocks in the sequence builder to writing Python that drives real hardware — a progression that works for a Class 7 student and a final-year CS project alike.
The agricultural half — taught with a machine that makes every variable measurable and every experiment repeatable.
Where the numbers get uncomfortable and interesting — students measure the real resource cost of the food they eat.
The same four domains, pitched at three different levels
Activity-led sessions of 40–60 minutes that fit a standard period. Emphasis on observation, measurement and group work. Pairs naturally with skill-subject and Atal Tinkering Lab programmes.
Hands-on modules built around maintenance, fault diagnosis, wiring, calibration and tool fabrication — the employable skills, assessed on a practical rubric.
Capstone project briefs and replicable experiment protocols. Students design trials, collect automated data and publish results — with full API access for custom instrumentation.
Every lesson carries its alignment on the header, so the mapping work is already done for your department
| Framework | How the curriculum aligns | Applies to |
|---|---|---|
| NEP 2020 | Experiential and multidisciplinary learning; vocational exposure from the middle stage; integration of coding and computational thinking with real-world application. | All tracks |
| CBSE / NCERT | Cross-links to science, mathematics and the skill-subject syllabi. Per-lesson chapter and code references are filled in by our curriculum reviewer for your board. | Class 6 – 12 |
| ICAR | Agronomy, soil science and precision-agriculture practicals; experiential learning and rural entrepreneurship components. | Agri universities, KVKs |
| AICTE / UGC | Laboratory and capstone project outcomes across mechanical, electronics, computer science and agricultural engineering programmes. | Diploma, UG, PG |
| NSQF | Practical competency units suited to skill-level certification in ITIs and polytechnics. | ITI, Polytechnic |
We deliberately do not print specific chapter numbers or competency codes on this page. Boards revise them, and a stale code in a lesson plan is worse than none at all. Instead, every lesson template ships with an alignment block that our curriculum reviewer completes against your board, your syllabus year and your programme outcomes before handover.
If your institution has a specific accreditation requirement — NAAC, NBA, or a state board mapping — tell us at the quote stage and we will supply the mapping document with the system.
A teacher who has run one lesson can run any of them
Below the overview block, each lesson follows a fixed sequence: learning outcomes, teacher preparation, a step-by-step run sheet with timings, a student worksheet, an assessment rubric, extension activities for faster students, and a safety note.
Edenix runs on the FarmBot Genesis platform, and the global FarmBot community has released an extensive library of open educational resources into the public domain under a CC0 dedication. We have drawn on that foundation — as anyone is free to do — and rebuilt it for Indian classrooms: remapped to Indian curricular frameworks, rewritten around Indian crops and growing seasons, translated into Hindi and Gujarati, and re-illustrated with photographs of our own systems in the field.
FarmBot is a trademark of FarmBot Inc. Kalp Yantra is an independent company and is not affiliated with, endorsed by, or sponsored by FarmBot Inc. Our curriculum materials are produced independently and any errors in them are ours alone.
We think this is worth saying plainly rather than hiding: standing on open foundations is how good engineering education works. It also means your institution is not locked into a single vendor's teaching material.
Tell us your board, programme and student numbers. We will send an institutional quote with GST invoicing and purchase-order terms, plus the curriculum alignment document for your accreditation file.