New Age Course for ITIs

Integrated STEM Systems Design & Prototyping Junior Technician

From STEM learning to industry readiness and self-employment. The foundation qualification for employment, robotics, AIoT and future manufacturing — built and delivered by EdgeFX Technologies as industry partner.

NSQF Level 3 NCVET Certified CTS Aligned Skill India Industry 4.0
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Statewide approval: Approved by NCVET and DET Telangana (April 24, 2026) for rollout across ITIs and Advanced Technology Centres — with strong vertical progression into Robotics, Manufacturing, Automation and IoT.

Qualification level

NSQF Level 3

Total duration

360 Hours

Structure

125 Theory · 175 Practical · 60 OJT

Curriculum framework

9 Modules

Why This Qualification

The gap isn't in education — it's in application

ITIs are moving from isolated, theory-heavy labs to connected, applied Industry 4.0 ecosystems. This qualification is built specifically to close that gap.

Traditional Learning Models

  • Isolated labs
  • Outdated technology
  • Theory-heavy curriculum
  • Fragmented outcomes

Industry 4.0 Ecosystems

  • Connected ecosystems
  • Digital + physical integration
  • Applied, experiential learning
  • True industry readiness
The Learning Progression Staircase

360 hours of continuous, hands-on, NCVET-aligned capability building

A rigorously structured 9-module framework transitioning learners from foundational component recognition to fully operational embedded system prototyping.

Phase 1 · Modules 1–4

Foundations of Hardware

210 hours

  • M1 · STEM Explorer Fundamentals — concepts, components, tools, safety
  • M2 · Machines, Motion & Mechanisms — simple robots, structural assemblies
  • M3 · Electronics & Circuit Design — circuits, switches, LEDs, motors, power
  • M4 · Testing & Troubleshooting — measurement, fault finding, validation
Phase 2 · Modules 5–7

Embedded Intelligence & Robotics

90 hours

  • M5 · Arduino Microcontrollers — boards, power, programming environment
  • M6 · Arduino Programming & Sensor Interfacing — variables, loops, sensors, actuators
  • M7 · Intelligent Robotics & Automation — motors, controllers, remote-controlled robots
Phase 3 · Modules 8–9

Professional Readiness

60 hours · capstone OJT

  • Workplace Safety — PPE, discipline, hazard identification
  • Technical Documentation — logbooks, structured reports, fault reporting
  • Team Execution — cross-functional tasks, project presentations
  • 60 hours mandatory On-The-Job Training for real-world transition
The Digital Twin

STEMPlay — a gamified Learning Experiential Platform (LEP)

Bridging physical labs with a powerful, AI-driven digital LMS so every learner gets hands-on practice beyond lab hours.

FOR STUDENTS

Virtual prototyping, gamified

High-fidelity virtual prototyping sandboxes, real-time circuit simulation, and gamified sequential learning paths with badges, leaderboards and proficiency certificates.

FOR EDUCATORS

Omnichannel tracking

Automated grading, peer and teacher review, analytics and reports, and comprehensive training manuals — across web and mobile.

AI INTEGRATION

Adaptive & multilingual

Dynamic concept visualisation, personalised and adaptive learning paths, and multilingual text-to-image support for regional-language classrooms.

Execution

The OEM-driven execution blueprint

Execution defines impact. We design it, we build it, we sustain it.

01

Design

System design & institutional planning

02

Engineering

Civil & electrical safety coordination

03

Procurement

Direct OEM integration & vendor management

04

Installation

On-site setup & hardware integration

05

Commissioning

Rigorous testing, calibration & handover

06

Training

Intensive capacity-building for educators

07

Operations

Scalable, ongoing technical support

Beyond NSQF Level 3

Vertical progression pathways

Learners can continue building capability well beyond the foundation qualification, toward certification and placement.

STEP 1

Foundation

STEM tinkering, basic electronics, computational thinking

STEP 2

Applied Labs

Precision pneumatics, PLC logic, sensor network deployment

STEP 3

Advanced Systems

SCARA robotics (IoRT), digital twin simulation, EV powertrain testing

STEP 4

Industry Projects

Rapid prototyping, MSME problem-solving, green fabrication

STEP 5

Certification

Achieving NSQF Level 3.5 to 4.5 proficiencies

STEP 6

Placement

Pitch readiness, commercial visibility, industry integration

State-Level Validation

DET Telangana & NCVET agreement

National Council for Vocational Education and Training (NCVET) and the Department of Employment & Training (DET), Telangana signed an agreement on 24.04.2026 recognising DET as an Awarding Body (AB-Dual).

THE MILESTONE

NCVET recognition

DET Telangana was recognised as an Awarding Body (AB-Dual) by NCVET — eligible to award, assess and certify learners through ITIs, Advanced Technology Centres and empanelled training partners.

THE EDGEFX IMPACT

Explicit approval

The "Integrated STEM Systems Design & Prototyping Junior Technician" qualification has been explicitly approved for rollout across ITIs and Advanced Technology Centers.

FOCUS AREAS

Statewide skilling

Enabling state-wide skilling in IoT-enabled Smart Agriculture, IoT Healthcare, Robotics, Electric Vehicles, Drone Technology, AR/VR and Fashion Design Technology.

Backed by National & Global Standards

Credibility your procurement committee can verify

This qualification sits within EdgeFX's broader DPIIT-recognised, NCVET/DET Telangana-approved skilling portfolio.

ISRO Aligned Partner NSDC Make in India Skill India MSME ZED Certified ISO 9001:2015 ESSCI

Ready to bring this qualification to your ITIs?

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