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Products · Vocational Training Kits · NSQF Aligned

Vocational Kits Built for
Hands-On Skill Training

Vocational Kits Built for
Hands-On Skill Training

Simulator rigs, sensor kits, and DIY project modules used across our vocational labs — designed to turn theory into real, testable skills students can actually build with their hands.

Simulator rigs, sensor kits, and DIY project modules used across our vocational labs — designed to turn theory into real, testable skills students can actually build with their hands.

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SMV1

SMV1

Refrigeration Cycle Simulator

Refrigeration Cycle Simulator

Objective

Objective

To understand the concept of refrigeration and fault finding.

To understand the concept of refrigeration and fault finding.

Description

Description

The Refrigeration Cycle Test Rig consists of a compressor unit, condenser, evaporator, cooling chamber, controlling devices and measuring instruments fitted on a stand and control panel. The hermetically sealed compressor is mounted with flexible foundation bolts to minimize vibration; power is fed through a thermostatic switch.

The Refrigeration Cycle Test Rig consists of a compressor unit, condenser, evaporator, cooling chamber, controlling devices and measuring instruments fitted on a stand and control panel. The hermetically sealed compressor is mounted with flexible foundation bolts to minimize vibration; power is fed through a thermostatic switch.

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SMV2

SMV2

LED TV Simulator

LED TV Simulator

Objective

Objective

To understand the concept of how an LED panel / TV works.

To understand the concept of how an LED panel / TV works.

Description

Description

Consists of a 21" LED TV with all parts mounted in a wooden box. Internal parts are displayed for better understanding of the circuitry and blocks, with various faults and test points provided.

Consists of a 21" LED TV with all parts mounted in a wooden box. Internal parts are displayed for better understanding of the circuitry and blocks, with various faults and test points provided.

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SMV3

SMV3

Computer Hardware Simulator

Objective

Objective

To understand computer hardware and familiarity with block diagrams and operating principles.

Description

Description

Consists of a desktop computer with all parts mounted in a wooden box. Internal parts are displayed for better understanding of circuitry and blocks, with various faults and test points provided.

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SMV4

SMV4

Basic Electronic Kit

Objective

Objective

To enhance electronic and STEM skills.

Description

Description

Solderless board, multimeter, motors, switches, LEDs, capacitors, resistors, battery and other components for projects like LDR street lights, fire alarms, seat-belt circuits and appliance door circuits. All components included in a plastic box.

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SMV5

SMV5

Electronics for Fun and Creativity

Objective

Objective

Practical application of theory, design, innovation, creativity and adaptability to industrial practices.

Description

Description

Breadboard, transistors, diodes, IC555 and sensors like LDR for projects such as LED matrix displays, temperature-adjusting fans, sound-triggered alarms and touch-responsive LEDs. All components included in a plastic box.

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SMV6

SMV6

Sensor Based Interactive Projects

Objective

Objective

Practical application of theory, design, innovation, creativity and adaptability to industrial practices.

Description

Description

Breadboard and Arduino Nano with ultrasonic, PIR, moisture and RFID sensors for projects like a smart dustbin, smart irrigation, RFID door locking and a temperature-humidity indicator. All components included in a plastic box.

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SMV7

IoT Based Projects

Objective

Objective

Practical application of IoT, design, innovation, creativity and adaptability to industrial practices.

Description

Description

Breadboard and Arduino Nano with sensors for home automation, motion detection, smart displays and touch-responsive automatic night lights.

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SMV8

SMV8

Pre Planned Navigated Vehicle

Objective

Objective

Practical application of robotics, coding, design, innovation, creativity and adaptability to industrial practices.

Description

Description

Breadboard and Arduino Nano with an ultrasonic sensor to build a path-following robot.

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SMV9

Introduction to Drones

Objective

Objective

Practical application of robotics, coding, design, innovation, creativity and adaptability to industrial practices.

Description

Description

Drone DIY kit with full assembly — flight controller, motors, propellers, ESCs, batteries, frame, GPS module and telemetry system.

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SMV10

SMV10

Moisture Finding Rovers

Objective

Objective

Practical application of robotics, coding, design, innovation, creativity and adaptability to industrial practices.

Description

Description

A moisture and temperature detection rover.

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