Composite skill labs
₹2-5 lakhs
    • Skill Areas Covered:
    • Basic Electronics
    • Arts & Crafts
    • 3D printing 
    • prototyping 
    • film making corner
    • Life Skills
    • Digital Literacy
    • electrical/plumbng practice
    •  

    Space Requirement: 400-600 sq ft

  • Student Capacity: 25-30 students 
  • Space Requirement: 400-600 sq ft
  • Student Capacity: 25-30 students 
  • Infrastructure & Equipment:
  • Furniture & Layout:
  • 4 multipurpose workstations with storage
  • Teacher demonstration table with projection facility
  • Storage cabinets for tools and materials
  • Display boards for project showcases
  • Basic safety equipment storage
  •  
  • Tools & Equipment:
  • Hand tools set (screwdrivers, pliers, measuring tools)
  • Basic electronic components and breadboards
  • Art and craft supplies
  • Simple woodworking tools
  • Safety equipment (goggles, gloves, aprons)
  •  
  • Technology Infrastructure:
  • 1 computer/laptop for teacher demonstration
  • 65in interactive flat panel 
  • Wi-Fi connectivity
  • Power outlets at each workstation
  •  
  •  
  • Lab Features:
  • Flexible workstation arrangement
  • Basic project-based learning setup
  • Safety compliance as per CBSE norms
  • Storage for student projects
  • Display area for completed work
Composite skill labs
₹3.5-6.5 lakhs
      • Skill Areas Covered:
      • Advanced Electronics & Robotics
      • 3D printing 
      • drones 
      • prototyping 
      • Digital Design & CAD basics
      • art craft 
      • electrical plumbing basics 
      • design thinking 
      • film making /editing
      • wood working
      •  
    • Space Requirement: 800-1000 sq ft
    • Student Capacity: 25-30 
    • Infrastructure & Equipment:
    • Furniture & Layout:
    • 6 modular workstations with individual storage
    • Dedicated electronics workbench area
    • Computer workstation zone (4 systems) top end variant
    • Teacher’s demonstration area 
    • Separate storage area
    • Project display gallery
    •  
    • Technology Infrastructure:
    • 8-10 desktop computers/laptops
    • 75in Interactive flat panel 
    • High-speed internet connectivity
    • Individual power and data points
    • Air conditioning/ventilation system
    •  
    • Advanced Tools & Equipment:
    • Digital multimeters and electronic testing equipment
    • Soldering stations with safety equipment
    • 3D printing setup (basic level)
    • Robotics kits and microcontrollers
    • Advanced hand tools and power tools
    • Material testing equipment
    • Photography/videography equipment for documentation
    •  
    • Software & Digital Resources:
    • CAD software licenses
    • Programming environments
    • Simulation software
    • Digital learning resources
    • Project management tools
    •  
    • Lab Features:
    • Zoned areas for different activities
    • Advanced project storage and display
    • Digital documentation capabilities
    • Safety systems (fire safety, first aid)
    • Flexible furniture for group work
    • Internet-enabled learning resources
₹9-17 lakhs
        • Skill Areas Covered:
        • Advanced Electronics & Robotics
        • AI coding [vibe coding ]
        • drones
        • 3D printing 
        • prototyping 
        • Digital Design & CAD basics
        • art craft 
        • electrical plumbing basics 
        • design thinking 
        • film making /editing
        • wood working
      •  
      • Space Requirement: 1200-1500 sq ft
    • Student Capacity: 40-60 
    • Infrastructure & Equipment:
    • Furniture & Layout:
    • 6 modular smart workstations
    • Dedicated zones: Electronics, Computing, Design, Innovation
    • Collaboration spaces with mobile furniture
    • Teacher’s control station with lab management system
    • Separate storage and preparation room
    • Innovation showcase area
    • Meeting/presentation room
    •  
    • Technology Infrastructure:
    • 15-20 high-performance computers/laptops
    • Interactive smart panels (multiple units)
    • High-speed fiber internet with backup
    • Individual smart power and data management
    • Advanced lighting control system
    • Climate control with air purification
    • Security and access control systems
    • Professional-Grade Equipment:
    • Advanced 3D printing and prototyping equipment
    • CNC machines (basic level)
    • IoT and sensor integration kits
    • Advanced robotics platforms
    • Professional electronics testing equipment
    • Industry-standard software suites
    • Virtual/Augmented Reality setup
    • High-end photography/videography equipment
    • Digital Infrastructure:
    • Cloud-based project collaboration platform
    • Industry simulation software
    • Advanced CAD/CAM software licenses
    • Programming and development tools
    • AI/ML learning platforms
    • Digital portfolio management system
    • Industry Interface:
    • Video conferencing setup for industry interactions
    • Professional presentation equipment
    • Industry mentor interaction space
    • Career guidance resources
    • Certification exam facilities
    •  
    • Lab Features:
    • Smart lab management system
    • Digital twin of physical projects
    • Industry-standard workflow simulation
    • Advanced safety and monitoring systems
    • Professional project documentation
    • Industry partnership integration
    • Career pathway guidance

Entry-level FDM printers for prototyping projects •

Programmable robots like Arduino-based systems •

Arduino boards, Raspberry Pi units •

Breadboards, sensors, LEDs, resistors •

Smart sensors and automation tools

PictoBlox, Scratch, Python

CAD programs, 3D modeling applications 

Virtual robotics and electronics simulators

Code editors and programming environments

Smart sensors and automation tools

  • Hand Tools: Screwdrivers, pliers, wire strippers, multimeters • Measurement Tools: Rulers, calipers, measuring tapes • Craft Supplies: Various materials for creative projects • Basic Workshop Tools: Drills, saws (child-safe versions)
  • Fire Safety: Extinguishers, smoke detectors, fire blankets • First Aid: Complete first aid kits easily accessible • Eye Protection: Safety goggles for each student • Emergency Equipment: Eyewash stations, emergency shutdown switches • Protective Gear: Aprons, gloves for different activities
 Access Control: Key card or biometric entry systems • CCTV Monitoring: Surveillance cameras for safety and security • Equipment Tracking: Asset management system for tools and devices • Secure Storage: Locked cabinets for expensive equipment
  • PictoBlox Software: Block-based programming environment • Quarky STEM Kits: Hands-on learning modules • Teacher Training: Comprehensive educator development program • CBSE Curriculum: Aligned with official skill education requirements

Smart sensors and automation tools

  •  Microscopes, pH meters, basic lab equipment • Mathematics Tools: Geometry sets, calculators, measurement devices • Art & Design: Digital drawing tablets, design software access • Communication Tools: Recording equipment, presentation materials

AI Learning Kits: Machine learning and artificial intelligence modules • Coding Platforms: Multiple programming language support • Data Science Tools: Basic analytics and visualization software • Automation Projects: Smart home and IoT implementation kits

  • Mini Manufacturing Setup: Small-scale production simulation • Quality Testing Station: Basic testing and measurement tools • Design Thinking Space: Brainstorming and ideation area • Entrepreneurship Corner: Business plan development resources

Industry Partnership Infrastructure

  • Video Conferencing Setup: For industry expert sessions • Project Showcase Areas: Display spaces for student work • Industry Simulation Tools: Real-world scenario modeling equipment • Guest Workspace: Dedicated area for visiting professionals

Smart sensors and automation tools

Industry Collaboration & Partnerships

Strategic Alliances: Schools should partner with skill development organizations to align education with industry requirements

Real-world Exposure: Industry partnerships provide students with relevant experience in emerging career pathways

Practical Application: Collaboration allows students to gain authentic work experience and develop job-ready skills

Talent Development: Focus on uncovering and nurturing talent for India’s skilled workforce needs

CBSE Skill Subject Framework

Module Distribution: 

Middle School: 33 modules available     

Secondary Level: 22 modules available    

Senior Secondary: 43 modules available

Growth Trends: Steady increase in skill subject inclusion from 2019 to 2024 for classes 10 and 12     

Popular Skill Areas: Coding, AI, and robotics are among the most favored subjects by students   

Early Introduction: Skills subjects should be introduced at middle school level for better student preparation

21st Century Skills Development

Core Skills Focus:   Critical thinking and problem-solving .  Creativity and innovation  . Collaboration and teamwork  . Communication and presentation   

Global Preparation: Labs foster innovation mindset to prepare students for worldwide challenges   

Hands-on Learning: Emphasis on practical skill development through experiential learning opportunities



Curriculum Design & Assessment

Assessment Balance: 60% practical assessment combined with 40% theoretical evaluation   

Experiential Learning: Curriculum emphasizes hands-on, practical learning experiences   

Inquiry-based Methods: Teaching strategies shift toward collaborative and investigative approaches   

NEP 2020 Alignment: Curriculum design follows National Education Policy guidelines and CBSE requirements   

 

Teacher Development & Training   

Role Transformation: Teachers transition from traditional instructors to learning facilitators     

Continuous Learning: Ongoing professional development essential for effective skill-based subject delivery   • Capacity Building: Current training of 50 hours annually is insufficient; enhanced programs needed    

Innovation Mindset: Educators must step out of comfort zones to engage effectively with future generations   

Impact Recognition: Teacher effectiveness influences individual students, society, and future generations


 

Infrastructure & Technology   

Extended Access: Skill labs available for up to 18 hours daily to maximize student engagement   

Subject Integration: Labs combine traditional subjects like physics with emerging technologies like AI  

Comprehensive Setup: Infrastructure includes equipment for AI, robotics, data science, and engineering   

Safety Priorities: Child-friendly tools and equipment with enhanced safety features 

Technical Focus: Hands-on experience in engineering, manufacturing, and craftsmanship for technical career preparation    

 

Holistic Education Approach   

Balanced Learning: Integration of practical skill development alongside core academic subjects like mathematics and science  

Diverse Talents: Recognition that students excel in various fields beyond traditional academics   

Multiple Pathways: Success can emerge from diverse skill sets, not just conventional education    

Essential Skills: Focus on technology, entrepreneurship, and emotional intelligence development     

Future Readiness: Preparation for dynamic job market requirements and emerging career opportunity mathematics and science, these labs promote balanced learning that acknowledges the diverse talents of students. They emphasize essential skills in technology, entrepreneurship, and emotional intelligence, preparing learners for multiple pathways to success in an ever-evolving job market. Ultimately, composite skill labs empower students to thrive by equipping them with the future-ready skills necessary for emerging career opportunities.  

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