Composite Lab

This proposal presents a modular, safe, and future-ready composite life skills lab within a single 600 sq.ft. room. The lab is planned as decided collaboration area and a secure tool crib. The design aligns to CBSE’s Composite Skill Lab expectations (space, modularity, safety, and multi-sector skilling) and maps strongly to ICSE SUPW craft/service outcomes.

  1. STAR Innovators –  CBSE Skill Education Initiative
  2. CBSE introduced Skill Education in the 1970s to promote practical, career-oriented learning. Today, it is an examinable subject from Classes IX-XII.
  3. Aligned with NEP 2020, Skill Education is now introduced from Class VI with mandatory implementation for Classes VI-VIII as per NCF-SE 2023.
  4. STAR Innovators brings this vision to life through hands-on, future-ready learning experiences in schools.

Components

Curriculum

Teacher Training & Staffing

Time Table

Composite Skill Lab (CSL)

Industry Partnership

Description

Provided by CBSE, aligned with NCERT textbooks

Teachers are identified or hired specifically for skill education and trained in pedagogy, curriculum delivery, and practical/technical aspects.

110 hours annually for Skill Education (Classes VI-X)

Multi-Sector, hands-on learning space designed for experiential

Exposure through industry visits and guest expert sessions.

Alignment With NEP 2020 & NCF 2023

  1. Hands-on exposure to multiple sectors in a single integrated lab space.
  2. Theory in Action: Bridges classroom knowledge with real-life applications.
  3. Interdisciplinary Learning: Cross-sector projects (Agri-tech, Sustainable Fashion, Entrepreneurship).
  4. 21st Century Skill Development: Critical Thinking, communication, collaboration, problem-solving.
  5. Inclusivity & Accessibility: Equitable participation for all students
  6. Technology Integration: Use of Videos, Apps and Multimedia tools.

Suitable Room Requirements

  1. Adequate ventilation (windows + exhaust fans)
  2. At least two clear walls for pegboards/posters
  3. Proper electrical setup (15A & 5A sockets, lights, fans)
  4. Access to water & drainage (based on sectors)
  5. Preferably near open/garden area for agriculture
  •  

Lab Layout & Design

  1. Modular lab for flexible reconfiguration
  2. Toolkit-based approach for evolving sector needs
  3. Easily adaptable for future technologies
  •  

Tools, Equipment & Furniture

  1. Concrete or rubber-mat flooring (avoid vitrified tiles)
  2. Anti-static mats for electronics zones
  3. 15A & 5A sockets on all walls with cable management
  4. Working tables: 5ft × 4ft or 6ft × 4ft (wooden tops)
  5. Storage cupboards: 6.5ft × 3ft × 2ft with labelled shelves
  6. Pegboards: 4ft × 3ft for tool display
  7. LED screen / Projector for multimedia learning
  •  

Safety Protocols

  1. Dedicated Safety Corner near entrance with PPE
  2. Fire extinguisher, first aid kit, rubber mats, sand buckets
  3. Display Do’s & Don’ts posters prominently
  4. Conduct regular evacuation & fire drills

INTRODUCTION TO MAJOR SECTORS

The Multi-Sector Approach

The Composite Skill Lab reflects the interdisciplinary nature of multiple sectors across the three forms of work.

The multi-sector approach enables students to:

  1. Gain broad exposure across domains

  2. Identify interests and career pathways

  3. Understand connections between different trades

Sector-Wise Descriptions

Agriculture & Gardening — Life Forms

Kitchen gardens, greenhouses, hydroponics, terrace farming, soil sensors, and irrigation systems.
➨ Develops practical biology, ecology knowledge, and agri-entrepreneurship mindset

Food Production — Life Forms

Food processing, preservation, cooking methods, baking, and packaging.
➨ Promotes food safety, reduces waste, and encourages entrepreneurship

Electronics / Mechatronics — Machines & Materials

Mechatronics, electronics, robotics, Industry 4.0, IoT, and smart manufacturing.
➨ Prepares students for automation, AI-driven industries, and advanced engineering

Apparel — Machines & Materials

Fashion design, textile design, block printing, embroidery, sewing, and weaving.

➨ Builds creativity, craftsmanship, cultural appreciation, and entrepreneurship

Automotive — Machines & Materials

Mechanical, electrical, and fabrication skills with focus on EV transition.
➨ Hands-on learning integrating electronics, AI, coding, and mechanics

Carpentry / Woodwork — Machines & Materials

Woodworking connects mathematics (geometry, mensuration) with creative design.
➨ Students build real products, developing problem-solving and entrepreneurial mindset

Healthcare — Human Services

First aid, patient care, pharmaceuticals, preventive healthcare, diagnostics, and AYUSH systems.
➨ Develops empathy, precision, teamwork, and prepares students for allied health careers

Retail — Human Services

Inventory management, logistics, merchandising, customer service, and e-commerce.
➨ Builds marketing knowledge, communication skills, and entrepreneurial mindset

Safety Guidelines for Composite Skill Lab (CSL)

Ensuring a safe, secure, and conducive learning environment is essential in a Composite Skill Lab, where students interact with diverse tools, machines, and materials.

General Safety Guidelines

  1. Infrastructure & Emergency Preparedness

  2. Provide minimum two wide exit doors for safe and quick evacuation

  3. Install adequate fire extinguishers at accessible locations

  4. Ensure clear emergency pathways and signage

  5. Conduct regular fire drills and evacuation training

Equipment & Maintenance Safety

  1. Perform periodic inspection of electrical fittings and insulation

  2. Ensure all gas fittings comply with prescribed safety standards

  3. Identify and rectify vulnerable points to prevent accidents

  4. Maintain tools and machines in proper working condition

Operational Safety Practices

  1. Provide regular training on safe handling of tools and equipment

  2. Display Do’s and Don’ts prominently across the lab

  3. Ensure strict supervision by teachers/lab in-charge during all sessions

  4. Encourage disciplined and responsible behavior among students

Personal Safety Measures

  1. Ensure mandatory use of PPE (Personal Protective Equipment)

  2. (gloves, goggles, aprons, etc.)

  3. Maintain safe posture and workspace organization

  4. Promote awareness of hazards and risk prevention

Storage & Emergency Readiness

  1. Store all tools and materials in a safe, labelled, and organized manner

  2. Keep a fully stocked First Aid Kit easily accessible at all times

  3. Train students in basic first aid and emergency response procedures

Compliance & Continuous Monitoring

  1. Conduct regular safety audits and inspections

  2. Update safety protocols based on latest standards and requirements

  3. Reinforce safety practices through continuous awareness programs

Safety Corner & Drills

  1. Position the safety rack near the lab entrance for quick access during emergencies

  2. Include all relevant PPE, fire extinguisher, and first aid kit

  3. Add sector-specific safety gear based on chosen skill subjects

  4. Display safety instruction posters using bright colours at prominent locations

  5. Conduct regular safety drills and ensure all students know emergency procedures

Safety Provisions Embedded At Installation

  1. Anti-slip textured flooring in water-prone areas; anti-static mats for electronics

  2. Under-desk cable trays; surge protectors and UPS for all workstations

  3. Tool-specific hazard warning labels; heat-resistant surfaces for irons and steamers

  4. Easily accessible emergency stop buttons on all machines

  5. Lockable, ventilated chemical storage for fertilisers and pesticides

  6. Needle/sharps disposal containers; handwashing stations with antibacterial soap

  7. Shaded garden work areas and proper ventilation to prevent heat exhaustion

Integrating Artificial Intelligence

  1. Artificial Intelligence has become an integral part of the workforce. According to the World Economic Forum

  2. Future of Jobs Report 2025, 86% of employers expect AI and information processing technologies to transform

  3. their business by 2030. Big Data, AI, and FinTech lead the list of the top 10 fastest-growing jobs. Students must be prepared.

Objectives of AI Infrastructure in the CSL

  1. Hands-on Experiential Learning — Training on industry-aligned practical AI skills to enhance employability

  2. AI for Social Good — Students develop AI-enabled solutions for real-world challenges across all three forms of work

  3. Entrepreneurial Mindset — Access to AI tools to explore technology-integrated business models and self-employment options