What is this New Initiative?

The National Education Policy (NEP) 2020 and the National Curriculum Framework for School Education (NCF-SE) highlight the importance of incorporating skill subjects into the school curriculum. This integration is designed to provide students with practical skills in addition to traditional academic knowledge. The primary goal is to offer students opportunities to participate in real-world tasks and projects related to their chosen skills. This effectively bridges the gap between theory and practice.

The Role of Labkafe in Supporting Skill Education

CBSE has taken a significant step towards promoting skill education by mandating the establishment of ‘Composite Skill Labs’ in all affiliated schools. This initiative, approved in the 139th meeting of the Governing Body of the Board, aims to provide students with the necessary resources and environment for effective skill development and hands-on learning experiences.

The Composite Skill Labs are designed to be comprehensive learning spaces equipped with modern tools and equipment. These labs will serve as hubs for students to explore various skills and engage in practical projects. By providing a conducive environment, CBSE aims to foster a culture of innovation and creativity among students.

Schools have the flexibility to choose between two setup options for the Composite Skill Labs:

• Single Lab: A single lab of 600 sq. ft. area can be established to cater to students from classes VI to XII
• Separate Labs: Two separate labs, each measuring 400 sq. ft., can be set up. One lab would be dedicated to students from classes VI to X, while the other would cater to students from classes XI to XII.

Benefits of Labkafe’s Composite Skill Labs

The establishment of Composite Skill Labs is expected to yield several benefits for students:

1. Practical Skill Development

Labkafe’s composite skill labs are equipped with state-of-the-art tools and equipment. This enables students to engage in practical tasks and projects. The hands-on approach helps students understand and apply theoretical knowledge in real-world scenarios. This fosters the development of industry-relevant skills.

2. Holistic Education

Labkafe’s lab designs integrate skill education with traditional academics, offering a balanced learning environment that nurtures both hard and soft skills. Students can develop critical thinking, communication, and collaboration skills, essential for success in all areas of life.

3. Enhanced Employability

By providing students with practical experience in a well-equipped lab environment, Labkafe helps schools prepare students for the job market. The exposure to real-world tools and techniques enhances students’ employability, giving them a competitive edge in various trades and vocations.

4. Exploration of Diverse Career Pathways

With Labkafe’s comprehensive lab setups, students can explore different career pathways and identify their interests and strengths. This exposure to a range of skills and vocations allows them to make informed decisions about their future education and career paths.

Broader Impact and Future Directions

By equipping schools with the latest lab furniture and equipment, Labkafe supports CBSE’s commitment to providing students with the practical skills and knowledge they need to thrive in a rapidly changing world. This update is expected to significantly enhance the quality of education, ensuring that students are well-prepared to meet the challenges of the modern workforce.

Contact our experts for a Free Composite Lab Consultation.

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Naturally, the scale of the school determines the size and number of its classrooms and other facilities. For our discussion, we will assume the bare minimum that has to be done to get a CBSE affiliation. 

Size Matters

To build a CBSE school, obviously, you will have to attain the CBSE affiliation. For that, you will have to abide by the bye-laws of the  CBSE affiliation. For other parts of the school, that’s good enough but for laboratories, that’s only the beginning.

To begin with, the bye-laws state the dimensions and the size of the room precisely. They are as follows:

• Room minimum dimension: 9 meters by 6 meters (30 feet by 20 feet approx.)
• Room minimum area: 54 square meters or 600 square feet
• Room should accommodate: 30 students excluding instructor/assistant

This is the lowest denomination. You can make your CBSE HS Lab design as big as you want. But do keep in mind what’s common sense ‒ if you make any teaching room too big, would it be possible to teach effectively? We generally don’t recommend a crowd bigger than 40, excluding one lab instructor and one assistant.

Extra Stuff

One more thing. The sizes mentioned above are only for the base area required for 30 students to work at a time. But think practically ‒ is that all that a lab needs space for? 

• What about the teacher’s and lab assistant’s workspace? 
• What about space for keeping the lab equipment? 
• How about providing some area for the students to drop their bags? 
• Maybe some sitting area? 
• Maybe an office cubicle?

A good laboratory should and would have all of the above. Not only that, while designing a lab you will have to consider foot traffic as well. The room should have multiple doors for entry and exit, in case there is an emergency. There should be ample space around the lab furniture for people to move around comfortably without bumping into those who are busy at the workbenches. Do consider the circumstances of a fire or acid spill.

Location Choice

The CBSE guidebook won’t tell you this but common sense would ‒ where do you think you should place your laboratory in the building? Generally, laboratories are placed towards the backside of the schools instead of the front side ‒ because of all the vents, exhaust fans, and the smells from them. Also, the room should be near a large staircase and toilets.

What about the vertical location of a CBSE HS school lab? As a rule of thumb, Labkafe experts will tell you about two locations ‒ either go low or go high. Never go in the middle. Let me explain.

Ground Floor Location

• Pros:
  • Great for emergency evacuation, if the lab is near open ground access
  • Good protection from earthquakes ‒ not much shaking
  • LPG access ‒ you can construct a gas storage outbuilding right beside the lab
  • Short drainage line length
• Cons:
  • Foot traffic and activity is heaviest on the ground floor
  • Not very airy, can get unhealthy, especially in the bio/chem labs
  • Fume/exhaust vents have to be constructed up to the roof if the locality is crowded

Top Floor Location

• Pros:
  • Place vents and exhausts easily
  • Airy atmosphere
  • Small length of water inlet line
  • Most secluded floor with the least traffic
  • Fires and other similar hazards can spread less
• Cons:
  • Not easy to escape in case of emergencies
  • Sensitive to ground vibrations
  • Long sewage and gas lines

As you can see, there are both advantages and disadvantages of placing a lab on the top floor or the ground floor. Ultimately, the design of the school will dictate the final location and you will have to accommodate the negative issues.

Airing & Ventilation

Windows are important in a lab because they provide the most airflow in and out of the room, which helps to mitigate all the nasty fumes and smells a lab commonly generates. But do be careful about where to place them and how much.

Most lab workbench setups come at 3 feet height. Therefore, your lab room windows should not have a plinth height of less than 3 feet. Any less and you have effectively created a debris and dust accumulation space. Also, this would weather out the lab benches more quickly.

We recommend that most chemistry labs have at least a small fume hood for experiments that emit particularly foul-smelling and/or dangerous gases. For this, you have to have at least one dedicated vent that connects to the fume hood and exhausts the gases safely into the atmosphere.

Now that we know all about the room, we can move forward to more complex matters.

Utilities

In a CBSE school, there are six types of lab rooms in general:

1. Composite lab
2. Physics Lab
3. Chemistry Lab
4. Biology Lab
5. Computer Lab
6. Maths Lab

We have already covered the  composite lab setup in another article, and we’re not including the computer and maths lab in this article ‒ they will be discussed separately. What’s left are the physics, chemistry, and biology labs ‒ the PCB, the holy trinity of school labs! In what way do they differ from a standard school classroom?

The answer is utility lines. A normal classroom has only an electricity line and possibly a drainage outlet in it ‒ a lab room has far more. A chemistry lab is the most difficult in this sense ‒ it will have not only an electricity line but also an LPG line, water inlet, and drainage outlet. The biology lab will also be similar, with the gas line optional. If you want to be extra secure, a chemistry lab should also have an emergency shower corner.

LPG Infrastructure

There is something special about the gas line in labs. You see, unlike other utility lines, it comes in through the roof of the room. While that is easy to maneuver around the room by the walls (much like electricity lines), things get interesting when you have to supply a standalone work table in the middle space of the room. 

In that situation, a good way to solve this problem is to establish a simple metal framework from wall to wall supporting the gas line and electricity line. Labkafe engineers generally do it, about 8 feet in the air, so that it doesn’t cause problems with people working in the lab and is safely away from any heat source.

Water & Drainage

While they come through the floor, water inlets and waste outlets in a lab face the same issue, only at the floor level. The water pipe is about an inch thick and the waste pipe is about three inches ‒ together they make an awesome stumbling hazard in a lab, which is already a dangerous area, to begin with.

For this reason, when starting to build the room one of your prime concerns should be to pass up these lines from the ground below near the center of the room, as well as provide them in a corner. If, for some reason that is not possible, Labkafe engineers should pass the water and waste lines through a low-traffic area of the room (possibly at the back). Also, you should cover this up with some sloping woodwork so people don’t stumble on them and fall.

Furniture Placement

Now that we have gone through the setting up of the lab room and lab utilities, it is time to discuss the most important point ‒ the lab furniture which will permit people to work on them. There are four main areas a CBSE higher secondary school lab should have:

1. Student workbenches
2. Teacher workbench or demo workbench
3. Lab assistant’s Table
4. Other utility space (office cubicle/sitting area/bag or belongings storage)

Note: unless you have a huge amount of equipment, you can economically plan your storage areas within the above as well. That’s why we didn’t include the fifth point for storage areas. Most of our workbenches provide under-table storage options anyway.

We already have published a  lab furniture buying guide , you can find almost everything you need to know about laboratory furniture in that article. Please visit it now for your better understanding. When done, let’s move on to some examples!

CBSE HS Lab Design Examples

Let’s see a physics lab design first:

The above image is a lab furniture setup plan in 2D for the most basic CBSE physics lab. Here,

• The grey blocks are each a lab workbench. 
• Each large workbench is the island-type, 8’x5’ in size, fitting 4 students on each side. There are 4 of them.
• There are two wall-facing workbenches sized half as above.
• There is one small teacher’s workbench in front of the class.
• The square areas in the workbenches denote a storage cabinet underneath the tabletop. It can be 2S or 1D2S, as you think best.
• The small dark squares in the workbenches are electrical points.
• FHC: Full Height Cabinet. OHC: Overhead Cabinet.
• There is ample space for working around the benches and foot traffic.

The above plan is for a CBSE chemistry or biology lab setup. It is quite similar to the physics lab setup above ‒ except a few differences.

• Notice that the workbenches have a blue rectangle ‒  that is the table-top reagent rack.
• Every workbench now has a sink and accompanying fittings. Note that this reduces workspace for wall-facing lab tables.
• It is not shown here, but assume that a chemistry laboratory will need more storage space than other labs.

Please note that the above designs are for reference only. In the real world, each lab setup will have to be made according to the room it fits. For example, the above designs do not consider window spaces on the walls ‒ in a real school lab that would be a big matter to consider. Again, you may choose to line up the wall completely with wall-facing workbenches and put a few island tables in the center, if your room is big enough for that. 

Lab Equipment

Once your laboratory furniture and infrastructure are all taken care of, you have to go one more step. Guess what it is ‒ the lab equipment, of course! You have to meet the CBSE affiliation criteria for lab equipment all the way. It can be a tedious job to list out all the lab equipment, apparatus, and glassware you’d need in each lab. We know…

But you’re in luck! Labkafe offers pre-customized lab equipment packages for CBSE, ICSE, and other boards that are updated to the latest syllabus. Labkafe is India’s most prominent school lab setup provider. We manufacture lab furniture and lab equipment and provide free installation for them as well. If you wish to know about each lab package, you can further read the following articles.

• Physics lab package
• Chemistry lab package
• Biology lab package

Wish to talk to our customer relations team? Contact +91-9147163562 today!

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