Unleash the excitement of hands-on science at Experient Science Labs’ 6th Summer Science Camp! Join us for an unforgettable experience packed with challenges and fun-filled learning.
What Awaits you?
Forget rote learning—this summer camp is all about exploration, creativity, and hands-on discovery! Instead of just reading about science, students will experiment, build, and innovate through exciting, real-world applications.
🔬 Engaging Experiments – Junior scientists (6th & 7th graders) and senior explorers (8th-10th graders) will dive into experiments designed to spark curiosity and deepen understanding.
⚙️ Tinkering & Prototyping – Students will design, build, and test creative projects that bring STEM concepts to life.
💡 Arduino & Electronics – Through interactive coding and electronics challenges, they’ll develop problem-solving skills while creating functional tech projects.
Our camp isn’t just about learning—it’s about empowering students to think critically, experiment fearlessly, and take charge of their own discoveries. The skills and experiences they gain here will inspire them for a lifetime!
Pick from these three modules: Science, Tinkering, and Electronics. All the modules are independent. Choose more than one to get 25% off the second and third!
What do most students do? Science Explorer’s Quest (Junior/Senior) + Tinkering or Arduino.
Runs Monday–Friday (Saturday as a backup). With expert mentors, it’s a week of learning with excitement of discovery, and hands-on fun!
Join us for an unforgettable summer filled with science, exploration, and innovation at Experient Science Labs'
Module Details
"Activity before Concept, Concept before Vocabulary"—that’s how science should be learned! Instead of memorizing definitions, students will explore, experiment, and discover science in action.
We’ve carefully selected 25 hands-on experiments from high school physics, chemistry, and biology to make learning engaging and unforgettable. These experiments don’t just teach concepts—they bring them to life, ensuring deeper understanding and long-term retention.
Let’s break free from rote learning and spark a true passion for science! 🚀🔬⚙️
In this module, you will do the following experiments and activities:- Nutrient identification: Know the nutrients in your food
- Stem cross-section: Observing the cross-section of stem under the microscope
- Electrolysis of Water
- Law of conservation of mass
- Vitamin C: Which Juice Has the Most?
- Different Types of Chemical Reactions
- Crystallization of Salts
- DNA extraction: Extract DNA from anything, even your own
- Compare the effectiveness of different agents such as soaps, deodorants and hand sanitizers against the bacterial growth
- Reproduction in Yeast: What Makes Bread, Beer and Wines?
- Oersted experiment: Studying magnetic field produced by electric current
- Making a DC motor
- Action of saliva on starch: Effect of temperature
- Playing with static electricity
- Reflection and refraction
- Electroplating: Coating Metal over Metal
- Make Your Own Soap
- Reactivity Series: Comparing the reactivity of Elements
- Mold observation: Microscopic observation of moulds
- Making rollercoaster
- Defects of vision: Correction of myopia and hypermetropia
- Make Electromagnet (permanent and temporary)
- Eddy current braking
- Neutralization reaction
- What effect do ultraviolet rays have on bacterial colony growth?
"Activity before Concept, Concept before Vocabulary". That is how one should learn science. Selected 25 experiments/activities from the middle school physics, chemistry and biology syllabi to help students learn science through experiments. These experiments will help them learn concepts better and forever. Let’s move children away from rote learning. Experience First, Learn Forever!
In this module, you would do the following experiments:
- Stem cross-section: Observing the cross-section of stem under the microscope
- Flame Test
- Crystallization of Salts
- Hand Hygiene: How Clean Is Your Hand?
- Oersted experiment: Studying magnetic field produced by electric current
- Filtration of water
- Observing Plant and Animal cell
- The Guard cell: Observe the stomata in a leaf peel
- Action of saliva on starch: Effect of temperature
- Playing with static electricity
- Reflection and refraction
- Coloured shadows
- Making kaleidoscope/Periscope
- Making a parachute
- Make Your Own Soap
- Chromatography: Revealing the True Components of Colours
- Pond biodiversity: Exploring the hidden world of microbes
- Natural Indicator - Make Your Own pH Paper
- Making a fire extinguisher
- Finding presence of starch in leaves: Iodine test
- What Effect Do ultraviolet rays have on bacterial colony growth?
- Burning Candle: Experiment to demonstrate that oxygen is required for burning
- Conduction in metal
- Making a Magnetic Compass
- pH Testing: Investigating the Nature of Household Items
The joy of making and expressing yourself creatively and the fun of giving shape to your ideas can not be expressed in words. Tinkering is all about that. The application of science to create something useful and solve the problem is what tinkering is all about. If you fail, try again - that is the critical essence here. Some of the prototypes you would design and build are –
Sure, here's the list formatted as an unordered list:- Roller Coaster
- Maglev Train
- Line follower robot
- Fastest finger first project/ Dismantling and assembling an IC Engine
- Light sign
- Water level switch/Bike Assembly
- Vacuum cleaner
- Bubble machine
- Make a battery using fruits, vegetables and metal electrodes
- Make a periscope using mirrors and cardboard or plastic tubes
- Make a DC motor and make it work using a solar panel
- Make an alarm circuit that starts buzzing before the water tank starts overflowing
- Make a light spot dance using sound
- Make a fire extinguisher
- Make a soap film to simulate the cell membrane
An ideal course for beginners to understand Arduino & Arduino (Sketch) Programming, Internet of Things, building basic circuits, and a few robots. No prior knowledge of coding or programming language is needed.
In this project-based course, you will build a variety of electronic circuits using Arduino boards. You would gain hands-on experience on Internet of Things as well as learn about Arduino Architecture and Arduino Programming. After this course, students would be able to build circuits and do programming on their own.
The module will cover the following theory and hands-on projects.
Here's the list in an unordered format:- Arduino Uno overview
- Arduino Uno sketch programming
- Arduino Uno project hands-on
- Automated Light Switch
- Automated Soil Moisture Management
- IR-based intrusion detection
- Weather monitoring system
- Smart street lighting
- Remote fan controller
- Line follower robot
Students Testimonials
SCHEDULE OF THE SUMMER CAMP
Click on the REGISTER link for more details on each module:
| Module | Start Date | End Date | Time | Fees | Tax | Total | Register |
|---|---|---|---|---|---|---|---|
| Science Explorers Quest (Jr) (Grade 6-Grade 7) | 07-Apr | 12-Apr | 09:00-13:00 | ₹ 4,500 | ₹ 810 | ₹ 5,310 | Register |
| Science Explorers Quest (Sr) (Grade 8-Grade 10) | 14-Apr | 19-Apr | 09:00-13:00 | ₹ 4,500 | ₹ 810 | ₹ 5,310 | Register |
| TinkerTech: Concept to Build | 21-Apr | 26-Apr | 09:00-13:00 | ₹ 5,250 | ₹ 945 | ₹ 6,195 | Register |
| Build and Code with Arduino | 28-Apr | 03-May | 09:00-13:00 | ₹ 4,500 | ₹ 810 | ₹ 5,310 | Register |
| Science Explorers Quest (Jr) (Grade 6-Grade 7) | 05-May | 10-May | 09:00-13:00 | ₹ 4,500 | ₹ 810 | ₹ 5,310 | Register |
| Science Explorers Quest (Sr) (Grade 8-Grade 10) | 12-May | 17-May | 09:00-13:00 | ₹ 4,500 | ₹ 810 | ₹ 5,310 | Register |
| TinkerTech: Concept to Build | 19-May | 24-May | 09:00-13:00 | ₹ 5,250 | ₹ 945 | ₹ 6,195 | Register |
| Build and Code with Arduino | 26-May | 31-May | 09:00-13:00 | ₹ 4,500 | ₹ 810 | ₹ 5,310 | Register |
Whichever module you select, learning and enjoyment is assured!
Summer Camp testimonials from parents:
Why this Summer Camp?
- Learning science by doing is more exciting and enjoyable than the rote method.
- You remember forever what you did on your own.
- Tinkering, experimenting, and exploring develop the confidence to take up such activities later on.
- Activities and experiments are related to the real world. You develop the ability to connect the dots”, ask the right questions and solve the real-life problem.
Summer Camp Images
About Us
Experient Science Labs, founded by Virendra Paliwal, an XLRI and Infosys alum, in 2017, has a state-of-the-art facility spanning over 2700 square feet. It is a go-to labs for school students, our lab has been the venue for over 200 experiments and tinkering activities conducted by more than 3000 students over the past seven years. Serving as a hub for research and exploratory work, our lab is favored by students pursuing their international syllabus. At Experient Science Labs, we are deeply committed to experiential learning in science, firmly believing that it is the cornerstone for fostering a lasting interest in the subject and nurturing a scientific mindset in students. We advocate against rote learning in science, advocating instead for a hands-on approach that equips students with the skills and knowledge needed to contribute to India's sustainable advancement in science and technology, thereby fostering a nation with a robust scientific foundation.
Location: Experient Science Labs, 155, Kodathi Gate, Sarjapur Road, Bangalore – 560035 (Above Infra. Market, Opp: Shell Petrol Bunk)
For any queries and further details, call 9731493084 or write to us at info@experient.co.in