Robotics/STEM Summer Camp Posted on June 14, 2026June 14, 2026 by Divya Priya Previous Next The Robotics/STEM Summer Camp 2026 was successfully organized by Sri Aurobindo Society, Puducherry, in collaboration with INSPAROBOTICS, Puducherry, during the month of May 2026. The camp was conducted in four different weeks at various venues with active participation from students of government and private schools.Week 1 (4th – 8th May 2026) was conducted at Sri Aurobindo Society, Puducherry with around 30 studentsWeek 2 (11th – 15th May 2026) was conducted at Sri Aurobindo Society, Puducherry with around 40 studentsWeek 3 (21st – 23rd May 2026) was conducted at Bahour Kanajiyum with around 25 studentsWeek 4 (24th – 30th May 2026) was conducted at Sri Aurobindo Society, Puducherry with around 26 students During the fourth week, a STEM Exhibition was also organized where students showcased their robotics and science projects. The camp aimed to introduce students to Robotics, Coding, Machine Learning, Electronics, and STEM-based scientific activities through experiential and hands-on learning methods. Students learned the fundamentals of robotics, microcontrollers, sensors, programming, and AI-enabled applications using PictoBlox and Arduino/ESP32 platforms.Throughout the four weeks, students engaged in practical activities such as LED blinking, sensor interfacing, game animations, automatic door opening systems, robot movement control, dot matrix displays, servo motor activities, and obstacle avoider robots. Students explored IR, touch, and ultrasonic sensors and gained exposure to real-time robotics applications. Previous Next The STEM activities also included Biology, Physics, and Chemistry experiments. Biology sessions covered microorganisms, photosynthesis, transportation in plants, fermentation, Gram staining, and microscopical observations. Physics demonstrations included reflection, refraction, dispersion of light, persistence of vision, mirage, resonance, magnetism, and Ohm’s law. Chemistry activities included acid-base tests, neutralisation reactions, precipitation reactions, chemical genie, decomposition reactions, volcanic reactions, magical words, and elephant toothpaste experiments.As part of the exhibition conducted during the fourth week, students successfully developed and demonstrated innovative robotics and STEM projects including:Clothes Protection using Rain Alarm SystemToll Booth SystemFire Alarm SystemLaser Security System for HomeSmart DustbinSensor-Based Train Accident Prevention SystemAutomatic Calling Bell SystemObstacle Avoider RobotBluetooth Controlled RobotAutomatic Street Light SystemRadar Project Previous Next Physics exhibition models included Magnetism, Resonance, and Ohm’s Law experiments, while Chemistry demonstrations included Chemical Genie, Magical Words, Chemical Volcano, Decomposition Reaction, and Precipitation Reaction.The summer camp provided students with a strong foundation in STEM education and significantly enhanced their creativity, logical thinking, coding ability, teamwork, scientific curiosity, and problem-solving skills. The programme created great enthusiasm among students towards Robotics, Artificial Intelligence, Electronics, and innovative scientific learning.
April Robotics program introduced key concepts in displays and logic gates Posted on May 20, 2026May 20, 2026 by Divya Priya Previous Next The Robotics program in April focused on building strong foundational understanding while continuing to engage students through structured learning sessions across multiple schools and weekend clubs. The sessions were designed to introduce essential concepts in electronics and logical systems, helping students gradually develop confidence in how basic components come together to form functional robotic systems.Students actively participated in both classroom-based learning and hands-on activities throughout April. The emphasis remained on concept clarity, logical thinking, and understanding step-by-step processes behind digital systems, ensuring that learners not only observe but also understand how technology works at its core. Program Reach & EngagementTotal Robotics Sessions Conducted: 31Total Students Engaged (Robotics + STEM + Weekend Activities): 956Boys: 325Girls: 631Schools Covered: 21The strong participation across 21 schools highlights the increasing interest in STEM and robotics-based learning among students, along with consistent engagement across both regular and extended learning formats.Weekend Club ActivitiesThe Weekend Robotics Club sessions in April provided additional learning opportunities for students to explore concepts beyond regular school hours. These sessions encouraged curiosity, discussion, and hands-on practice in a more relaxed learning environment.Weekend Sessions Conducted: 2Total Students Participated: 27Boys: 25Girls: 2These sessions helped reinforce classroom learning while also giving students space to revisit concepts and strengthen their understanding through guided practice.Topics Covered in AprilOrientation ClassPre-Assessment TestIntroduction to Level 1 & Level 2 ModulesDisplay and Its TypesSeven Segment DisplayLogic Gates (AND, OR & NOT)Learning ImpactThe April curriculum helped students transition from introductory exposure to structured understanding of digital electronics. Concepts such as logic gates and display systems allowed students to understand how binary logic forms the foundation of computing and robotics.The introduction of Level 1 and Level 2 modules created a clear learning pathway, enabling students to build progressively on their knowledge while developing problem-solving and analytical thinking skills.Overall, April reflected steady progress in both engagement and conceptual learning, with students showing growing curiosity and confidence in understanding how technology works at a fundamental level.
Robotics in Action – February Highlights Posted on March 14, 2026March 14, 2026 by Divya Priya Previous Next The month of February witnessed active engagement through robotics and STEM learning sessions conducted across multiple schools. These sessions aimed to encourage curiosity, hands-on learning, and scientific thinking among students while introducing them to the fundamentals of robotics and basic science concepts.A total of 30 robotics sessions and 1 STEM session were successfully conducted across 17 schools. Overall, 966 students participated in these activities, including 368 boys and 598 girls, reflecting strong enthusiasm and participation in technology-driven learning.The STEM session saw the participation of 44 students, including 28 boys and 16 girls, where learners explored scientific concepts through interactive activities.In addition, 2 Weekend Club Activities were conducted with 28 participants, all boys, providing students an opportunity to further explore robotics concepts through practical engagement outside regular sessions.During the sessions, students learned about various robotics components and concepts such as Potentiometer, Pit Avoider, Light Follower, Line Follower, Sensors, and Motors. These topics helped students understand how different electronic components work together in robotic systems.The STEM session also introduced students to basic chemistry concepts by exploring substances and identifying them as acidic, basic, or neutral, encouraging observation and experimentation.Overall, the month was highly productive, strengthening students’ interest in robotics, science, and experiential learning.
Building, Coding, Creating: Robotics in December Posted on January 13, 2026January 13, 2026 by Divya Priya Previous Next December was a deeply engaging and inspiring month for the Robotics program, filled with exploration, creativity, and hands-on learning. Over the course of the month, a total of 16 structured robotics sessions were conducted across 10 schools, creating meaningful learning opportunities for 539 students. Participation included 176 boys and 363 girls, showing not only wide outreach but also a remarkable level of interest from girl students, highlighting an encouraging shift toward greater inclusion in STEM and technology-based learning.In addition to school sessions, the Weekend Robotics Club continued to serve as a dedicated learning space for highly motivated students. During December, one Weekend Club activity was organized, with 15 enthusiastic participants — 13 boys and 2 girls — who engaged in extended experimentation, peer learning, and project building. These sessions allowed students to work more intensively with components and concepts, strengthening both their technical skills and confidence.Throughout the month, students were introduced to a diverse set of topics that gradually built their understanding from basic phenomena to applied robotics. Activities such as Newton’s Color Disc helped students visualize colour formation through rotational motion, linking physics with observation. Robotic Movements sessions enabled them to understand how robots interpret commands and translate them into actions. Working with the two-way switch and electric bellfamiliarized students with electrical circuits, current flow, magnetic effects, and real-world applications of electromagnetism. The Tobi Walking activity made learning fun by demonstrating balance, motion, and simple mechanisms. One of the most exciting parts of the program was Robot Assembly, where students handled parts, connected components, and experienced the joy of seeing a robot take shape from individual elements.Beyond technical knowledge, the Robotics program in December focused strongly on building 21st-century skills. Students collaborated in small groups, discussed ideas, tested models, made mistakes, corrected them, and learned through doing — developing problem-solving abilities, teamwork, logical thinking, communication skills, and perseverance. Many students who were initially hesitant became more confident in using tools and expressing their ideas by the end of the sessions.Overall, December was not just a month of sessions completed, but a month of curiosity nurtured and imagination activated. The Robotics program continued to spark interest in technology and innovation among young learners, encouraging them to see themselves as future creators, engineers, and problem-solvers.
December was a deeply engaging and inspiring month for the Robotics program, filled with exploration, creativity, and hands-on learning. Over the course of the month, a total of 16 structured robotics sessions were conducted across 10 schools, creating meaningful learning opportunities for 539 students. Participation included 176 boys and 363 girls, showing not only wide outreach but also a remarkable level of interest from girl students, highlighting an encouraging shift toward greater inclusion in STEM and technology-based learning.In addition to school sessions, the Weekend Robotics Club continued to serve as a dedicated learning space for highly motivated students. During December, one Weekend Club activity was organized, with 15 enthusiastic participants — 13 boys and 2 girls — who engaged in extended experimentation, peer learning, and project building. These sessions allowed students to work more intensively with components and concepts, strengthening both their technical skills and confidence.Throughout the month, students were introduced to a diverse set of topics that gradually built their understanding from basic phenomena to applied robotics. Activities such as Newton’s Color Disc helped students visualize colour formation through rotational motion, linking physics with observation. Robotic Movements sessions enabled them to understand how robots interpret commands and translate them into actions. Working with the two-way switch and electric bellfamiliarized students with electrical circuits, current flow, magnetic effects, and real-world applications of electromagnetism. The Tobi Walking activity made learning fun by demonstrating balance, motion, and simple mechanisms. One of the most exciting parts of the program was Robot Assembly, where students handled parts, connected components, and experienced the joy of seeing a robot take shape from individual elements.Beyond technical knowledge, the Robotics program in December focused strongly on building 21st-century skills. Students collaborated in small groups, discussed ideas, tested models, made mistakes, corrected them, and learned through doing — developing problem-solving abilities, teamwork, logical thinking, communication skills, and perseverance. Many students who were initially hesitant became more confident in using tools and expressing their ideas by the end of the sessions.Overall, December was not just a month of sessions completed, but a month of curiosity nurtured and imagination activated. The Robotics program continued to spark interest in technology and innovation among young learners, encouraging them to see themselves as future creators, engineers, and problem-solvers.
Robotics Programme: Strengthened Digital Learning Posted on December 6, 2025December 6, 2025 by Divya Priya Previous Next During the month, the school-based robotics programme reached a total of 1,439 students across 30 government schools, including 574 boys and 865 girls. A total of 54 sessions were conducted as part of the regular weekly schedule, ensuring consistent engagement in STEM learning and robotics activities. These sessions provided students with structured exposure to programming, bot assembly, dynamic toy-making, and hands-on science concepts.In addition to the school programme, the Weekend Robotics Club continued to offer an extended learning platform for highly motivated students. The club engaged 52 learners (43 boys and 9 girls) through four intensive sessions, where they explored advanced activities, received additional mentoring, and worked on project ideas beyond the regular curriculum. This combined outreach reflects the programme’s growing impact and its role in strengthening students’ interest, confidence, and competency in robotics and STEM education.Topics Covered: Maze Solver, Face Filter, Virtual Doctor, Object Detection, Attendance Monitoring System, Chatbot, Balloon-Powered Car, Kinetic Vehicle, Newton’s Colour Disc, Robot Assembly, Forward & Reverse Movement ControlStudent Learning ActivitiesLevel 1 ActivitiesStudents engaged in foundational robotics and STEM concepts, including:Balloon-powered carKinetic vehicleHydraulic liftNewton’s colour discScratch-based modules such as Maze Solver, Face Filter, and Virtual DoctorThese activities focused on introducing basic mechanics, motion, force, sensors, and simple visual programming.Level 2 ActivitiesLevel 2 learners practiced advanced programming and bot-control modules, covering:Bot assemblyForward, reverse, and left-turn movement controlObject DetectionAttendance Monitoring SystemChatbot developmentLaptop-based PictoBlox modules for computational thinkingStudents successfully completed all assigned activities for the month, demonstrating progress in coding logic, problem-solving, and robotic manipulation.Rain Gauge Installation, Servicing & Field Technology WorkAs part of the broader STEM and environmental monitoring initiatives:Field visits were conducted to Sedarapet Government School, Aranganur, and Sandaipudukuppam Government School to discuss and obtain permission from the respective Heads of Institution for upcoming rain gauge installations.The purpose and educational value of the rain gauge system were explained, emphasising its role in climate literacy and school-based hydrological learning.Servicing and battery maintenance of existing rain gauge units were carried out at Aurovanam.Casing installation was completed for the water pump controller.Acknowledgements for installations were collected and documentation submitted with authorised signatures.STEM Weekend SessionsTwo STEM sessions and two Robotics sessions were supervised as part of the weekend programme. Students explored toy-based science models and hands-on robotics builds, enhancing experiential learning.Preparation for the December Science ExhibitionA team meeting was held to plan for the upcoming December Science Exhibition.Responsibilities were assigned for component servicing,Preparation of kits for school sessions, andCoordination with student participants.In all schools, discussions were held with principals and interested students, and contact details of participants were collected.Additionally, students shared various local problems faced in their villages, which were documented for potential future STEM problem-solving projects.Research & Development InitiativesContinued R&D work was carried out on:Borewell IoT systemRain gauge improvementsThese efforts contribute to long-term plans for school-based environmental monitoring and community water data systems.FeedbackStudents: Showed strong interest in practical robotics activities and laptop-based modules; highly enthusiastic about dynamic toy-building sessions and playway learning.Teachers: Reported that students eagerly look forward to robotics classes—often more than their regular subjects—and are more actively engaged during these sessions.
Igniting Young Minds through Robotics: Building Curiosity and Confidence in Technology Posted on November 9, 2025November 9, 2025 by Divya Priya Previous Next The Robotics Programme continued its exciting journey of bringing hands-on learning experiences to students across Puducherry during October 2025. With a focus on making technology approachable and engaging, the programme reached 445 students—including 208 boys and 237 girls from classes VI to IX—through interactive sessions designed to nurture innovation, problem-solving, and teamwork.These sessions transformed traditional classroom learning into a dynamic environment where students could build, experiment, and think like young engineers. Each module was carefully structured to introduce key scientific and technological principles through real-world applications, encouraging students to explore, question, and create.Exploring the World of RoboticsStudents participated in a diverse range of modules that combined fun with foundational STEM learning:Robot Assembly: Students discovered how mechanical components, circuits, and sensors come together to form a functioning robot. This activity introduced them to the fundamentals of design, wiring, and motion control.Balloon-Powered Car: Through this simple yet exciting experiment, students learned about propulsion, aerodynamics, and force—key concepts in physics and engineering.Attendance Monitoring System: This module familiarized students with the world of automation and sensor-based systems, allowing them to understand how technology can streamline everyday processes.Maze Solver: A favorite among participants, this module encouraged logical reasoning and coding thinking as students designed robots to navigate through obstacle mazes independently.Face Filters & Chat Bot: These sessions introduced creative coding and basic AI concepts, blending technology with art to make learning more relatable and imaginative.Potentiometer: Students learned about resistance, current control, and circuit behavior—essential concepts in electronics and robotics design.Each session was conducted in a collaborative, inquiry-based learning environment, where students were encouraged to share ideas, solve challenges as a team, and test their creations through trial and error. The energy and enthusiasm among the participants reflected the growing interest in robotics as both a field of study and a pathway for creative expression.Beyond technical learning, the programme also emphasized the development of soft skills such as teamwork, communication, and critical thinking—skills that form the foundation for future innovators and problem-solvers.The Robotics Outreach Programme continues to reaffirm Svarnim Puducherry’s vision of empowering young learners with scientific curiosity, digital literacy, and confidence to explore the world of technology. By merging creativity with technical understanding, the initiative is shaping a generation ready to imagine and build a more innovative future.
Building Future Innovators: Robotics – September 2025 Posted on October 13, 2025October 13, 2025 by Divya Priya Previous Next Robotics initiative under Svarnim Puducherry, continued to bring experiential STEM learning to schools across the Union Territory. A total of 60 robotics sessions were conducted in 39 government schools, engaging an impressive 2,286 students — including 800 boys and 1,486 girls.The sessions were designed to help students explore the fascinating world of robotics through a blend of concept learning and hands-on practice. The topics covered during the month included powering circuits, buzzer and LED operations, logic gates (AND, OR, NOT), potentiometer activities, motor driver experiments, sensor-based applications, and machine learning basics. These interactive sessions helped students connect textbook knowledge with real-world technology, sparking curiosity and problem-solving among young learners.Each school session followed a progressive learning model — starting from basic electronics in lower grades and gradually advancing to digital circuits, motor controls, and automation in higher classes. Students learned to identify electronic components, assemble simple circuits, and apply logic to make devices perform specific tasks. For many, this was their first opportunity to understand how everyday technologies like automatic doors, sensors, and digital displays actually work. Previous Next One of the most exciting aspects of the month was the Weekend Robotics Club, which held four focused sessions engaging 46 students (37 boys and 9 girls). The club’s sessions covered advanced practicals like solar tracker design, in-and-out counter setup, and the magical LED activity. These activities not only encouraged technical exploration but also developed essential life skills like teamwork, creative problem-solving, and perseverance.Across schools, the enthusiasm of both students and teachers was palpable. Students demonstrated remarkable focus and curiosity — from wiring circuits to debugging errors and finally seeing their projects come to life. For many participants, these sessions became a stepping stone toward exploring engineering, automation, and artificial intelligence in the future.By integrating robotics education into the classroom, the initiative is equipping children with 21st-century skills such as computational thinking, innovation, and critical analysis. The consistent participation and excitement across schools prove that hands-on learning remains one of the most effective ways to inspire scientific temper and self-confidence among students.The Robotics team continues to refine its modules, introduce advanced projects, and ensure that every child — regardless of background — gets an opportunity to understand and experiment with the technologies shaping tomorrow’s world.Through these efforts, the Robotics program at Svarnim Puducherry stands as a symbol of learning through doing, preparing students not just to use technology but to create it.
Sparking Young Minds: Robotics Journey Posted on September 22, 2025September 22, 2025 by Divya Priya Previous Next Our Robotics and DEL programs continue to inspire and engage young learners across Puducherry, fostering creativity, problem-solving, and hands-on learning. Here’s an overview of the progress so far: Total Robotics Sessions: 56 Total STEM Sessions: 9 Number of Schools Covered: 28 Total Students Engaged: 1,752 Boys: 583 Girls: 1,169 Weekend Club Activities have been a highlight, offering students immersive, project-based learning experiences. The modules covered include: Robotics & Electronics: Robot assembling, robot movement (forward movement), motor driver activity, powering LEDs and buzzers, push button switch, reset switch, air drawing, and Tobi walking. Logic & Programming: Logic gates (AND, OR, NOT), seven-segment display, object detection, virtual doctor, and chatbot projects. STEM Exploration: Electricity, exploring magnets, electronics introduction, and interactive experiments with two-way switches and power circuits. Fun Projects: Face filter application development and creative STEM exercises to spark curiosity. Through these sessions, students are not only gaining technical knowledge but also developing critical thinking, collaboration, and innovation skills. The high participation of girls (1,169 out of 1,752 students) highlights the inclusive and empowering nature of the program. Our Robotics & DEL initiative continues to grow, bringing hands-on learning and real-world applications to young minds, encouraging them to explore technology and science in exciting ways.
Sparking Innovation: Robotics Takes a Giant Leap in July 2025 Posted on August 12, 2025August 18, 2025 by Divya Priya Previous Next July 2025 marked another milestone for the Robotics program, with an impressive 77 school sessions and 4 weekend club activities, reaching 2,336 students across 27 government schools in Puducherry. The program continues to break barriers by bringing advanced STEM concepts directly into classrooms, inspiring a new generation of tech-savvy problem solvers.Throughout the month, students embarked on a journey from the basics of electronics to applied robotics, building both technical skills and creative thinking. The sessions began with core topics like powering LEDs and buzzers, seven-segment displays, and introduction to digital electronics, gradually progressing to more engaging challenges like maze-solving robots, attendance monitoring systems, and object detection mechanisms. These activities gave students a chance to translate textbook theory into tangible, working models. Previous Next The weekend robotics clubs provided an additional platform for deeper learning and innovation. Here, students worked on real-world inspired projects such as Smart Parking Systems, Mask Detection technology, and Door Unlock Systems using coded input. These weekend sessions fostered teamwork, problem-solving, and the spirit of invention—skills that extend far beyond robotics.What makes the Robotics program impactful is not just its technical training but its role in boosting student confidence, nurturing curiosity, and showing that technology can be a tool for creativity, community development, and personal growth. By bridging the gap between classroom learning and hands-on application, we are not only creating young innovators but also empowering them to imagine and build a better future.With every session, we see the spark in students’ eyes when they realize they can make things move, light up, sense, and respond to their commands. And it is that spark that will drive the innovators, engineers, and changemakers of tomorrow.