HOUR OF CODE 2K25
The VVITU Guntur ACM Student Chapter has always been proactive in organizing technical and outreach activities aimed at spreading awareness about computing and emerging technologies among students. As part of the globally recognized ACM Hour of Code initiative, the Student Chapter organized a series of outreach programs in various schools with the objective of introducing young minds to the fundamentals of computing in a simple, engaging, and interactive manner.
The Hour of Code is an international movement that aims to demystify coding and make computer science accessible to learners of all age groups. It encourages students to explore the world of technology, logical thinking, and problem-solving through short, activity-based learning sessions. In alignment with this vision, the VVITU Guntur ACM Student Chapter designed sessions that focus on creativity, clarity of thought, and real-life problem solving rather than traditional programming syntax. For the year 2025, the outreach program focused on Vibe Coding and Natural Language Driven Application Development, a modern approach where applications are created using everyday language and clear instructions. Through this approach, students were introduced to the idea that coding is not limited to writing complex code, but begins with identifying problems, forming ideas, and communicating them effectively. The sessions were structured to help students understand how Artificial Intelligence works in a simple and relatable way, how prompts act as instructions for AI systems, and how clear communication leads to meaningful digital outputs. By using real-life academic examples such as homework planners, study-aid tools, revision dashboards, and reminder applications, students were able to connect
technology with their daily school life. Through demonstrations, interactive discussions, and student participation, the program aimed to remove the fear of coding, encourage innovation, and inspire students to view technology as a creative and empowering tool. The initiative received enthusiastic participation from students and positive feedback from school authorities, highlighting the impact of the program.
List of Schools
1. Sri Patibandla Sitaramaiah High School (CBSE), Lakshmipuram Main
Road, Guntur
2. Oxford IIT School, Ravindra Nagar Gardens, Guntur
3. Next Gen International School, Gorantla, Guntur
4. Sri Venkateshwara Bala Kutter, Syamala Nagar, Guntur
5. VIVA The School by VVIT, Namburu, Andhra Pradesh
Team Members:
• P. Sri Rama Kanth
• M. Subhash
• V. Lohith
• A. Bala Yaswanth
• T. Rajyalakshmi Devi
• P. Mohith
DAY-WISE SCHEDULE
Sri Patibandla Sitaramaiah High School (CBSE)
Date: 8th December, 2025
Time: 9.30 AM – 10.30 AM
Standard: 8 & 9
The VVITU Guntur ACM Student Chapter organized a detailed awareness and interactive session on Vibe Coding at Sri Patibandla Sitaramaiah High School. The initiative was taken with the objective of introducing school students to modern technological concepts in a simple, relatable, and engaging manner.
The ACM Student Chapter officers arrived at the school well in advance and made all the necessary arrangements to conduct the session effectively. Students from standards 8 and 9 assembled in the classroom with great enthusiasm and curiosity to learn about Artificial Intelligence and its role in everyday life.
Photograph of “A room full of focused minds”
The session began with P. Sri Rama Kanth standing before 85 eager students, opening a dialogue about how technology often feels like a "black box". He introduced Vibe Coding, explaining that the future of software development lies in human-centric, natural-language interfaces rather than memorizing rigid syntax. M. Subhash then took the lead, focusing on the "idea-to-application" workflow. He guided the students to identify everyday academic friction points—like forgotten deadlines—and showed how a homework planner could be described into existence rather than programmed line-by-line.
Subhash explaining students the “idea-to-application” workflow To show the students that technology is a conversation, V. Lohith performed a live demonstration. He purposely started with a vague prompt to show how the AI's "Reality" might initially miss the student's "Expectation," then used iterative prompting to refine the tool into a polished interface. The officers guided students to understand that AI may not always produce perfect results on the first attempt. By comparing the process to refining a rough sketch into a masterpiece, the team encouraged students to view initial 'mistakes' not as failures, but as essential learning opportunities. This segment instilled a mindset of patient problem-solving, teaching the young innovators how to iteratively refine their instructions and 'prompts' to achieve their desired outcome.
A. Bala Yaswanth walked through the aisles, challenging students to brainstorm study-aid tools tailored to their actual CBSE curriculum. This hands-on thinking helped students see themselves as active creators rather than passive consumers.
P. Mohith then demystified the process, explaining how the AI maps human intent to digital components like buttons and forms. He emphasized that a clear thought is the most important part of a prompt.
T. Rajyalakshmi Devi addressed the common fear of "not being a math person," explaining that Vibe Coding removes technical barriers and fosters an inclusive environment for innovation. The concept of Vibe Coding was explained as an innovative approach to creating applications without writing traditional programming code. Students were informed that by clearly describing what they want an app to do, AI can help build digital tools. This idea generated significant interest among students, as it removed the fear associated with coding.
Photographs of active curiosity and participation
A real-life demonstration was conducted using the idea of a Homework Reminder App. Through a story-based explanation, students understood how AI could help solve the common issue of forgetting homework. The teacher’s role in uploading homework, the student’s access through login, evening reminders, and a final morning alert were explained in detail. The session concluded with a discussion on limitations and misconceptions of AI, stressing that AI supports learning but does not replace thinking. Students actively interacted, shared their experiences, and asked questions, all of which were clearly addressed by the ACM officers.
Sri Rama Kanth engaging students by explaining about how AI helps us ease our daily life tasks
Oxford IIT School
Date: 8th December, 2025
Time: 10.45 AM – 11.45 AM
Standard: 8 & 9
The VVITU Guntur ACM Student Chapter successfully conducted a comprehensive awareness and interactive session on Vibe Coding at Oxford IIT School. The program was organized with the objective of introducing school students to emerging technologies in a simple, engaging, and easily understandable manner, enabling them to relate these concepts to their everyday lives. The ACM Chapter officers arrived at Oxford School well before the scheduled time and made all the necessary preparations to ensure the smooth conduct of the session. Students from standards 8 and 9 assembled in the classroom with keen interest and enthusiasm
.
Photograph of the ACM Officer warmly addressing students
The session commenced with a warm and relatable introduction by Sri Rama Kanth, where the focus shifted to high-utility academic solutions. The session kicked off with a "Pain Point" list where students shouted out their biggest struggles, from complex timetable management to tracking long-term projects.
A. Bala Yaswanth led the "Need Identification" phase, helping the 75 students break down a massive goal like "doing better in exams" into small, solvable digital features like exam preparation buttons and priority trackers.
P. Mohith utilized visual aids to bridge the gap between human needs and digital components through "Component Mapping".
• He demonstrated that a simple request—for example, "I need a place to write notes"—directly translates into a text-area field within a digital interface.
• This exercise helped students visualize how their spoken language becomes the foundation for software architecture.
ACM Officer P. Sri Rama Kanth introducing "Hour of Code"
The session reached its peak with a live-build exercise led by M. Subhash.
• Dynamic Interaction: Students dictated the app’s features in real-time, using natural language to shape the tool.
• Collaborative Creation: By giving prompts like "add a section for extracurricular activities," students watched a timetable organizer evolve on the screen before their eyes.
• Iterative Learning: This live demonstration reinforced that the first AI output is a starting point that can be improved through "Vibe Coding".
V. Lohith emphasized the critical role of prompt accuracy. He taught students that the quality and utility of a digital tool are directly proportional to the clarity of their spoken or written instructions. This segment focused on "Logical Prompting," ensuring students understood how to communicate complex requirements simply and effectively. The session concluded with a focus on the human side of technology, T. Rajyalakshmi Devi facilitated a design workshop where students sketched their "dream app" interfaces on activity sheets. This activity focused on user-centric design, ensuring tools were intuitive for their peers to use. The session then moved on to the concept of Vibe Coding, which generated significant excitement among the students. Vibe Coding was explained as a modern approach to building applications and digital tools by describing ideas in natural language rather than writing traditional programming code. Students were encouraged to think creatively and understand that their ideas, when expressed clearly, can be converted into functional digital solutions with the help of AI.
Lohith highlighting the importance of prompt accuracy
Students showed great interest during this demonstration, as the scenario closely reflected their daily routine. The officers explained how such an app could help students become more organized, responsible, and stress-free, while also reducing the chances of forgetting homework and facing classroom consequences.
P. Sri Rama Kanth wrapped up the session concluded with an interactive doubt clearing segment, where students actively asked questions and shared their thoughts. The ACM Chapter officers patiently addressed all queries, ensuring clarity and engagement. The overall response from the students and teachers of Oxford School was highly positive, making the session informative, interactive, and impactful.
Students are rewarded for their successful app demonstrations
Next Gen International School
Date: 9th December, 2025
Time: 9.30 AM – 10.30 AM
Standard: 8 & 9
The VVITU Guntur ACM Student Chapter organized a comprehensive awareness and interactive session on how Vibe Coding works through natural language at Next Gen International School. The program was conducted with the objective of introducing school students to emerging technologies in a simple, engaging, and practical manner, enabling them to understand how Artificial Intelligence can be used to solve everyday problems.
Photograph of the students gathered for Hour of Code Session
The ACM Student Chapter officers arrived at the school well before the scheduled time and made the necessary arrangements to conduct the session smoothly. The students of standards 8 and 9 assembled in the school auditorium with great curiosity. The supportive response from the school management and faculty contributed to the successful execution of the program. The session commenced with a warm and relatable introduction, where the officers emphasized design thinking and rapid prototyping. V. Lohith introduced the workflow, showing that Vibe Coding allows an idea to become a functional app in mere minutes.
Sri Rama Kanth showcasing the Revision Dashboard
P. Mohith led a particularly popular demonstration on Mini-Quiz Creators. He showed how students could prompt the AI to generate a quiz based on a specific textbook chapter, creating a custom study tool for their friends.
P. Sri Rama Kanth showcased a Revision Dashboard, demonstrating how to aggregate exam dates and study notes into one cohesive digital space using only natural language.
A. Bala Yaswanth explained the "Conversation Cycle," where students learned to observe the code output and use iterative prompting to fix gaps or add new features. To further deepen students’ understanding, the officers explained the concepts of Expected vs Reality. Students were taught that the first output produced by AI may not always match what they imagined. This was followed by a detailed explanation of Iteration, highlighting that improvement happens through repeated refinement and clearer communication. The officers compared this process to refining a rough sketch into a detailed drawing, making the concept easy to grasp.
M. Subhash challenged the 90 students to consider the "why" behind their apps, encouraging them to create tools that were not just useful, but aesthetically pleasing and intuitive. By asking "Why?", students learned to justify their design choices, leading to more thoughtful and effective software solutions.
T. Rajyalakshmi Devi acted as a hands-on mentor, moving between desks to help students bridge the gap between a vague idea and a personalized functional app. She engaged with students in a warm and approachable manner, creating a safe space where they felt comfortable voicing their ideas and asking doubts.
A major highlight of the session was the detailed demonstration of a Homework Reminder App, which addressed a common problem faced by students. Through a story-based explanation, the officers described how teachers could upload homework digitally and how students could receive timely reminders on their devices. The reminder mechanism, including evening notifications and a final morning alert before school, was explained in detail, helping students clearly visualize the application’s functionality.
M. Subhash also discussed the importance of responsible use of Artificial Intelligence, explaining its limitations and addressing common misconceptions. The session concluded with an interactive doubt-clearing segment, during which students actively participated by asking questions and sharing their thoughts.
The ACM Chapter officers patiently addressed all queries, ensuring clarity and engagement. Feedback collected from the students indicated a high level of interest and appreciation for the session. The program ended on a positive note, leaving students motivated to explore Artificial Intelligence creatively and responsibly.
Picture of the students participating in doubt clarifying session in Next Gen International School
Group photo with students after the session
Students who successfully integrated "Context" and "Purpose" into their builds were presented with ACM gifts by the school representatives
Sri Venkateswara Bala Kuteer Secondary School
Date: 9th December, 2025
Time: 11.00 AM – 12.00 AM
Standard: 8 & 9
The VVITU Guntur ACM Student Chapter conducted an in-depth awareness at Sri Venkateswara Bala Kuteer Secondary School through which students explored digital problem-solving without any programming background. The session emphasized clarity of thought, improvement through iteration, and user centric design.
A Classroom full of innovative minds at Sri Venkateswara Bala Kuteer Secondary School
The ACM Chapter officers arrived at the school prior to the scheduled time and made the necessary arrangements to ensure the smooth execution of the session. Students from standards 8 and 9 assembled in the classroom with enthusiasm and showing keen interest in learning. The session began with a warm and interactive introduction, and the session focused on Community Utility. T. Rajyalakshmi Devi opened by telling the 65 students that coding is no longer a "secret language" but a universal way of communicating logic.
M. Subhash led a live demonstration on building a Digital Notice Board, where he explained how everyday school information can be transformed into a simple yet effective digital application using Vibe Coding. He began by discussing common communication challenges in schools, such as students missing announcements or not checking physical notice boards regularly.
He then demonstrated how a single, well-structured natural-language prompt could be used to generate a digital screen that displays daily school
announcements, circulars, and lunch menus in an organized format. During the demonstration, he explained how the layout automatically adjusts to show headings, sections, and updates clearly, helping students understand how design and structure are guided by instructions.
Subhash further elaborated on how the Digital Notice Board can be enhanced by refining prompts—such as adding sections for important notices, upcoming events, and class-wise announcements—to improve usability. He highlighted how iterative prompting allows the application to evolve gradually, reinforcing the idea that application development is a continuous improvement process.
Students observing a prompt-based digital demo for everyday school ideas.
P. Mohith extended the session by introducing a Bus-Route Display concept, demonstrating how structured information such as bus numbers, routes, timings,and stops can be presented clearly through conversational instructions. He explained that even data-heavy information becomes easy to understand when it is organized logically using simple prompts. Through this example, students learned how clarity in data presentation plays a crucial role in building useful public oriented digital tools.
Sri Rama Kanth clarifying students doubts
V. Lohith then focused on the principle of User-Centric Design, emphasizing that an application should be equally easy to use for different types of users. He encouraged students to modify and refine their prompts so that the apps would remain intuitive for both teachers and fellow students. By guiding students to think from the user’s perspective, he highlighted how usability and simplicity determine the success of any digital solution.
Sri Rama Kanth highlighting the importance of Clarity of Thought
P. Sri Rama Kanth spoke about the importance of Clarity of Thought, explaining that artificial intelligence systems depend entirely on the quality of instructions provided. He reminded students that AI does not think independently but responds based on how clearly the problem is described. This discussion helped students understand that structured thinking and precise communication are the foundation of effective application development.
A. Bala Yaswanth facilitated an interactive brainstorming session, where students were encouraged to identify local, real-world problems in Guntur, such as traffic congestion and daily commute challenges. He guided them to think about how simple applications could help organize information and support community level solutions. This activity allowed students to apply the concepts learned during the session to realistic scenarios, reinforcing creativity and problem-solving skills.
P. Mohith interacting with students
Students are rewarded for their successful app demonstrations
VIVA The School by VVIT
Date: 10th December, 2025
Time: 10.00 AM – 11.00 AM
Standard: 8 & 9
The VVITU Guntur ACM Student Chapter successfully conducted a detailed awareness and interactive session on future of coding through natural-language based application creation at VIVA The School by VVIT. The session was organized with the objective of introducing school students to emerging technologies in a simple, engaging, and practical manner, enabling them to view coding as a collaborative, creative process rather than a technical barrier.
Ch. Divya, V. Lohith interacting with the students
At VIVA The School, the program is successful with 40 students participating in a "Creative Application Lab". This segment was designed to give students hands-on exposure to the full idea-to-application workflow, allowing them to experience how creativity and technology merge through Vibe Coding.
P. Sri Rama Kanth set the tone for the session by framing the hour as a glimpse into the Future of Programming. He explained how traditional coding is evolving into more intuitive, idea-driven development, where creativity, communication, and problem-solving take precedence over syntax. His introduction helped students understand that future digital creators will focus more on what to build rather than how to code it.
A. Bala Yaswanth led the students in building flashcard applications, demonstrating how learning tools can be made dynamic and highly personalized. He showed how prompts could be adjusted to suit individual learning styles, such as adding categories, revision reminders, and difficulty levels. This activity helped students realize that digital tools can adapt to their needs and enhance everyday learning.
Lohith explaining the importance of prompt accuracy
V. Lohith conducted a detailed walkthrough on Doubt Trackers, guiding students through the process of creating a system where questions can be logged, organized, and tracked. He demonstrated how incremental prompts could be used to add features like teacher responses and status tags such as “Pending” and “Solved.” This example highlighted how step-by-step refinement leads to practical and user-friendly applications.
P. Mohith guided a segment on Step-by-Step Enhancement, starting with a basic timetable organizer and gradually improving it. He demonstrated how additional prompts could introduce advanced features such as automatic alerts, reminders, and color-coded subject blocks. This segment reinforced the idea that digital tools evolve over time through continuous improvement rather than being perfect from the start.
M. Subhash discussed the collaborative nature of Vibe Coding, emphasizing that since prompts are written in everyday language, students with different skills can easily work together. He explained how teamwork becomes more inclusive, allowing creative thinkers, planners, and problem solvers to contribute equally to application development.
T. Rajyalakshmi Devi concluded the session with an inspiring address, referring to the students as “Digital Creators.” She compared coding to creative disciplines like writing and painting, reinforcing the idea that technology is a medium for expression. Her message encouraged students to view coding as a creative journey rather than a technical challenge.
The session concluded with a powerful takeaway from the chapter officers: by mastering the “vibe” of their ideas and expressing them clearly, students now have the ability to shape and influence the digital world around them. The program ended on an enthusiastic note, leaving students motivated, confident, and eager to explore technology creatively.
The officers also discussed the limitations and responsible use of Artificial Intelligence, clearing common misconceptions. Students were informed that while AI is powerful, it still requires human thinking, supervision, and ethical usage. It was emphasized that AI supports learning and creativity but does not replace understanding or effort. All the doubts were clarified with patience.
Lohith leading an interactive discussion about building and enhancing apps using simple natural-language prompts.