Transform Ideas into Reality | Code Your Vision
October 16, 2025 - 9:00 PM
π Venue: PPG Tech Campus
π Non-qualified teams: Workshop on Vibe Coding
Present your innovative ideas and solutions to real-world problems. Transform your vision into impactful presentations.
Code in your flow, create amazing projects, and showcase your development skills with live deployments.
Shortlisted teams must work on the following themes for Level 2 Semi-Final
These themes are designed to be accessible (Intermediate Level) and spur fast, creative development. Teams must select ONE theme for their project.
Build something that involves real-time interaction or linking different data sources (e.g., live chat, collaborative notes, or a system that pulls data from multiple APIs).
Build a project focused on tracking, mapping, or showing journeys/history (e.g., visualizing a path, showing historical data over time, or creating a digital logbook).
Build a project that deals with user authentication, security, or personalized content (e.g., a simple login with different user roles, or a tool that encrypts/protects data).
Build a website or app that changes its look, layout, or features dramatically based on the user's environment (e.g., screen size, dark/light mode, or a mock user profile).
Build a web interface that takes simple input data (from a form, a mock sensor, or an API) and presents it in a beautiful, intelligent, or useful way.
Teams must submit a live, working prototype centered on their chosen theme (Connect, Trace, Access, Adapt, or Sense).
Choose ONE problem statement from any domain and present your innovative solution with a focus on ideation, PPT presentation, and innovation.
Design a simple, portable kit (using basic sensors like pH, temperature, moisture) and a mobile app interface to monitor critical soil and water parameters for small farms, providing actionable, color-coded alerts.
Develop a digital platform/app interface (focus on UI/UX) to connect smallholder farmers, allowing them to easily rent or share expensive agricultural equipment (tractors, harvesters) based on location and time.
Design a conceptual, small-scale mechanical system or process flow for quickly and efficiently converting agricultural residue (biomass) into high-quality compost or biochar, suitable for village-level deployment.
Build a basic image classification model (or a proof-of-concept data collection strategy) to identify common crop disease symptoms on leaves, providing instant feedback to a farmer via a simple web or mobile interface.
Develop a data analysis and prediction model (using historical usage data) to forecast peak demand for a specific university resource (e.g., library seats, lab equipment, cafeteria rush hour) and visualize the forecast on a dashboard.
Create an application that allows users to ask simple, natural language questions (e.g., "Which student has the highest attendance?") and get answers from a small, structured local dataset (e.g., student/college data).
Build a basic system that takes a Job Description (JD) and a student's resume/CV and provides a numeric compatibility score and highlights the missing keywords/skills using basic text processing and data matching techniques.
Design an app that tracks a few daily habits (e.g., study time, water intake) and uses simple data science techniques to provide personalized, timely suggestions to improve the user's routine based on their own historical patterns.
Design a simple wearable or desk-mounted device (using an accelerometer/ultrasonic sensor and a microcontroller like Arduino) that detects poor sitting posture and provides a timely audio or haptic alert to the user.
Develop an interactive digital kiosk (web interface prototype) where users can quickly search for a medicine name (or scan a mock code) and view simplified, easy-to-understand information about its uses, dosage, and common side effects.
Create a basic system (using a camera or glove-based sensors) that can recognize a small set of simple hand gestures (e.g., 'Hello', 'Yes', 'No') and convert them into displayed text, aiding in basic communication for non-verbal individuals.
Build a functional prototype for a basic pulse oximeter using readily available components (LEDs, photodetectors, microcontroller) that can measure SpOβ and heart rate and log the data locally or to a simple digital display.
Build a simple, centralized web or mobile platform (focus on database and UI/UX) where students can securely post about items they have lost or found on campus, with features for image upload and simple search filters.
Develop a small desktop utility or web tool that allows a user to encrypt and decrypt sensitive files using a basic, secure algorithm (e.g., AES-128 or a simple substitution cipher) to understand foundational data security principles.
Create an application/system prototype for a digital token queue at the cafeteria. Users can place orders, receive an estimated time/token number, and the kitchen staff manages the queue flow on a separate interface.
Develop a basic, interactive digital map of the college campus where users can quickly locate key services (labs, restrooms, specific faculty offices) and view real-time status (e.g., whether a computer lab is currently open/busy).
Design and prototype an automated lighting system using a microcontroller and a basic motion sensor (PIR) to detect if a room is occupied. The system should switch lights ON/OFF and conserve energy.
Build a basic system that uses an accessible voice recognition module (or mobile app input) to control simple home appliances (like a lamp or fan) through relay switching, focusing on wireless communication (Bluetooth/Wi-Fi).
Develop a software application (using Python/MATLAB/etc.) to simulate a basic digital communication system (e.g., QPSK, FSK) showing the signal at the transmitter, through a noisy channel, and at the receiver, visualizing the effect of noise.
Create an IoT-based system (using an ultrasonic or float sensor) to monitor the water level in a tank and send a simple notification (e.g., to a mobile phone or a local display) when the tank is near empty or full.
Design and create a CAD model or a simple physical prototype of an ergonomic attachment or frame that can be incorporated into a standard college backpack to better distribute weight and reduce spinal strain.
Develop the design and mechanism for a pedal-powered system to operate a small household or educational appliance (e.g., a small blender, water pump, or phone charger) for use in off-grid or remote areas.
Design a modular, reconfigurable furniture system (CAD model or scale blueprint) for a common college space (e.g., a classroom or study area) that can be easily transformed to suit different purposes (lecture, group work, relaxation).
Design a simple mechanical gripper or end-effector (using linkages and actuators) for a basic pick-and-place task, focusing on maximizing grip strength or versatility using minimal components (CAD or physical model).
Focus on Ideation, Innovation, and PPT Presentation Quality. Select ONE problem statement from the 6 domains above.
π Completed - Oct 14, 10:10 PM
π Online - Oct 16, 9:00 PM
π Offline - PPG Tech Campus
Submit your project by filling out our Google Form. Include your PPT presentation and GitHub repository or deployment link.
Note: Submission will close on the deadline. Results will be published a few hours after the deadline on this website.
π Gold Cards: Selected for Grand Finale at PPG Tech Campus
π Red Cards: Invited to Vibe Coding Workshop
(Results updated after Level 2 deadline on Oct 16, 10:00 PM)
Shortlisted Teams: 0
Shortlisted Teams: 0
Results will be published on October 16, 2025 at 10:00 PM
(1 hour after the deadline)