Hardware Hackathon 1.0
Where it all started
Collaborators
The judging panel
From the floor
Full galleryBuilt here
All 5 buildsInside the event
Hardware Hackathon 1.0
Hardware Hackathon, But not the kind you’re used to. This one’s built for real-world builders. For those who think in circuits, sketch in block diagrams, and bring ideas to life through pure hardware.
This is event is hosted by LionCircuits x PCB CUPID is bringing together India’s sharpest hardware minds for a 1-day engineering face-off.This isn’t just about speed. It’s about thinking like an engineer, building like a founder, and presenting like a pro.
No Theme No limitation, your open to build anything you love with the resource and the budget we provide! But To ensure a smooth and enjoyable hackathon experience, please review the following contest rules: Rules
Bring your A-game. Leave with hardware that speaks for itself!
What to Expect?
Registration
Registration fee is ₹99. Once you RSVP, please check your email for the official payment link to confirm your slot
Pictures
Videos
Arduino IDE SetUp
👉 Click Here: Arduino IDE Installation
👉 Click Here: Setup Guide on PCBCUPID
Components List
| No. | Picture | Name | use case | Price |
|---|---|---|---|---|
| 1 |  | Glyph C3(headers not soldered) | 👉 Read More:Glyph C3 | |
| 👉Shop here: Glyph C3 | Rs.434 | |||
| 2 |  | Glyph C6(soldered) | 👉 Read More:Glyph C6 | |
| 👉 Shop here: Glyph C6 | Rs.552 | |||
| 3 |  | Glyph H2 (soldered) | 👉 Read More:Glyph H2 | |
| 👉 Shop here: Glyph H2 | Rs.529 | |||
| 4 |  | FR4 – High Quality Zero board PCB (Perfboard) | A versatile prototyping board with pre-drilled holes, ideal for building and testing electronic circuits | |
| 👉Shop here: Glyph H2 | Rs.35 | |||
| 5 |  | G-SENSE : ICS-43434 MEMS High Precision Omnidirectional Microphone I2S | 👉Read More: 1ch-Microphone | |
| 👉Shop here: 1ch-Microphone | Rs.218 | |||
| 6 |  | G-SENSE : ICS-43434 2CH MEMS High Precision Omnidirectional Microphone I2S | 👉Read More: 2ch-Microphone | |
| 👉Shop here: 2ch-Microphone | Rs.319 | |||
| 7 |  | G-MOD : Micro SD SPI/SDIO/SDMMC Card Breakout Board – 3.3V | 👉Read More:G-MOD | |
| 👉Shop here:G-MOD | Rs.99 | |||
| 8 |  | G-MOD : 1 Channel 5V Relay Module with Optocoupler | 👉Read More:1ch-Relay | |
| 👉Shop here:1ch-Relay | Rs.85 | |||
| 9 |  | G-MOD : 2 Channel 5V Relay Module with Optocoupler | 👉Read More:2ch-Relay | |
| 👉Shop here:2ch-Relay | Rs.179 | |||
| 10 |  | OLED Display (SSD1306) | 👉Read More:OLED-Display | Rs.220 |
| 11 |  | Buzzer | 👉Read More:Buzzer | Rs.15 |
| 12 |  | Condenser mic | A sensitive condenser microphone module that captures clear audio signals, ideal for sound detection and voice input applications. | Rs.20 |
| 13 |  | Tactile Push Button Switch Self Lock(DPdT Switch) | A self-locking tactile push button switch that maintains its state until pressed again, ideal for toggling functions in electronic circuits. | Rs.10 |
| 14 |  | Right angle tactile push button | A compact right-angle tactile push button switch, designed for edge mounting and user-friendly input in compact electronic devices. | Rs.5 |
| 15 |  | Push button with Cap | A standard push button switch with a cap for easy pressing, commonly used for user input. | Rs.20 |
| 16 |  | TS04-66-65-BK-160-SMT Tactile Switch (Push button small) | A compact SMT tactile switch offering reliable, low-profile push-button functionality for PCB-mounted applications. | Rs.20 |
| 17 |  | OS202011MS2QN1 Slide switch SPDT | A compact SPDT slide switch is designed for PCB mounting, offering reliable on-off-on functionality in low-profile form factor. | Rs.89 |
| 18 |  | RMC 2pin Female connector | A compact 2-pin female RMC connector designed for secure, low-voltage wire-to-board connections in electronic projects | Rs.9 |
| 19 |  | RMC 3 Pin Female connector | A compact 3-pin female RMC connector offering secure and reliable low-voltage wire-to-board connections in electronics projects. | Rs.10 |
| 20 |  | RMC 4 Pin Female connector | A compact 4-pin female RMC connector providing secure and organized low-voltage wire-to-board connections for seamless integration in electro. | Rs.11 |
| 21 |  | 2 Pin Male Straight Single Row WTB Connector | A 2-pin male straight single-row WTB (Wire-to-Board) connector designed for easy and secure low-voltage connections in compact electronic assemblies. | Rs.5 |
| 22 |  | 3 Pin Male Straight Single Row WTB Connector | A 3-pin male straight single-row WTB (Wire-to-Board) connector, ideal for reliable and space-efficient signal or power connections in electronic circuits | Rs.5 |
| 23 |  | 4 Pin Male Straight Single Row WTB Connector | A 4-pin male straight single-row WTB (Wire-to-Board) connector, perfect for compact and secure multi-line signal or power connections in electronic projects. | Rs.5 |
| 24 |  | 2 Pin JST Male Right Angle Connector | A 2-pin JST male right-angle connector designed for compact, secure wire-to-board connections in low-voltage electronic applications. | Rs.5 |
| 25 |  | 3 Pin JST Male Right Angle Connector | A 3-pin JST male right-angle connector ideal for secure, low-profile wire-to-board connections in space-constrained electronic designs. | 6 |
| 26 |  | 4 Pin JST Male Right Angle Connector | A 4-pin JST male right-angle connector designed for space-saving, reliable wire-to-board connections in compact electronic assemblies. | Rs.7 |
| 27 |  | 5mm Red LED | A standard 5mm red LED that emits bright red light, commonly used for indicators, status signals, and visual feedback in electronic circuits. | Rs.3 |
| 28 |  | 5mm Green LED | A standard 5mm green LED that emits bright green light, ideal for status indicators, signal displays, and general-purpose electronics. | Rs.3 |
| 29 |  | 3mm Red LED | A compact 3mm red LED that emits bright red light, perfect for space-constrained indicator and signal applications in electronic circuits. | Rs. 2 |
| 30 |  | RGB LED | A 3-pin RGB LED that combines red, green, and blue emitters in one package, allowing mixed color output using PWM control. | Rs.10 |
| 31 |  | 7 segment display | A numeric 7-segment display with a common cathode configuration, used for displaying digits in counters, timers, and digital readouts. | Rs.12 |
| 32 |  | Resistor Box | A resistor assortment box containing a wide range of resistor values, ideal for prototyping, circuit design, and quick access during electronics projects | Rs.70 |
| 33 |  | Capacitor Box | A capacitor assortment box with various capacitance values, perfect for prototyping, circuit tuning, and quick access in electronics development. | Rs.125 |
| 34 |  | 1N4001 Diode | The 1N4001 is a general-purpose silicon rectifier diode used for blocking or converting AC to DC in low-voltage power applications, with a peak reverse voltage of 50V. | Rs.4 |
| 35 |  | NPN Transistors (BC547) | The BC547 is a general-purpose NPN bipolar junction transistor used for switching and amplification in low-power electronic circuits | Rs.2 |
| 36 |  | PNP Transistor (BC557) | The BC557 is a general-purpose PNP bipolar junction transistor commonly used for switching and low-power amplification in electronic circuits. | Rs.2 |
| 37 |  | Potentiometer | Potentiometers are adjustable resistors used to control voltage or signal levels in electronic circuits, commonly found in volume controls, sensor tuning, and variable settings. | Rs.25 |
| 38 |  | DC Motor Single Shaft | A compact DC motor with a single output shaft is commonly used for driving wheels, fans, or mechanical parts | Rs.70 |
| 39 |  | Motor Driver IC- L293D | The L293D is a dual H-bridge motor driver IC that allows bidirectional control of two DC motors or one stepper motor using microcontrollers. | Rs.30 |
| 40 |  | Servo Motors | Servo motors are precision-controlled motors with built-in feedback, ideal for tasks requiring accurate angular positioning, such as in robotics, RC vehicles, and automation projects | Rs.150 |
| 41 |  | DHT 22 - Humidity and Temperature Sensor | A high-accuracy digital sensor for measuring temperature and humidity, suitable for indoor environmental monitoring projects. | Rs.199 |
| 42 |  | Ultrasonic Sensor | An ultrasonic sensor measures distance by emitting sound waves and detecting their echo, ideal for obstacle detection, distance measurement, and automation projects. | Rs.112 |
| 43 |  | IR Sensor | An IR (Infrared) sensor detects objects or motion by emitting and receiving infrared light, commonly used in obstacle detection, line following, and proximity sensing. | Rs.40 |
| 44 |  | Limit Switch | A limit switch is an electromechanical device used to detect the presence or position of an object, often serving as a safety or control trigger in automation and robotics systems | Rs.99 |
| 45 |  | Soil Humidity sensor | A soil humidity sensor measures the moisture content in soil, ideal for automated irrigation systems and plant health monitoring in gardening and agricultural projects. | Rs.70 |
| 46 |  | SW420 Vibration Sensor | A digital vibration sensor module with adjustable sensitivity and a built-in LM393 comparator, designed to detect shocks or movements (3.3–5 V, logic output). | Rs.75 |
| 47 |  | ACS712-20A-Current sensor | The ACS712-20A is a Hall-effect-based current sensor that provides accurate analog voltage output proportional to AC or DC currents up to ±20A, ideal for monitoring power and load in electronic systems. | Rs.80 |
| 48 |  | DRV5032 ultra low power digital-switch Hall Effect Sensor | It provides reliable digital switching with high sensitivity and minimal power consumption, making it suitable for applications like proximity sensing and position detection. | Rs.120 |
| 49 |  | wheels BO Motor | BO motor wheels provide stable movement for robotics and DIY vehicles, easily attachable to BO motors. | Rs.25 |
| 50 |  | LIMIT SWITCH(RIGHT ANGLE) | The Limit Switch (Right Angle) is a compact mechanical switch used to detect position or movement limits in devices, commonly used in robotics and automation. | Rs.40 |
| 51 |  | LDR(5mm) | The 5mm LDR (Light Dependent Resistor) changes its resistance based on light intensity, making it ideal for light-sensing applications. | Rs.20 |
| 52 |  | Breadboard | A breadboard is a reusable platform for quickly prototyping and testing electronic circuits without soldering, ideal for learning, experimentation, and development. | Rs.119 |
| 53 |  | Jumper wires (Male-male,female-female, male-female) | Jumper wires are short, insulated conductors used to connect components on a breadboard or between header pins without soldering. They come in male-to-male, male-to-female, and female-to-female types for versatile prototyping. | Rs.70 |
| 54 |  | 5V 1A Adaptor | A 5V 1A adapter is a compact power supply unit that delivers 5 volts at up to 1 amp current, suitable for powering small electronics like microcontrollers, sensors, and development boards. | Rs.150 |
| 55 |  | DC Power Adapter Connector | A DC female power adapter connector allows easy and secure connection of external power supplies (like 5V or 12V adapters) to electronic circuits or devices. | Rs.25 |
| 56 |  | Male header pins | Male header pins are straight pins used to create pluggable connections on PCBs, commonly used for interfacing modules, sensors, and jumper wires. | Rs.10 |
| 57 |  | Female header pins | Female header pins are socket-style connectors used on PCBs to receive male pins, ideal for modular connections with sensors, modules, or other components | Rs.10 |
| 58 |  | Wires 1Meter | Wires are essential components used to establish electrical connections between different parts of a circuit. They carry current and signals, enabling communication and power transfer in electronic systems. | Rs.15 |
Hackathon Theme
In this 12-hour hackathon:
1️⃣ Each team will receive a fixed budget of ₹2000.
2️⃣ Procure all your components exclusively from our component list.
3️⃣ Design and build a functional, innovative project using only those components.
4️⃣ One expert help round will be held to assist teams with guidance or any support needed.
5️⃣ Showcase your creativity, smart planning, and technical skills — all within real-world constraints.
Choose boldly, design cleverly, and build something remarkable.
Schedule & Key Timelines
| Time | Activity |
|---|---|
| 7:00 – 8:00 AM | Check-in & Registration |
| 8:00 – 8:40 AM | Breakfast |
| 8:40 – 9:00 AM | Event Instructions |
| 9:00 – 10:00 AM | Ideate and create your BOM from curated component list |
| 10:00 – 10:30 AM | Purchase BOM using virtual currency |
| 10:30 AM onwards | Start building your project! |
| 11:30 – 11:45 AM | Snacks |
| 1:00 – 1:45 PM | Lunch Break |
| 3:30 – 4:00 PM | Expert Help Round |
| 5:00 – 5:30 PM | Snacks + Time to win more goodies! |
| 8:00 – 8:30 PM | Judgement Round |
| 8:30 – 9:30 PM | Networking + Dinner + Prize Distribution |
Notes:
- Teams must finalize and submit their component list by 10:00 AM.
- All final project work must be completed by 8:00 PM sharp.
- The networking session is a great opportunity to connect with mentors, judges, and fellow participants — don’t miss it!
Team Guidelines
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Team size: 2 to 4 members per team.
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Solo participation: Not allowed — teamwork is essential for this hackathon.
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Teams must strictly adhere to the budget allocated for component procurement.
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Free Shipping on Orders Above ₹799. For orders below ₹799, a delivery charge of ₹99 will applied on the hackathon Component Shopping Site(which will be revealed on the day of Hackathon)
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All components issued for the hackathon must be returned once the event concludes.
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Please ensure while ordering, you include your team number when placing your order for smooth processing.
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Each team is responsible for managing and using their own components throughout the hackathon.
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All project work must be completed on-site during hackathon hours — no pre-built solutions or external work allowed.
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Teams must maintain a collaborative, respectful, and positive atmosphere at all times.
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Final deliverables, including the prototype/demo and presentation, must be ready by 8:00 PM.
Description of Judging Criteria
Virtual Currency Mapping – Budget Utilization
Each team will receive a virtual budget of ₹2000 to "purchase" components and materials for their project. They can spend up to ₹2000.To promote strategic budgeting, teams will earn points based on how much of the budget they save, as per the following scale:
| Amount Saved (₹) | Bonus Points |
|---|---|
| ₹901 – ₹2000 | 10 points |
| ₹801 – ₹900 | 9 points |
| ₹701 – ₹800 | 8 points |
| ₹601 – ₹700 | 7 points |
| ₹501 – ₹600 | 6 points |
| ₹401 – ₹500 | 5 points |
| ₹301 – ₹400 | 4 points |
| ₹201 – ₹300 | 3 points |
| ₹101 – ₹200 | 2 points |
| ₹1 – ₹100 | 1 point |
| ₹0 | 0 points |
Spend wisely, and save smart to earn extra points!
Social Media Engagement – Judging Criteria
Each team can earn up to 10 points based on how they showcase their project on social media.
| Type of Post | Points |
|---|---|
| Image post | 2 points |
| Video post (Reel or any video format) | 5 points |
| Engagement on Instagram (likes, shares, comments, reach) | Up to 5 points |
Guidelines:
1️⃣ Engagement points will be calculated based on Instagram only.
2️⃣ Need to collab the instagram post with both Pcbcupid & Lioncircuits for final engagement count.
3️⃣ You can also post on LinkedIn, X (Twitter), or YouTube — while not scored, it's highly appreciated!
4️⃣ More engagement = More points up to 5 bonus points based on views reach(5000views=5points).
Use this opportunity to creatively showcase your project and inspire others!
Presentation & Documentation – Judging Criteria
Presentation: Teams are free to present their project in any format they choose — get as creative as you like!
Documentation (To be submitted in Word or google docs format via the provided drive link):
| Category | Marks |
|---|---|
| List of hardware components used | 2 |
| Pin configuration and circuit connections | 3 |
| Circuit design/schematic diagrams | 5 |
| Code (with comments, if applicable) | 5 |
| Software/tools used | 2 |
| Clear pictures of the setup/prototype | 5 |
| Working explanation and output | 7 |
| Applications and other relevant details | 1 |
📌 Note: Well-organized and complete documentation will contribute significantly to your score. Upload it in Word or google docs format using the Drive link provided
Submission Details
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All teams must submit their final deliverables by 8:00 PM sharp.
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Project prototype/demo (ready to be showcased to judges).
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Teams will present their projects live during the demo session starting at 8:00 PM.
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Late submissions will not be accepted under any circumstances.
Code of Conduct & Ethics
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All participants must maintain a respectful and inclusive environment throughout the event.
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Collaboration within your team is strongly encouraged, but cross-team sharing of solutions or components is not allowed.
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Plagiarism or using pre-built projects is strictly prohibited. All work must be original and completed during the hackathon.
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Follow all safety protocols when handling electronic components and equipment.
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Any form of harassment, discrimination, or inappropriate behavior will not be tolerated and may lead to instant disqualification.
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Decisions by the organizing team and judges are final and must be respected.
Judging Criteria
Each team will be evaluated based on the following categories.
| Category | Description | Score Range |
|---|---|---|
| Innovation & Creativity | How original, unique, or clever is the idea and approach? | 1–10 |
| Technical Implementation | Functionality, complexity, and how well the system actually works. | 1–40 |
| Efficient Budget Use | Did the team manage their virtual money wisely? Were they strategic in spending? | 1–10 |
| Presentation & Documentation | Clarity of explanation, teamwork, live demo success, and ability to respond effectively. | 1–30 |
| Social Media Engagement | How innovatively the team showcases their project on social media (e.g., reels/posts), and the engagement it gets. | 1–10 |
We wish you the best of luck and look forward to seeing your amazing creations.
Industry leaders with rich experience in electronics, product engineering, and mobility systems. They bring hands-on expertise to evaluate innovation, creativity, and real-world impact. As judges, they aim to inspire and mentor the next generation of hardware innovators.
Subhash Choudhary
Location: Bengaluru, India
Position: CTO at Dukaan
LinkedIn Profile: https://www.linkedin.com/in/subhashchy
Going Bare-Metal: https://www.youtube.com/watch?v=vFxQyZX84Ro
Subhash Choudhary is the Chief Technology Officer at Dukaan, recognized as one of India’s tech architects. From modest academic beginnings, he carved a path as a self-taught technologist, founding a SaaS and a marketing agency before joining Dukaan. He is celebrated for his leadership in production architecture famously demonstrating a live production failover and for his active role as a tech community engager and hiring advocate.
- CTO at Dukaan, where he leads product development and has engineered a shift from cloud to bare-metal infrastructure for improved resilience
- Serial entrepreneur: co-founded both a tech-enabled marketing agency and a SaaS startup before scaling Dukaan to millions of users across India
- Bold on-stage demonstrator: famously shut down live production during a podcast to showcase real-time failover and observability capabilities
- Active mentor and thought leader, sharing frameworks on practical skill-building and technology priorities, while guiding India’s tech talent via podcasts and school sessions
Giridhar Raju
Location: Bengaluru, India
Position: CEO & Co-Founder at Apeiron Mobility
LinkedIn Profile: https://www.linkedin.com/in/giridharnm
**Previous Expirenece:**Lead Engineer at Jaguar Landrover https://www.youtube.com/watch?v=vFxQyZX84Ro
Giridhar Raju is the Co-Founder, CEO at Apeiron Mobility, based in Bengaluru, India. With over 12 years of experience in the automotive and electric vehicle industry, he has worked with leading companies like Tata Motors, Force Motors, and Jaguar Land Rover. At Apeiron, he leads the development of electric cargo vehicles, battery energy storage systems, and embedded control platforms tailored for last-mile logistics. A graduate of Anna University, Chennai, Giridhar combines strong technical expertise in power electronics and embedded systems with a hands-on approach to innovation. He is known for his transparent engineering practices and frequently shares real-world insights from the EV design and testing process with the broader tech community.
- CEO at Apeiron Mobility, leading innovation in electric vehicle power electronics, battery systems, and embedded technology.
- Holds deep expertise in powertrain architecture, vehicle communication systems, and production-grade embedded software.
- Graduated from Anna University, Chennai, with a strong foundation in electronics and systems engineering.
- Heads strategic hiring and team building across embedded systems, power electronics, and EV product design.
- Passionate about building next-generation mobility solutions and enabling scalable, sustainable transport platforms.
Prithvi Raj Narendra
Location: Bengaluru, India
Position: Embedded Systems Consultant
LinkedIn Profile: https://www.linkedin.com/in/prithvirajnarendra
github : https://github.com/EarthLord
Prithvi Raj Narendra is an accomplished Embedded Systems Consultant based in Bengaluru, India, known for his expertise in electronics design and firmware development. With a strong background in transforming product ideas into mass-manufacturable hardware, he has worked extensively across various stages of hardware development from initial prototyping to final production. Prithviraj has been involved in consulting roles for multiple organizations, including Nunam, where he contributed to innovative energy solutions, and is also recognized as a co-founder of Appiko, a technology-driven initiative aimed at supporting wildlife conservation through embedded systems and sensor-based solutions. His professional portfolio highlights a focus on sustainable, real-world applications of embedded technology, especially in environmental and social domains. Outside of technical work, he is active in the broader tech-for-good ecosystem, contributing to platforms like WILDLABS that promote conservation through engineering. Prithviraj continues to be a sought-after consultant for projects that require a blend of deep hardware knowledge and mission-driven impact. Prithviraj Narendra is based in Bengaluru, India, where he works as an Embedded Systems Consultant.
- He specializes in embedded hardware design, firmware development, and end-to-end product development, taking ideas from concept to mass production.
- He has worked with organizations like Nunam, contributing to sustainable energy systems, and is also the co-founder of Appiko, a conservation-focused tech initiative.
- His work is centered around conservation technology, socially impactful embedded solutions, and sustainable hardware innovation.
- Prithviraj is also an active contributor to WILDLABS, a global community that brings together technologists and conservationists.
Pictures
The winners of the hardware hackathon showcased innovative solutions with practical real-world impact. Their project stood out for its technical excellence, creative design, and efficient implementation.
After an intense day full of building, creativity, and innovation, we’re thrilled to announce the winners of our Hardware Hackathon! 🚀
🏆 1st Prize – Team 14
Project: Phased Mic Array
Members:
- Creativity: Combined innovative use of phased microphone arrays with dual-channel analog filtering and GLYPH-C3 to achieve real-time direction of arrival.
- Presentation & Documentation: Download PDF
🥈 2nd Prize – Team 15
Project: Stackable/Upgradable Study Buddy
Members:
- Creativity: A multifunctional smart desk gadget creatively integrates environmental sensing, time management, and wireless control using the GLYPHC3, OLED display, and sensor-based automation for enhanced productivity and wellness.
- Presentation & Documentation: Download PDF
- Social Media : 📽️ Watch on Instagram, 📽️ Watch on Instagram
🥉 3rd Prize – Team 2
Project: Plant Guardian
Members:
- Creativity: A uniquely expressive plant care system combining multi-sensor environmental monitoring with servo-driven emotional feedback, built on the GLYPH-C3 for real-time, interactive plant health visualization.
- Presentation & Documentation: Documentation
- Social Media Engagement: 📽️ Watch on Instagram
🏅 4th Prize (Tie) – Team 12 & 8
Team 12 Project: Posture Correction using BLE/WiFi RSSI
Members:
- Creativity: Merges ultrasonic sensing with Wi-Fi RSSI to enable real-time posture correction and passive human presence detection using an glyph-C3, enhancing both wellness and workspace automation.
- Presentation & Documentation: Download
Team 8 Project: Nontendo – Retro Games
Members:
Michael Joseph
Harish Babu
- Creativity: NonTendo transforms the glyph-C3 into a retro gaming console, combining clever hardware layout with AI-assisted game logic to deliver interactive classics like Snake and Pong on a compact OLED interface.
- Presentation & Documentation: Download
Quiz Winners!
🥇 1st Place – Kartik Rathod
🥈 2nd Place – Charan Karthik
🥉 3rd Place – Ishan Rathod
Your knowledge and quick thinking truly stood out. Well done!
All teams participated will receive ₹99 LionCircuits coupon as a token of appreciation for their creativity, effort, and enthusiasm! We can't wait to see what you build next. Stay creative and keep hacking! 🔧💡
— Team PCBCUPID × LionCircuits
Pictures
Contest Rules
To ensure a smooth and enjoyable hackathon experience, please review the following contest rules:
Eligibility Requirements
We strive for an inclusive and compliant event open to:
- Teams of 2 to 4 members; open to engineers, professionals, students, hobbyists, makers, and researchers, regardless of age or experience.
- Participants under 18 should seek parental consent. Those under 16 must be accompanied by an adult (parent or guardian) at the event.
- Employees of PCBCUPID or LionCircuits, directly or indirectly, are not eligible.
Requirements on the day of hackathon
All types of hardware projects are welcome! For your entry to be considered, please ensure:
- All team members must check in at the front desk on the event day.
- Only original projects not previously made public are accepted.
- Your submission (at the end of hackathon day) should include: clear documentation, a working demo, project description, images, schematics, and code.
- Submit your project before the announced deadline on the day of the hackathon.
- All components issued for the hackathon must be returned once the event concludes.
Prizes & Awards
- Top projects win prizes as mentioned, while all teams who participate will receive digital certificates and goodies.
- Winners are chosen based on judging criteria provided before the event.
- Prizes are awarded to the team as a whole.
- The competition encourages innovation, collaboration, and inclusivity within the tech community.
Communication & Support
- Dedicated channels are available for questions and assistance throughout the event.
- Organizers PCBCUPID and LionCircuits are committed to prompt support and guidance.
- Active and open communication is encouraged to foster a collaborative community.
Rights & Ownership
- Participants retain full ownership of their projects. But the projects codes, schematic and other presentation will be shared in public domain (open sourced) on PCBCUPID website and Github.
- By participating in the event, participants grant the organizers a non-exclusive, worldwide, royalty-free license to use submissions for promotional and educational purposes.
- Organizers reserve the right to enforce the contest rules. By registering and submitting, you agree to all terms and policies stated here, ensuring a fair and transparent process.