BUILD. CODE.
INNOVATE. AUTOMATE.
A dedicated space where students design, build, and showcase innovative robotic projects while exploring automation and emerging technologies. It promotes hands-on learning, creativity, teamwork, and real-world problem-solving through exciting robotics activities and competitions.
Advancing AI and Hands-on Automation
Four principles behind every robotics build in this arena.
Multi-disciplinary
Combines mechanical design, electronics, coding, and control systems in one cohesive build.
High Visual Impact
Features advanced AI integration and embedded automation to deliver standout working prototypes.
Scalable Difficulty
Offers a platform scaling effortlessly from simple beginner prototypes to advanced, research-grade builds.
Real-World Relevance
Challenges teams to build smart robotics that solve practical, pressing real-world problems.
B.Tech Student Participation Guidelines
Standard eligibility rules for the Robotics arena.
Academic Level
Open to B.Tech students from any branch and any year of study.
Team Size
Maximum of 5 members per team; solo entries are also welcome.
Project Choice
Pick one of our 5 official ideas or propose your own project.
Build Deadline
Fully working project must be ready before August 23rd deadline.
Registration
Complete a one-time registration through the official website.
Institution
Open to all currently enrolled B.Tech students at the university.
Timeline & Step-by-Step Guide
How every team moves through Techfest.
Team Registration
Register your team of up to 5 members on our official website.
Choose Your Project
Choose one of our 5 official project ideas, or propose your own.
Submit Elimination PPT
Submit a 10-slide elimination presentation at the time of registration.
PPT Evaluation
Judges will evaluate the presentations.
Qualify / Disqualify
Announce qualify/disqualify results on the website before August 23rd.
Final Round
The Final Round takes place on August 23rd, featuring live project presentations.
Selection PPT Evaluation Criteria
Judged purely on your submitted presentation; no hardware prototype is required at this stage.
10-Slide PPT Only
Submitted at the time of registration, no hardware needed yet — format of PPT will be shared.
Problem & Idea
Clearly explain the problem statement and your proposed solution.
Feasibility
Can this realistically be built and completed by 23rd August.
Team Plan
Clear role division across your team of up to 5 members.
Originality
Extra weight for teams proposing their own original project idea.
Result
Qualify or disqualify announced on our website before 23rd Aug.
Categories and Winning Incentives
Compete for recognition and exciting incentives for your winning innovations.
Choose Your Build
Pick one of our 5 official robotics project ideas, or propose your own.
Obstacle Avoiding Robot
Demonstrate the basics of autonomous robotics and sensor integration.
Description
- Develop an autonomous robot that detects obstacles using an ultrasonic sensor.
- Measure the distance between the robot and nearby objects continuously.
- Automatically stop and change direction when an obstacle is detected.
- Navigate safely without human intervention.
Main Components
- Arduino Uno & HC-SR04 Ultrasonic Sensor
- L298N Motor Driver with Dual DC Motors
- Robot Chassis, Wheels, and Battery Pack
- Breadboard, Jumper Wires, and Power Switch
Key Deliverables
- Working obstacle avoiding robot prototype
- Arduino source code with detailed comments
- Complete circuit diagram and wiring layout
- Testing and performance evaluation report
- Final project presentation and demonstration
Line Following Robot
An entry-level robotics challenge focusing on sensor integration and autonomous navigation.
Description
- Build a robot that follows a predefined black line automatically.
- Detect the line using infrared (IR) sensors.
- Control motor movement based on sensor inputs.
- Maintain the correct path with minimal deviation; learn basic navigation and control algorithms.
Components
- Arduino Uno
- IR Sensor Array
- L298N Motor Driver with DC Motors
- Robot Chassis, Wheels, and Battery Pack
- Breadboard and Jumper Wires
Key Deliverables
- Functional line following robot
- Arduino program with documentation
- Circuit diagram and flowchart
- Performance testing report
- Live project demonstration
Smart Dustbin (Basic Level)
Design an automatic dustbin that opens without touching it.
Description
- Detect a user's hand using an ultrasonic sensor.
- Open and close the lid using a servo motor.
- Improve hygiene through contactless operation.
- Demonstrate a simple smart automation system.
Components
- Arduino Uno
- Ultrasonic Sensor (HC-SR04)
- SG90 Servo Motor
- Dustbin with Battery Pack
- Breadboard and Jumper Wires
Deliverables
- Automatic smart dustbin prototype
- Arduino source code
- Circuit and wiring diagram
- Project report with working explanation
- Functional demonstration video
Wi-Fi Controlled Surveillance Robot
Develop a robot that can be controlled remotely over Wi-Fi.
Description
- Capture and stream live video using an ESP32-CAM module.
- Navigate the robot through a web or mobile interface.
- Monitor indoor environments in real time.
- Introduce students to IoT-enabled robotic systems.
Components
- ESP32-CAM Module
- ESP32 Development Board
- L298N Motor Driver with DC Motors
- Robot Chassis, Wheels, and Battery Pack
- Jumper Wires and Power Module
Deliverables
- Wi-Fi controlled surveillance robot
- Live video streaming interface
- Source code and circuit diagram
- Testing and performance documentation
- Final project demonstration
AI Voice Assistant Robot
AI-Based Level — develop a conversational robot capable of real-time natural human-robot interaction.
Project Description
- Develop an AI-powered robot capable of understanding voice commands.
- Convert speech to text, generate intelligent responses, and speak back.
- Demonstrate natural, real-time interaction.
Key Components
- Raspberry Pi 4/5 Single Board Computer
- USB Microphone and Speaker
- Robot Chassis with Motor Driver and DC Motors
- Battery Pack and Wi-Fi Module
- Camera Module or Display (Optional)
Project Deliverables
- AI Voice Assistant Robot Prototype — fully assembled hardware running custom firmware
- Python source code & AI integration — clean, commented scripts with voice-to-text API calls
- Architecture & circuit documentation — system block diagrams and wiring schematics
- Testing report & sample interactions — evaluation log with test prompts and response accuracy rates
- Live demonstration & presentation of real-time voice interaction with judges
Hands-on Robotics Engineering
Four core skills every team builds while working through a robotics project.
Hands-on Robotics Skills
Participating engineering students will gain comprehensive hands-on skills in building and programming smart robotics.
System Integration Mastery
You will master system integration by seamlessly combining sensors, motors, and microcontrollers.
Competitive Collaboration
The event fosters intensive team collaboration in a competitive environment.
Low-Cost Engineering
Teams will practice low-cost engineering, learning how to design and build highly efficient, budget-friendly prototypes without sacrificing performance.
Ready for Takeoff
It is time to choose your project, build your prototype, and compete with confidence at TechVerse 2026. Questions • Open Discussion • Team Formation Networking.