Home About Us Blogs Projects Management Events
Login Contact Us
Welcome to CECP Club
CECP — Centre for Electronics Coding and Project Club

Electronics Club RIT Roorkee

Centre for Electronics and Coding Projects — Building next-gen solutions in defense, automation, AI, and industrial engineering.

0
PROJECTS
0
MEMBERS
Contact Us Explore Projects
CORE_TECH: ARDUINO RASPBERRY_PI PCB_DESIGN IOT_NETWORKS FPGA_HDL EMBEDDED_C PYTHON_CV EDGE_AI CORE_TECH: ARDUINO RASPBERRY_PI PCB_DESIGN IOT_NETWORKS FPGA_HDL EMBEDDED_C PYTHON_CV EDGE_AI

// Who We Are

Engineering the Next Generation

We are a community of hardware enthusiasts, software developers, and engineering innovators. CECP serves as the bridge between theoretical concepts and real-world industrial applications, fostering an ecosystem of high-level R&D for engineering undergraduates at Roorkee Institute of Technology.

From embedded systems and defense prototyping to AI-powered computer vision pipelines, our members work on projects that push the boundaries of what's possible in student-led engineering. We compete at national-level hackathons, contribute to open source, and build tools that solve real industrial challenges.

CECP R&D LAB

Roorkee Institute of Technology

© 2026 CECP — Roorkee Institute of Technology

ROORKEE INSTITUTE OF TECHNOLOGY

About Us

CECP Logo

Centre for Electronics & Coding Projects

We are a passionate community of innovators from RIT Roorkee, exploring and building the future with electronics and code. From microcontrollers and PCB design to full-stack web apps and AI, we thrive on curiosity, innovation, and hands-on learning.

0+
Active Members
0+
Core Projects

Our Journey & Vision 🚀

Our Mission

To cultivate an elite environment where engineering concepts transcend academic theory. We empower RIT Roorkee students to design, test, and deploy robust hardware and software architectures.

From low-level bare-metal programming and multi-layer PCB routing to fully functional robotics and computer vision pipelines, CECP is where ambitious ideas hit the workbench and become working prototypes.

Our Vision

To establish CECP as the premier, industry-aligned student-run electronics and coding hub of Uttarakhand. We operate with a singular focus on achieving technical excellence and producing top-tier developers.

We aim to dominate technical symposiums, contribute meaningfully to global open-source projects, and graduate deeply skilled, industry-ready engineers who actually ship real products.

What We Do

Electronics & PCB

Mastering analog circuits, IC design theory, and precise multi-layer PCB layout using Altium and KiCad.

Embedded & IoT

Programming STM32, ESP32. Connecting the physical world to cloud architectures through MQTT and HTTP.

Robotics

Developing autonomous movement, PID controllers, sensor fusion, and mechanical integration.

Full-Stack & AI

Writing efficient backend APIs and integrating ML pipelines using YOLO, OpenCV, and PyTorch.

Innovation
Collaboration
Curiosity
Hands-On Learning
Open Source
Mentorship
Excellence
Community
Innovation
Collaboration
Curiosity
Hands-On Learning
Open Source
Mentorship
Excellence
Community

Ready to build the future with us?

Applications are currently closed

© 2026 CECP • Roorkee Institute of Technology

// EVENTS

Explore Tech Events

Discover hackathons, workshops, competitions and more.
Stay ahead. Build. Innovate. Lead.

1
Events Hosted
0
Participants
0
Winners Crowned
0
Collaborations
Completed
Hackathon

TECHNOMAX

hackathon

13 June 2026
Rit Roorkee
Register Now

OUR PROJECTS

Engineering tomorrow's defense, automation & AI systems. Every prototype. Every line of code. Battle-tested.

0
PROJECTS
0
ENGINEERS
0
DOMAINS

ACTIVE PROJECTS

Currently Under Development & Ongoing

ADAR v3.0
PRO
AI & MACHINE LEARNING
ACTIVE

ADAR v3.0

ADAR v3.0 is a comprehensive, real-time driver assistance and safety monitoring system. It leverages computer vision and hardware integration to proactively monitor driver states and vehicle telemetry, aiming to reduce accidents through high-end automotive safety technology.

2026
2 members
Lead / Aditya Raj
🏆 3 Achievements
View Details
HITL Smart Water leakage Wastage Detection and Control System
INTERMEDIATE
EMBEDDED SYSTEMS
ACTIVE

HITL Smart Water leakage Wastage Detection and Control System

Our project is a Human-in-the-Loop Smart Water Leakage Detection & Control System focused on solving real-world water wastage and leakage problems through embedded systems, intelligent monitoring, and controlled automation. The system is designed to identify abnormal water flow behavior and INTERNAL leakages in real time and assist users in taking immediate action before major water loss or structural damage occurs. Unlike traditional systems that rely either on passive monitoring or complete automation, our approach combines smart sensing, embedded intelligence, and human decision-making for more reliable and practical operation.

2026
2 members
Lead / Anshu Priya Kumari
View Details
GRID-EYE: Smart Multi-Node Power Distribution Monitoring System
INTERMEDIATE
IOT & SENSORS
ACTIVE

GRID-EYE: Smart Multi-Node Power Distribution Monitoring System

GRID-EYE is a smart embedded system designed to monitor power distribution across multiple nodes in real time. It detects energy theft, overload conditions, and abnormal consumption patterns using current sensing, temperature monitoring, and cloud-based analytics. The system integrates IoT dashboards and alert mechanisms to provide actionable insights for efficient and secure energy management.

2026
1 members
Lead / Nandni Tyagi
View Details
INTERMEDIATE
ROBOTICS & AUTOMATION
ACTIVE

Smart Assistive Navigation Goggles for the Visually Impaired

A wearable assistive system designed to help visually impaired individuals navigate safely using real-time obstacle detection and intelligent feedback. The device integrates ultrasonic sensors, IR/ToF sensing, and a microcontroller to provide directional guidance through haptic vibrations and audio alerts, enabling hands-free mobility and enhanced independence.

2026
1 members
Lead / Nandni Tyagi
🏆 1 Achievement
View Details
Baby Care+
PRO
IOT & SENSORS
ACTIVE

Baby Care+

InfantCare+ is an intelligent IOT-based baby monitoring system designed to help parents monitor their infants in real time. The system combines sensors, camera monitoring, and mobile connectivity to detect important baby conditions such as crying, wet diapers, and temperature changes. It sends instant alerts to parents through a mobile application, allowing quick response even when they are away from the baby. The project aims to reduce parental stress, improve infant safety, and provide smarter childcare support for working parents, hospitals, and daycare centers. By integrating ESP32, sensors, cloud connectivity, and mobile applications, InfantCare+ creates a smart, responsive, and connected baby care solution.

2026
1 members
Lead / Pravin kumar sharma
View Details
BEGINNER
ACTIVE

I2C Based Real-Time Multi-Desplay Monitoring System

Overview: Developed an Arduino-based Weather Monitoring System using OLED Display & BME280 through conductivity.

2026
1 members
Lead / Pravin kumar sharma
View Details

COMPLETED PROJECTS

Successfully Delivered & Deployed

SAMV(semi autonomus mobilty vehical)
INTERMEDIATE
HARDWARE PROTOTYPING
COMPLETED

SAMV(semi autonomus mobilty vehical)

The Semi-Autonomous Mobility Vehicle is an intelligent transportation system designed to improve mobility through a combination of automated and manual control features. This vehicle uses sensors, microcontrollers, and smart navigation technologies to assist in movement, obstacle detection, and route optimization while still allowing human intervention when needed. The main objective of the project is to enhance safety, efficiency, and user convenience in transportation systems. The vehicle can perform functions such as obstacle avoidance, path assistance, and controlled navigation using embedded systems and communication modules. It is particularly useful in applications like smart transportation, assistance for differently-abled individuals, industrial logistics, and future urban mobility solutions. This project demonstrates the integration of electronics, automation, and intelligent systems, making it highly relevant in the fields of robotics, IoT, and autonomous vehicle technology

2026
2 members
Lead / Pratik Prakhar
View Details
Sound Based Led Lights
BEGINNER
IOT & SENSORS
COMPLETED

Sound Based Led Lights

The Sound-Activated LED Lights project is a dynamic hardware system designed to visualize audio by converting sound waves into light patterns in real-time. It bridges the gap between signal processing and embedded electronics. Core Functionality The system operates on a simple "Sense-Process-Act" loop: Sense: A microphone sensor (like a standard sound module or a MAX9814) captures ambient sound or music. Process: An Arduino (or ESP32) analyzes the incoming analog voltage. The code typically involves setting a threshold—when the sound volume exceeds this limit, the microcontroller triggers an output. Act: The LEDs (either a single strip or indexed LEDs) light up or change colors in synchronization with the rhythm or intensity of the sound.

2026
1 members
Lead / RAJAT RAJ SETH
View Details
AUTONIX: Autonomous Acoustic Fire Suppression & Deep-Rubble Rescue Rover
PRO
ROBOTICS & AUTOMATION
COMPLETED

AUTONIX: Autonomous Acoustic Fire Suppression & Deep-Rubble Rescue Rover

AUTONIX is an advanced first-responder robotics system engineered to operate in zero-visibility disaster zones, tackling fires and extracting trapped victims without causing secondary structural or water damage. Traditional firefighting methods rely on high-pressure water or chemical foams, which frequently destroy sensitive server installations, electrical grids, and expensive industrial infrastructure. AUTONIX introduces a non-destructive paradigm by deploying highly targeted low-frequency acoustic pressure waves (40–60 Hz) to disrupt the oxygen envelope surrounding a flame, neutralizing it instantly. Operating autonomously, the rover utilizes a sensor-fusion edge architecture to navigate hazardous environments, mapping debris while detecting the micro-movements of human breathing and heartbeats through thick smoke and rubble.

2026
4 members
Lead / Rahul Kumar
🏆 1 Achievement
View Details
BEGINNER
HARDWARE PROTOTYPING
COMPLETED

Automatic Street Light Using LDR and BC547 Transistor

An automatic street lighting system that switches ON during darkness and OFF during daylight using an LDR (Light Dependent Resistor) and a transistor-based switching circuit. The system eliminates manual operation, conserves energy, and improves efficiency in public lighting.

2026
1 members
Lead / Nandni Tyagi
View Details
AI-Based Autonomous Grass Cutter Robot Car
BEGINNER
ROBOTICS & AUTOMATION
COMPLETED

AI-Based Autonomous Grass Cutter Robot Car

The Smart Autonomous Grass Cutting Robot Car is a cool machine that can cut grass on its own. It is made using a lot of parts like Arduino UNO, ultrasonic sensor, servo motor, motor driver, relay module and DC motors. The Smart Autonomous Grass Cutting Robot Car moves forward all the time. Cuts the grass with a fast spinning blade. The ultrasonic sensor is attached to a servo motor. It looks around to find things that are in the way. If the Smart Autonomous Grass Cutting Robot Car sees something or someone it stops away and turns off the cutting blade so nobody gets hurt. The servo motor turns the sensor from side to side to see which way the Smart Autonomous Grass Cutting Robot Car can go. The Smart Autonomous Grass Cutting Robot Car then picks the way to go and keeps moving on its own. This project is really interesting because it uses robots, special computer systems, automation and smart farming to make cutting grass easier and safer, for people. The Smart Autonomous Grass Cutting Robot Car is a way to cut grass in gardens, lawns and farms without having to do it all by hand.

2026
1 members
Lead / Deepak Kumar Gupta
View Details
Arduino Based Fire Fighting Robot Car
PRO
ROBOTICS & AUTOMATION
COMPLETED

Arduino Based Fire Fighting Robot Car

The Smart Autonomous Fire Fighting Robot Car is a cool vehicle that uses Arduino to fight fires. It is a car that can move around on its own and put out fires without anyone helping it. This car has sensors that look around for fires and figure out where they are coming from. When it finds a fire it goes to the fire. Uses a pump to spray water to make the fire go away. This project uses a lot of parts like the Arduino UNO, special sensors that can detect flames a motor driver, a relay module, a water pump, a servo motor and DC motors. The people who made this project also added some logic to make sure the car does not think there is a fire when there is not one. This makes the car more reliable. The Smart Autonomous Fire Fighting Robot Car is an example of how we can use technology to make our lives safer. We can use this car in different places like factories, warehouses, laboratories and even, in our own homes. It can help keep people safe when there is a fire. The Smart Autonomous Fire Fighting Robot Car is an useful tool that can help us in many ways.

2026
1 members
Lead / Deepak Kumar Gupta
View Details
Smart Soil Moisture Monitoring System
BEGINNER
IOT & SENSORS
COMPLETED

Smart Soil Moisture Monitoring System

• Overview: Developed an Arduino-based soil-moisture detection system that measures moisture levels through conductivity. • Key Features: Implemented threshold logic to classify soil conditions (Dry, Moderate, Wet) and displayed real-time values via serial monitor. • Impact: Provides real-time insights to support smarter irrigation decisions and reduce water wastage, demonstrating strong hands-on sensor integration

2026
1 members
Lead / Pravin kumar sharma
View Details

© 2026 CECP — ROORKEE INSTITUTE OF TECHNOLOGY

Core Personnel

The command structure behind the Centre for Electronics & Coding Projects.

Faculty Coordinators

P

Pankaj Singh Tomar

Faculty Coordinator

S

SAURABH RAJ

Faculty Coordinator

Club Head

Ayush Singh

Ayush Singh

Club Head

Core Members

Aditya Raj

Aditya Raj

“Leading the future of electronics.”

Deepak Kumar Gupta

Deepak Kumar Gupta

“Without Hardware software is useless”

Harsh Raj

Harsh Raj

“Be the change”

Karan Kumar

Karan Kumar

“Everything is a simulation”

Club Members

Rahul Kumar
Rahul Kumar
“Born to Build Tech”
Anshu Chaudhary
Anshu Chaudhary
Club Member
Rishikesh Ranjan
Rishikesh Ranjan
Club Member
Pravin kumar sharma
Pravin kumar sharma
Club Member
Pratik Prakhar
Pratik Prakhar
“Driven by discipline, powered by technology”
RAJAT RAJ SETH
RAJAT RAJ SETH
“Debugging my failures to program my wins”
Anshu Priya Kumari
Anshu Priya Kumari
“I think electronics and embedded are not just for making cool gadgets and toys ,they are capable of solving real problems in real time and create an impact”
Nandni Tyagi
Nandni Tyagi
“Less talk. More working prototypes.”
Sakshi kumari
Sakshi kumari
“TOUCH THE SKY WITH GLORY ..”

© 2026 CECP — Roorkee Institute of Technology

// Research & Articles

Our Blogs

Deep dives into our latest research, projects, and technical explorations.

Control System the Brain behind every system
control engineering
May 15, 2026

Control System the Brain behind every system

Control System Design: A Practical Guide Control systems are the invisible brains behind everything from your car's cruise control to industrial processes. When poorly designed, they turn precise machines into unpredictable messes. This guide breaks down control system design with …

Profile
Rishikesh Ranjan Club Member
Read
CyberSafe World Smart Security for Modern Users
cyber security
May 14, 2026

CyberSafe World Smart Security for Modern Users

In today’s digital world, cybersecurity has become one of the most important technologies for protecting people, businesses, and organizations from cyber attacks. Almost every person uses the internet daily for communication, banking, education, shopping, entertainment, and social media. As internet …

Profile
Pravin Sharma Club Member
Read
Demystifying GPS: The Technical Mechanics of Global Positioning
Sensor Fusion & Autonomous Localisation
May 10, 2026

Demystifying GPS: The Technical Mechanics of Global Positioning

How GPS Works in 2026: Beyond Just Finding Your Way In 2026, the Global Positioning System (GPS) is no longer a novel luxury; it is the invisible, ubiquitous infrastructure powering our modern world. From the moment we wake up to …

Profile
RAJAT RAJ SETH Club Member
Read
The Rise of Semiconductors: The Brain Behind Modern Technology
SEMICONDUCTOR-ECE CORE
May 09, 2026

The Rise of Semiconductors: The Brain Behind Modern Technology

In today’s digital era, technology has become an inseparable part of our daily lives. From smartphones and laptops to automobiles, satellites, and medical devices, one common element powers them all — semiconductors. Often called the “brain behind modern technology,” semiconductors …

Profile
Pratik Prakhar Club Member
Read
"Embedded Systems" Are Not Just Cool Gadgets — They Are the Quiet Machinery of Real Problem Solving
Embedded and Future Electronics
May 07, 2026

"Embedded Systems" Are Not Just Cool Gadgets — They Are the Quiet Machinery of Real Problem Solving

When people think about embedded systems, they often imagine hobby projects, blinking LEDs, smartwatches, or fancy robotics demonstrations. While those applications are exciting, they represent only a very small part of what embedded systems actually are. In reality, embedded systems …

Profile
Anshu Priya Kumari Club Member
Read
How AI Generates Images: A Professional Retrospective and State-of-the-Field Analysis
AI Vison
May 06, 2026

How AI Generates Images: A Professional Retrospective and State-of-the-Field Analysis

As AI professionals, we have witnessed an astonishing, almost exponential, evolution in generative technologies over the last decade. We have moved from coarse, low-resolution pixel-based outputs to high-fidelity, photorealistic, and stylistically precise imagery. To understand where this technology is heading, …

Profile
Aditya Raj Core Member
Read