HOME ABOUT PROJECTS CONTACT
skmp_main.ino — Arduino IDE
// SKMP PROJECT MANAGEMENT SYSTEM // Author: Suzen Kumar Mohanty   #include <Wire.h> #include <IoT_Client.h>   const char* portal = "SKMP_PORTAL"; int projects = 21;   void setup() { Serial.begin(9600); IoT.connect("Odisha_IN"); Portal.init(portal); }   void loop() { // deliver innovative solutions build(projects++); delay(1000); }
  ARDUINO · IOT · EMBEDDED SYSTEMS

Build the Future with Arduino UNO

SKMP Project Management Portal delivers innovative Arduino-based and IoT solutions for academic and industrial applications — from Balasore, Odisha, India.

VIEW PROJECTS GET IN TOUCH
21+
Projects
24/7
Helpline
100%
Academic
Suzen Kumar Mohanty
// ENGINEER · DEVELOPER
SK
Suzen Kumar Mohanty
// Web Dev · IoT Engineer
HTML/CSSJavaScript Vue.jsArduino IoTESP32 ESP8266Sensors
VIEW PORTFOLIO
About Me

Full-Stack Dev &
IoT Innovator

I am a passionate Web Developer with strong expertise in HTML, CSS, JavaScript, and Vue.js, specializing in building scalable, responsive, and user-friendly web interfaces. I focus on writing clean, maintainable code and creating seamless user experiences across all devices.

In addition to web development, I work on IoT-based projects, integrating hardware with web technologies to build smart, real-time systems — connecting microcontrollers like Arduino with web dashboards, implementing sensor-based monitoring, and developing automation solutions.

 UI / UX Design
Designing responsive and modern interfaces across all devices.
 Vue.js SPAs
Developing dynamic Single Page Applications with Vue.js.
 IoT Integration
Arduino & ESP hardware integration with real-time dashboards.
 API & Real-Time
API integration and live data handling for IoT systems.
Portfolio

Successful Projects

Each project is built with precision, proper documentation, and guided by real-world engineering principles using Arduino Uno and IoT hardware.

Automatic Sun Tracking System
PROJECT #01

Automatic Sun Tracking System

Continuously orients a solar panel toward the sun using LDR sensors and servo motors, maximizing energy capture efficiency compared to fixed panels.

// COMPONENTS:(2) Solar Panel · Arduino Uno · 5V Power Source · LDR Motion Sensor · Servo Motor · LEDs · Thermacol · 12V Battery · DC Fan
Project Report
Bluetooth Controlled Car
PROJECT #02

Bluetooth Controlled Car

A wireless vehicle driven via smartphone app. Combines basic electronics, motor control, and Bluetooth communication for an engaging robotics build.

// COMPONENTS:Arduino Uno · Jumper Wires · Motor Controller · Switch · DC Motor · 9V Battery · Car Kit
Project Report
LED Chaser
PROJECT #03

🔥 Build Amazing Running LEDs with Arduino in Minutes!

Sequential LED lighting effect using shift registers or microcontroller PWM. A classic beginner circuit demonstrating timing control and digital output patterns.

// COMPONENTS: 1. Arduino Uno 2. LED's 3.Bread board 4.Jumper wires 5.Data cable
Project Report
Real Time Face Detection
PROJECT #04

Real Time Face Detection System Using AI & OpenCV | Smart Security Project

Detects and tracks human faces in a live video feed using OpenCV. Ideal for security systems, smart cameras, and AI-integrated embedded setups.

// COMPONENTS: 1 Arduino board,2 Led's 3.Bread Board 4.jumperWire 5.buzzer 6. Data Cable
Project Report
Smart Door System
PROJECT #05

Automatic Smart Door Opening System | Arduino Project 2026

Automatically opens and closes a door using a PIR or ultrasonic sensor. Demonstrates servo motor control and proximity-based automation.

// COMPONENTS: 1 x Arduino UNO Board,1 x HC-SR04 Ultrasonic Sensor,1 x Servo Motor (SG90),Jumper Wires,USB Cable,buzzer,tharmacol
Project Report
Motion Tracking Radar
PROJECT #06

🚨 Real-Time Object Detection Radar Using Arduino Uno

Sweeps a servo-mounted ultrasonic sensor to detect and display object positions on a radar-style interface — great for surveillance and robotics.

// COMPONENTS: 1 x Arduino UNO Board,1 x HC-SR04 Ultrasonic Sensor,1 x Servo Motor (SG90),Jumper Wires,USB Cable,buzzer,tharmacol,buzzer,led,12cdisplay
Project Report
Radar System
PROJECT #07

🔥 DIY Radar Using Arduino & Ultrasonic Sensor

A full radar sweep system using ultrasonic sensing and serial communication to visualize detected targets in real time on a graphical display.

// COMPONENTS: 1 x Arduino UNO Board,1 x HC-SR04 Ultrasonic Sensor,1 x Servo Motor (SG90),Jumper Wires,USB Cable,buzzer,tharmacol
Project Report
Ultrasonic Distance Measure
PROJECT #08

📏 Ultrasonic Sensor Distance Measurement Using Arduino | DIY Project 🚀

Measures distances accurately using sound wave echo timing. Output is displayed on an LCD or serial monitor — foundational for robotics and obstacle avoidance.

// COMPONENTS: Arduino,ultrasonic sensor( Hc-sr04 ),LCD display with I2C,Resistor 220ohm.,LED,Breadboard.,Jumper wire.
Project Report
AquaAlert Overflow System
PROJECT #09

🚨 Stop Water Tank Overflow Forever! Arduino Smart Solution 💧

Monitors water levels using an HC-SR04 ultrasonic sensor and automatically triggers alerts or shuts off the pump before overflow occurs.

// COMPONENTS: 1 x Arduino UNO Board 1 x Ultrasonic Sensor 1 x Buzzer 1 x 16x2 LCD Display 1 x I2C Module Jumper Wires 1 x Double Battery Holder with DC Jack & Switch Water bottle
Project Report
AquaAlert Overflow System
PROJECT #10

DIY Digital Level Indicator with PID Control

Measures tilt using a gyroscope and applies a PID algorithm for precise feedback. Useful for balancing platforms, robotics stabilization, and calibration tools.

// COMPONENTS: 1 x Arduino UNO Board 1 x HC-SR04 Ultrasonic Sensor 1 x Servo Motor (SG90) Jumper Wires USB Cable Power Supply (9V Battery with connector) Cardboard and plastic ball for the demonstrative structure
Project Report
Height Measurement Tool
PROJECT #11

DIY Height Measurement Tool with LCD Display

Measures a person's height using ultrasonic sensing and displays the result live on an LCD. Simple, portable, and accurate for medical or fitness use.

// COMPONENTS: Arduino UNO · HC-SR04 · LCD 16x2 · 9V Battery.cardboard
Project Report
smarrt dustbin
PROJECT #12

DIY Mini Smart Dustbin

A contactless dustbin whose lid automatically opens when a hand is detected nearby using an IR sensor. Hygienic, convenient, and a fun IoT introduction project.

// COMPONENTS: Arduino Uno HC-SR04 Ultrasonic Sensor SG90 Servo Motor Cardboard (for bin structure and lid) Jumper Wires Breadboard (optional) USB Cable Glue gun / Cutter for crafting
Project Report
Smart Glasses for Blind
PROJECT #13

👓 Smart Glasses for Blind People Using Arduino | Assistive Technology 🚀

An assistive walking stick that detects obstacles using ultrasonic sensors and alerts the visually impaired user via vibration or audio feedback in real time.

// COMPONENTS: 1 Arduino board,2 UltraSonic Sensor 3 .jumperWire 4.buzzer 5. Data Cable 6.glass
Project Report
EVM Machine Arduino
PROJECT #14

EVM Machine Using Arduino Uno | Electronic Voting Machine Project

A simulated Electronic Voting Machine with candidate buttons and a result display. Demonstrates input handling, vote counting logic, and secure result output.

// COMPONENTS: Arduino UNO · Push Buttons · LCD 16x2 · LEDs
Project Report
EVM Machine Electrical
PROJECT #15 VIDEO COMING SOON

Build EVM Machine (Electrical)

A hardware-based EVM using discrete electrical components — relays, switches, and indicator lamps — without a microcontroller. Focuses on pure circuit design principles.

// COMPONENTS: Buzzer, led,Push switch, cardbord ,switch
Project Report
RFID Attendance System
PROJECT #16

RFID Student Attendance System Using Arduino | Smart College Project 2026

Logs attendance automatically when students or employees scan their RFID cards. Records timestamps and stores data for reporting — a practical institution-ready build.

// COMPONENTS: Arduino Uno/Nano – The brain of the project ✔️ RFID Module (RC522) – Reads RFID cards and key tags ✔️ RFID Cards & Key Tags – Used for scanning attendance ✔️ Jumper Wires & Breadboard – For easy connections ✔️ Power Supply – To power the system
Project Report
RFID Smart Home
PROJECT #17

RFID Smart Home Security & Automation System | Arduino Project 2026 🚀

Controls home appliances and door locks via RFID authentication. Only authorized cards trigger actions, combining home automation with access security.

// COMPONENTS: 1 x Arduino UNO Board 1 x Servo Motor 1 x Buzzer 1 x RFID Reader 2 x RFID Cards 1 x Breadboard Jumper Wires 1 x Double Battery Holder with DC Jack & Switch 2 x 3.7 V Rechargeable Batteries
Project Report
UrbanSync: Intelligent City Management System
PROJECT #18

UrbanSync: Intelligent City Management System

Vehicles with registered RFID tags pass through automatically while unauthorized ones are stopped. Includes a full circuit diagram for clear hardware implementation.

// COMPONENTS: LDR ,LED ,resistor 1k ,Transistor 2222A ,Wires ,Cardboard,Soldiers with wire,Favicol,m-seal ,Battery clip connector ,Battery ,Cardboard cutter ,Pen knife cutter,Black insulation tape ,Long Wooden stick ,White paper
Project Report
HiddenGuard Smart Locker
PROJECT #19

HiddenGuard Smart Locker 🔐 | Ultimate Arduino Security Project

A secure locker that opens only with the correct RFID card or PIN. Features tamper alerts and an activity log — ideal for offices, labs, and personal valuables.

// COMPONENTS: CardBord,Rfid card sensor,JumperWire,BreadBoard,Arduino Uno,,Led 12c display
Project Report
Smart Blind Stick
PROJECT #20

👨‍🦯 AI-Powered Smart Blind Stick | Life-Changing Arduino Project 🔥

Wearable glasses with ultrasonic sensors that detect obstacles and alert the visually impaired user via earphone audio or vibration, enhancing mobility and independence.

// COMPONENTS: 1 Arduino board,2 UltraSonic Sensor 3 .jumperWire 4.buzzer 5. Data Cable 6.glass
Project Report
Electrical Inverter Project
PROJECT #21

Electrical Inverter Project

Converts DC to AC current to power small household appliances. A low-cost, efficient inverter essential for power electronics and renewable energy systems.

// COMPONENTS:Transformer · Inverter Board · Power Cord
Project Report
⚠️
IMPORTANT_NOTICE.txt
// Read before placing any order or using hardware
  • This project is developed for educational and research purposes. Follow proper electrical safety guidelines.
  • Ensure proper voltage supply before connecting the device to any power source.
  • Do not modify the hardware without appropriate technical knowledge.
  • Data collected through IoT modules should be handled responsibly at all times.
  • We are not responsible for hardware damage caused by improper use or handling.
  • Before COD payment, verify the project is tagged with our official SKMP logo to confirm authenticity and prevent fraud.
SKMP Official Logo Tag Arduino UNO Board
Contact

Let's Build
Together

Reach out for project inquiries, academic support, or custom IoT builds.

Address
Polishline, Balasore, Odisha, India
Email
skmpcompany@gmail.com
Phone
+91-7008608082
Helpline (Message Only)
+91-8596048857
Available: Mon–Sun · 7:00 AM – 10:00 PM IST
contact_form.submit() — SKMP Portal

NOTE: Our helpline is available 24hr (message only). Online support: 7AM – 10PM daily.