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Arduino Programming & Projects

A comprehensive, hands-on Arduino development program covering embedded C programming, sensor interfacing, motor control, IoT integration, automation projects, and real-time industry-level builds — designed to launch your career in embedded systems and hardware engineering.
★★★★★
4.9
(420 reviews)

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₹3,200
Months Training
0
Core Modules
0
Live Projects
0 +
Job Placement
0 %
Learning Outcomes

What You Will Learn

Full Syllabus

Course Curriculum

12 modules · 260+ hours · 5 live projects
  • Arduino board variants — Uno, Nano, Mega architecture and pin mapping
  • Arduino IDE setup, sketch structure, compilation, and upload workflow
  • Embedded C fundamentals — variables, data types, operators, and control flow
  • Functions, arrays, pointers, structures, and preprocessor directives
  • Interrupt-driven programming, timer configuration, and watchdog timer
  • Digital GPIO — LED control, push button debouncing, relay switching circuits
  • Analog GPIO — ADC reading, PWM output, and analog sensor signal processing
  • Sensor projects — DHT22, HC-SR04, LDR, IR, PIR, soil moisture interfacing
  • LCD 16×2 and OLED display interfacing with I2C protocol
  • Keypad scanning and menu-driven embedded UI system design
  • UART serial communication — data exchange, baud rate, and serial monitor
  • I2C protocol — multi-device bus, addressing, and peripheral interfacing
  • SPI communication — master/slave configuration and peripheral devices
  • Bluetooth integration — HC-05 module pairing and mobile app control
  • ESP32 WiFi programming — HTTP client, MQTT publishing, and OTA updates
  • DC motor control — L298N driver, speed control via PWM, direction logic
  • Servo motor programming — position control, sweep, and multi-servo coordination
  • Stepper motor interfacing — full step, half step, and microstepping modes
  • Robot chassis assembly and line-following / obstacle-avoidance robot projects
  • Home appliance automation — relay scheduling, PIR-triggered control circuits
  • ESP32 IoT dashboard — Blynk platform, virtual pins, and real-time monitoring
  • Smart home projects — automated lighting, fan control, and energy monitoring
  • RFID-based access control system design and implementation
  • Industrial monitoring system — multi-sensor data acquisition and alerting
  • Smart irrigation and smart water tank level monitoring projects
  • Final Project 1 — Complete home automation system with mobile app control
  • Final Project 2 — Smart energy meter with real-time cloud data logging
  • Final Project 3 — IoT-based weather station with Things Board dashboard
  • Final Project 4 — Industrial monitoring system with threshold alerting
  • Technical portfolio documentation, resume building, and mock interview preparation
Tech Stack

Tools & Technologies

STM32
🐧
Linux
🔧
GCC ARM
🕐
Free RTOS
📡
ESP32
🔌
KiCad
🗂️
Git
🔍
GDB
📊
CMake
🏗️
Yocto
Hands-On Learning

Live Projects You'll Build

Project 01 · Smart Home

Complete Home Automation System

Design and build a fully functional smart home controller using Arduino and ESP32 — integrating relay-controlled appliances, PIR motion sensing, DHT environmental monitoring, and a Blynk mobile app dashboard for remote control and scheduling. This project demonstrates complete Arduino smart projects development from circuit design to working product.
Project 02 · Energy & Industrial

Smart Energy Meter with Cloud Logging

Build a real-time energy monitoring system using current and voltage sensors, Arduino, and ESP32 — calculating power consumption, logging data to a cloud dashboard, and triggering overload alerts. This project directly mirrors Arduino industrial projects deployed in commercial buildings and manufacturing facilities for energy management.
Project 03 · IoT Weather Station

IoT-Based Weather Station with Dashboard

Develop a multi-sensor weather monitoring station collecting temperature, humidity, pressure, and air quality data — transmitting readings via MQTT to a Things Board cloud dashboard with historical graphing and configurable alerts. This project demonstrates complete Arduino IoT pipeline development from sensor hardware to live cloud visualisation.
Project 04 · Capstone Product

Mini Embedded Product Development

Each student designs and delivers a personal capstone embedded product — from RFID access control systems and smart irrigation controllers to digital notice boards and industrial process monitors — fully documented and portfolio-ready. This capstone project is the headline demonstration of Arduino professional engineering capability for placement interviews.
Eligibility

Who Should Enroll?

Engineering Students — Arduino for Students

Final-year and recent BE/B.Tech graduates in ECE, EEE, CSE, Mechanical, or Mechatronics who want hands-on embedded project experience to complement their degree. This Arduino project-based learning program gives students a portfolio of real working projects — the single most impactful thing a fresher can present during technical interviews at hardware and embedded systems companies.

Diploma Holders & Makers

Three-year diploma engineers and electronics enthusiasts who want structured, project-driven Arduino skill development with an industry-recognised certification. The program is also ideal for makers and hobbyists who have experimented with Arduino independently and want to formalise and deepen their knowledge through a structured professional curriculum with placement support.

Working Engineers — Arduino for Engineers

Mechanical, electrical, and software engineers currently employed who want to add embedded hardware and Arduino automation skills to their professional profile — enabling moves into embedded product development, IoT solutions engineering, and hardware design roles. Evening and weekend batch options make this fully accessible without disrupting current employment.

Career Changers & IoT Enthusiasts

Software developers, IT professionals, and anyone with basic programming knowledge who wants to cross over into hardware — using Arduino as the entry point into the broader world of embedded systems, Arduino robotics, industrial automation, and connected product development. No prior hardware experience is required — only a willingness to learn by building.

Your Trainer

Meet Your Instructor

Sajadh K M

Embedded Systems & Robotics Trainer | Co-Founder, MicroSkill Lab
With over 16 years in embedded systems, robotics, and industrial automation, Sajadh has worked across IoT platforms, marine electronics, and aviation ground support systems at King Abdulaziz International Airport. As Co-Founder of MicroSkill Lab, he brings real industry experience in microcontrollers, embedded Linux, PCB design, PLC automation, and humanoid robotics to every session. His project-based teaching method consistently produces confident, industry-ready embedded engineers.
16+

Years Industry Exp.

800+

Students Trained

4.9★

Avg. Rating

FAQ

Frequently Asked Questions

The minimum requirement is basic familiarity with any programming language — C, Python, or block-based coding — and a general interest in electronics. Formal eligibility includes BE/B.Tech or three-year diploma graduates from ECE, EEE, CSE, Mechanical, or Mechatronics streams. The program genuinely welcomes complete beginners — starting from absolute zero, explaining microcontrollers, Arduino IDE setup, and the first blink program before advancing progressively. No prior hardware experience is required. The curriculum is designed equally for Arduino beginner learners and experienced engineers seeking advanced project skills and professional Arduino certification.
Microskill Lab’s Arduino development program is a 260-hour, hands-on, job-oriented program in HSR Layout, Bangalore. It produces industry-ready embedded hardware engineers who can design, programme, and deploy real Arduino-based systems. After completing the program, you will write structured embedded C programs for Arduino Uno and Nano, interface sensors and actuators, implement UART, I2C, SPI, and Bluetooth protocols, build IoT and smart automation systems using ESP32, and deliver a portfolio of five industry-level projects — the exact competencies that embedded systems firms, electronics OEMs, and automation integrators test during technical interviews.
Protocol knowledge is consistently tested in embedded systems interviews — so this module is a curriculum priority. Students implement UART serial communication covering baud rate configuration and serial monitor debugging, I2C protocol for multi-device bus interfacing, and SPI communication for high-speed peripherals including display controllers and SD card modules. Bluetooth wireless communication using the HC-05 module enables smartphone-controlled Arduino projects. The ESP32 module extends this further — covering Wi-Fi TCP/IP communication, HTTP client programming, and MQTT message publishing for complete Arduino IoT connectivity across cloud-connected systems.
The Placement Guarantee Program begins from week one — not at the end. Students build a documented portfolio of five completed industry-level projects, each with circuit diagrams, embedded C code repositories, technical write-ups, and demonstration videos. Resume guidance is Arduino and embedded systems specific — covering how to present sensor interfacing projects and IoT integrations to technical hiring managers. Mock interviews cover the most commonly asked Arduino and embedded systems questions. After training, the dedicated placement month connects students directly to Microskill Lab’s hiring partner network across Bangalore’s electronics, embedded systems, IoT, and automation sectors.
After completing this program, you are qualified for several high-demand embedded hardware roles. Common job titles include Embedded Systems Engineer, Arduino Developer, IoT Hardware Engineer, Electronics Design Engineer, Automation Engineer, and Embedded Firmware Associate. Companies actively hiring for these roles include electronics OEMs, IoT product startups, industrial automation firms, smart building integrators, consumer electronics manufacturers, and robotics companies. The combination of Arduino hardware skills, embedded C programming, communication protocol knowledge, and a portfolio of five completed industry projects makes you a strong candidate for both fresher and junior engineer positions across India’s growing embedded systems and IoT job market.

What's Included

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