Summer Internship on IOT
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₹1111.11
₹1000.00 - Enroll Now Enroll Now
What You will Learn
- Learn development of project using Arduino IDE.
- Learn how to run Buzzers, LED, and LCD Display.
- Daily Live Sessions & Doubt Clearing
- Certificate of Internship
Course Format
- Physical Tutorials
- Assignments
- Industrial Projects
- Certification
Course Duration*
- 1 hr a day
- 3 days a Week
- 3 Assignments
- 1 Project
Course Content
Unlock the world of smart technologies with our 1-Month Internship on IoT (Internet of Things) – a hands-on learning experience designed for aspiring tech enthusiasts, engineering students, and innovators.
In this program, you’ll gain practical knowledge on IoT concepts, sensor interfacing, microcontroller programming (using Arduino or NodeMCU), real-time data monitoring, and cloud integration. Learn how to build and deploy smart applications such as home automation, weather stations, and IoT-based alert systems.
Key Highlights:
✅ Duration: Upto 4 Weeks (Flexible hours)
✅ Real-time Projects & Assignments
✅ Industry-Relevant Curriculum
By the end of the course, participants will have a solid foundation in building connected devices and real-world IoT solutions—paving the way for exciting career opportunities in automation, embedded systems, and smart innovations.
Let’s build the future, one device at a time
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Basic electrical concepts: voltage, current, resistance, and power
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Circuit laws: Ohm’s Law, Kirchhoff’s Laws
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Types of components and their functions
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Schematic diagrams and circuit analysis
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Basics of analog and digital electronics
**Theory:** Understand types, functions, and units of resistors and capacitors.
* **Practice:** Identify resistor values using color codes, and observe how capacitors charge and discharge.
* **Project:** Design a timing circuit using resistors and capacitors.
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⚡ Learn how current flows in one direction.
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🔦 Understand LED polarity and safety.
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🔧 Build a diode-protected LED indicator.
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🔌 Explore AC vs DC, transformers, and rectifiers.
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💡 Simulate a bridge rectifier.
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🔋 Assemble a simple DC power supply.
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🔁 Study NPN/PNP types and transistor biasing.
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💡 Simulate using a transistor as a switch.
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🌬️ Control a fan/light using a real transistor circuit.
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📢 Understand amplification principles.
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🧪 Simulate an audio amplifier.
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🕹️ Build an IR-controlled switch or amp.
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🧠 Introduction to ICs and the 555 timer chip.
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🔁 Learn Astable/Monostable modes.
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🔄 Create an LED flasher circuit using a 555 timer.
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🔘 Learn basic logic gates (AND, OR, NOT, etc.).
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📊 Practice truth tables and Boolean logic.
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🔐 Build a digital circuit (e.g., logic-controlled output).
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🔄 Explore flip-flops, counters, and multiplexers.
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🧪 Simulate a 2-bit counter circuit.
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🏢 Build a small digital counter (elevator display).
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🌞 Learn about LDR, IR, and temp sensors.
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🤖 Read sensors using Arduino or simulation tools.
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💡 Make an automatic light system using LDR.
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🧠 Understand what a microcontroller is.
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💻 Install and use Arduino IDE.
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💡 Blink an LED using simple Arduino code.
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🎛️ Use sensors, buzzers, and buttons with Arduino.
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🧪 Read and respond to input signals.
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🚨 Build a motion sensor alarm or display.
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🎛️ Use sensors, buzzers, and buttons with Arduino.
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🧪 Read and respond to input signals.
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🚨 Build a motion sensor alarm or display.
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🧠 Review all topics for consolidation.
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✍️ Plan a small project (pick idea + components).
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📐 Sketch circuit and write Arduino logic/code.
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🛠️ Build the final working project.
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🧪 Test and debug the system.
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🎤 Present and explain your project to others.
Course Mentor(s)
Er. Tushar Ranjan Mahalik
Robotics Application Engineer
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Persons Mentored
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Workshops Attended
Er. Tushar Ranjan Mahalik
Robotics Application Engineer
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