Control Anything Anywhere without Internet with Arduino
in Arduino
4.1
(26 Ratings)
6,994 Students
Created by
Ashraf Said AlMadhoun
About this course
What You’ll Learn
Master Arduino Wireless Control Without Internet
- Build your own Arduino long-distance controller using DTMF decoding.
- Learn how to control devices without WiFi, Bluetooth, or RF modules.
- Understand how DTMF decoders work and how they can be used in electronics projects.
Arduino & DTMF Hardware and Software Integration
- Program Arduino using the Arduino IDE.
- Design and build a custom DTMF decoder for your projects.
- Interface DTMF decoders with Arduino for long-distance control.
PCB Design, Simulation & 3D Case Modeling
- Create a DTMF Decoder PCB Board using Eagle Free Circuit Design Software.
- Simulate circuits using Proteus Professional Software.
- Design a 3D case to protect your Arduino-powered project using Fusion 360.
Requirements
- Basic knowledge of electronics and Arduino programming.
- An Arduino board and a DTMF decoder module.
- Access to a computer with Arduino IDE installed.
- A mobile phone for testing remote control functions.
- Fusion 360 software (optional for 3D case design).
Description
Take Your Arduino Projects to the Next Level!
Need to control devices from a long distance without the internet? Want to avoid costly and limited-range WiFi and Bluetooth modules? This course is your solution! Learn how to use DTMF technology to remotely operate your Arduino projects without internet access.
Why You Should Take This Course
- Long-Distance Control: Operate sensors, motors, and electronic devices from anywhere.
- Cost-Effective & Simple: No expensive modules required—just a DTMF decoder and a mobile phone.
- Practical & Hands-On: Build, test, and deploy real-world Arduino projects.
- Ideal for IoT & Automation: Perfect for home automation, robotics, and industrial applications.
What’s Inside the Course?
- Step-by-step guidance on programming Arduino and integrating DTMF decoding.
- Instructions to simulate circuits before building them.
- Hands-on lessons on designing PCBs and 3D cases.
Frequently Asked Questions
- Who is this course for? Anyone looking to control devices remotely without internet access.
- Do I need prior experience? Basic knowledge of Arduino and electronics is helpful but not required.
- Will I get support? Yes! Get expert guidance and troubleshooting assistance throughout the course.
Who Is This Course For?
- Anyone interested in Arduino long-distance control via DTMF.
- Hobbyists and DIY electronics enthusiasts.
- Students and professionals interested in wireless electronics.
- IoT and home automation enthusiasts.
- Anyone looking to control devices without Bluetooth, WiFi, or RF modules.
Comments (0)
1. Introduction & Getting Started
1 Parts
1. Introduction.mp4
45.09 MB
2. Hardware and Software Requirements
1 Parts
1. Hardware and Software Requirements.mp4
14.69 MB
3. Concept Behind This Project
1 Parts
1. Concept Behind This Project.mp4
40.28 MB
4. DTMF
4 Parts
1. What is DTMF.mp4
41.74 MB
2. Basic Layout and Function Explained.mp4
60.99 MB
3. DTMF Decoder.mp4
37.99 MB
4. DTMF Decoder Circuit Explained.mp4
26.15 MB
5. Headphone Jack
1 Parts
1. Headphone Jack Explained in Details.mp4
61.57 MB
6. Project Creation
3 Parts
1. DTMF Circuit Schematic.mp4
119.74 MB
2. Arduino DTMF Circuit Simulation.mp4
63.60 MB
3. Coding Arduino DTMF.mp4
60.51 MB
7. Make DTMF Decoder Module PCB
1 Parts
1. Make DTMF Decoder Module PCB.mp4
88.82 MB
8. Practical
1 Parts
1. DTMF Decoder Practical Example.mp4
95.80 MB
9. Fusion 360 Designing a 3D Printed Enclosure for Arduino Uno
14 Parts
1. Design the outer frame in 2d.mp4
60.54 MB
2. Extrude and Split the body in half.mp4
61.61 MB
3. Create standing points for the case.mp4
70.96 MB
4. Using Time Machine to Fix errors and add fillet.mp4
22.21 MB
5. Upper body holes and Chamfering process.mp4
88.68 MB
6. Importing Arduino UNO 3D Model.mp4
51.32 MB
7. Creating Joints and fixing issues.mp4
129.42 MB
8. Surface Cut out.mp4
54.70 MB
9. Adding Pins cut out and some art work.mp4
96.38 MB
10. 3D Animation.mp4
44.95 MB
11. Create a sketch for Arduino Mega.mp4
65.82 MB
12. Creating the 3D Body for Arduino Mega.mp4
223.65 MB
13. Add Arduino Mega 3D Model.mp4
180.67 MB
14. Finishing the Board.mp4
169.81 MB
10. Download and Install Software Section
4 Parts
1. Download and Install Arduino Pro IDE.mp4
102.04 MB
2. Download and Install Eagle Software.mp4
80.34 MB
3. Download and Install Fusion 360 Software.mp4
35.79 MB
4. Run Fusion 360 for the First time.mp4
31.77 MB
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