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Arduino Step By Step Your Complete Guide

Interactive Video Lessons | Free E-Certificate | Tutor Support

Frontier Education

Summary

Price
£12 inc VAT
Study method
Online, On Demand What's this?
Duration
13.1 hours · Self-paced
Qualification
No formal qualification
Certificates
  • Reed courses certificate of completion - Free
Additional info
  • Tutor is available to students
1 student purchased this course

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Overview

This Financial Intelligence For Entrepreneurs, Executives & Directors course enables you to delve deeply into Financial Intelligence,in order to better explore, understand and apply Financial Intelligence skills.

Through this Financial Intelligence For Entrepreneurs, Executives & Directors course, you will gain a world-class knowledge and understanding with a focus on Financial Intelligence, based on solving real life Financial Intelligence issues.

Certificates

Reed courses certificate of completion

Digital certificate - Included

Will be downloadable when all lectures have been completed

Curriculum

25
sections
181
lectures
13h 6m
total

    • 1: 2. Who We Are 05:24
    • 2: who we are 05:24

    • 3: Introduction 01:13
    • 4: 1. Introduction- 01:13
    • 5: 1. Introduction-- 01:13
    • 6: 3. Downloading and Installing Proteus Software 03:08
    • 7: 3. Downloading and Installing Proteus Software- 03:08
    • 8: 3. Downloading and Installing Proteus Software-- 03:08
    • 9: 4. Adding Arduino Library to Proteus 05:16
    • 10: 4. Adding Arduino Library to Proteus- 05:16
    • 11: 4. Adding Arduino Library to Proteus-- 05:16
    • 12: 5. Downloading and Installing Arduino Coding Software 04:46
    • 13: 5. Downloading and Installing Arduino Coding Software- 04:46
    • 14: 5. Downloading and Installing Arduino Coding Software-- 04:46
    • 15: Introduction- 01:13
    • 16: Introduction-- 01:13

    • 17: 1. Your First Code in Arduino Coding Software 05:56
    • 18: 2. Editing the code and Getting the Hex File 02:38
    • 19: 3. Load the hex file and Run the Simulation 03:58

    • 20: 1. Introduction 01:27
    • 21: 2. What is Arduino 01:39
    • 22: 3. The holes in board 01:22
    • 23: 5. The Breadboard 05:01
    • 24: 6. How does Arduino thinks 05:53
    • 25: 7. Putting together Your First circuit 04:11
    • 26: 8. Cut and paste coding 04:29
    • 27: 9. Circuit diagram 04:03

    • 28: 1. Inputs Buttons 03:50
    • 29: 2. Analog Input Potentiometer 08:34
    • 30: 3. Analog Input IR sensor 03:37

    • 31: 1. Introduction 04:22
    • 32: 2. What is Arduino Raspberry Pi and PIC Microcontroller 06:23
    • 33: 3. Quick summary of the main differences 04:40
    • 34: 4. Hardware Power and Connectivity 03:28
    • 35: 5. Hardware IO Pins Storage and USB 03:49
    • 36: 6. Software Comaprison 04:42
    • 37: 7. Expanding Onward Capablities 02:54
    • 38: 8. How to decide Which one 05:36

    • 39: 1. Introduction 02:18
    • 40: 2. Basic Parts Requirements 02:26
    • 41: 3. Parts needed to get the job done 02:33
    • 42: 4. How to do it 00:49
    • 43: 4. Wire up a power supply 05:03
    • 44: 5. ATMEGA Introduction 02:47
    • 45: 6. ATMEGA Connection 07:09
    • 46: 7. Arduino Ready 04:31
    • 47: 8. Bootloading your chips optional 06:16
    • 48: 9. Finish up and burn the bootloader 05:45

    • 49: 1. Introduction 02:57
    • 50: 2. Raspberry Pi Connections 03:25
    • 51: 3. Raspberry Pi Configuration and Code 06:01
    • 52: 4. Arduino Configuration 06:10
    • 53: 4. Raspberry Pi Configuration and Code 06:01
    • 54: 5. Arduino Raspberry Pi Connection 01:41
    • 55: 6. Finishing Configuration 06:54
    • 56: 7. Arduino Configuration 06:10
    • 57: 7. Completing Python Setup 04:52
    • 58: 8. Final Step The End Of This Section 01:00
    • 59: 9. Arduino Raspberry Pi Connection 01:41
    • 60: 10. Finishing Configuration 06:54
    • 61: 12. Completing Python Setup 04:52
    • 62: 13. Final Step The End Of This Section 01:00

    • 63: 1. Introduction 03:43
    • 64: 2. Required Materials 09:07
    • 65: 3. Circuit Diagram 06:14
    • 66: 4. Code Overview 03:44
    • 67: 5. Code Explanation Part One 04:17
    • 68: 5. Code Overview 03:44
    • 69: 6. Code Explanation Part One 04:17
    • 70: 6. Code Explanation Part Two 05:51
    • 71: 7. Code Explanation Part Three 04:42
    • 72: 7. Code Explanation Part Two 05:51
    • 73: 8. Code Explanation Part Three 04:42

    • 74: 1. Introduction 02:11
    • 75: 2. Hardware and Software Components 06:38
    • 76: 3. Let_s Start Building 03:41
    • 77: 4. How does it works 02:35
    • 78: 5. Android Application 07:47
    • 79: 6. Note 01:05
    • 80: 7. Schematic 02:04
    • 81: 8. Code 10:00
    • 82: 9. Testing Code 03:11

    • 83: 1. Introduction 02:11
    • 84: 2. What You Will Learn in this course 01:31
    • 85: 3. Hardware Requirements 03:09
    • 86: 4. What is Arduino + Software Download 05:21
    • 87: 5. What is Ultrasonic Sensor 03:12
    • 88: 6. What is Servo Motor 03:30
    • 89: 7. Software Requirements Schematic 08:12
    • 90: 8. Arduino Code Explained 05:41
    • 91: 10. Processing Code + Java jdk 06:50

    • 92: 1. Basic Parts Needed for this Project 02:12
    • 93: 2. Practical Assembly 04:42

    • 94: 1. Introduction 02:45
    • 95: 2. Software and Hardware Requirements 08:27
    • 96: 3. How Does It Work 04:28
    • 97: 4. Circuit Diagram 07:23
    • 98: 6. Code Explained in Details 08:16

    • 99: 1. Basic Parts Needed for this Project 02:12
    • 100: 2. Practical Assembly 04:42

    • 101: 1. Introduction 02:45
    • 102: 2. Software and Hardware Requirements 08:27
    • 103: 3. How Does It Work 04:28
    • 104: 5. Circuit Diagram 07:23
    • 105: 7. Code Explained in Details 08:16

    • 106: 1. Introduction 02:35
    • 107: 2. Things Used in this Project - Hardware 02:51
    • 108: 3. Things Used in this Project - Software and Web Editor 07:54
    • 109: 4. Temperature and Humidity Sensor Wiring 04:09
    • 110: 5. Code to Test DHT Sensors using Serial Monitor 04:54
    • 111: 6. Code for LCD and DHT Sensor Together 03:45
    • 112: 7. Final Code for LCD RTC and DHT Sensor 04:33

    • 113: 1. Introduction 02:35
    • 114: 2. Things Used in this Project - Hardware 02:51
    • 115: 3. Things Used in this Project - Software and Web Editor 07:54
    • 116: 5. Temperature and Humidity Sensor Wiring 04:09
    • 117: 6. Code to Test DHT Sensors using Serial Monitor 04:54
    • 118: 7. Code for LCD and DHT Sensor Together 03:45
    • 119: 8. Final Code for LCD RTC and DHT Sensor 04:33

    • 120: 1. Introduction 03:36
    • 121: 2. Required Materials 04:14
    • 122: 3. Download and Install Arduino IDE 09:23
    • 123: 4. Circuit Diagram LCD Connection Explained 05:21
    • 124: 5. Circuit Diagram Continue 02:42
    • 125: 6. How Does It Work 01:41
    • 126: 7. Code Overview 02:52
    • 127: 8. Code Explanation 04:33

    • 128: 1. Introduction 02:44
    • 129: 2. How does it work 01:56
    • 130: 3. Circuit Diagram 07:50
    • 131: 4. Arduino Alarm Clock Code Part1 06:55
    • 132: 5. Arduino Alarm Clock Code Part2 04:04
    • 133: 6. Arduino Alarm Clock Practical Assembly 03:57

    • 134: 1. Introduction 03:36
    • 135: 2. Required Materials 04:14
    • 136: 3. Download and Install Arduino IDE 09:23
    • 137: 4. Circuit Diagram LCD Connection Explained 05:21
    • 138: 5. Circuit Diagram Continue 02:42
    • 139: 6. How Does It Work 01:41
    • 140: 8. Code Overview 02:52
    • 141: 9. Code Explanation 04:33

    • 142: 1. Introduction 02:44
    • 143: 2. How does it work 01:56
    • 144: 3. Circuit Diagram 07:50
    • 145: 4. Arduino Alarm Clock Code Part1 06:55
    • 146: 5. Arduino Alarm Clock Code Part2 04:04
    • 147: 6. Arduino Alarm Clock Practical Assembly 03:57

    • 148: 1. Introduction 02:49
    • 149: 2. Wireless Power Introduction History and efficiency chart explained 05:10
    • 150: 4. How Wireless Power Works 05:04
    • 151: 5. Why We need wireless electricity 02:17
    • 152: 6. Advantages and disadvantages 03:10
    • 153: 7. Range of Witricity and Witricity Applications 04:10
    • 154: 8. How Safe is Wireless electricity 01:27
    • 155: 9. Wireless Powered Arduino Project 01:26
    • 156: 10. Let_s Build IT 03:24
    • 157: 11. Code and troubleshooting 04:46
    • 158: 12. How Does This Circuit Work 02:10

    • 159: 1. Introduction 01:15
    • 160: 2. Course Requirements 00:46
    • 161: 3. Download and Install Arduino 07:04
    • 162: 4. Components Explained 10:06
    • 163: 5. Assmbly 02:48
    • 164: 6. The Code 12:41

    • 165: 1. Introduction 02:49
    • 166: 2. Wireless Power Introduction History and efficiency chart explained 05:10
    • 167: 4. How Wireless Power Works 05:04
    • 168: 5. Why We need wireless electricity 02:17
    • 169: 6. Advantages and disadvantages 03:10
    • 170: 7. Range of Witricity and Witricity Applications 04:10
    • 171: 8. How Safe is Wireless electricity 01:27
    • 172: 9. Wireless Powered Arduino Project 01:26
    • 173: 10. Let_s Build IT 03:24
    • 174: 11. Code and troubleshooting 04:46
    • 175: 12. How Does This Circuit Work 02:10

    • 176: 1. Introduction 01:15
    • 177: 2. Course Requirements 00:46
    • 178: 3. Download and Install Arduino 07:04
    • 179: 4. Components Explained 10:06
    • 180: 5. Assmbly 02:48
    • 181: 6. The Code 12:41

Course media

Description

This Financial Intelligence For Entrepreneurs, Executives & Directors course enables you to delve deeply into Financial Intelligence,in order to better explore, understand and apply Financial Intelligence skills.

Through this Financial Intelligence For Entrepreneurs, Executives & Directors course, you will gain a world-class knowledge and understanding with a focus on Financial Intelligence, based on solving real life Financial Intelligence issues.

Frontier Education provides working professionals, or those with no previous experience, with trailblazing, practice-based teaching, aimed to inspire and prepare you for a career in Financial Intelligence For Entrepreneurs, Executives & Directors.

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Legal information

This course is advertised on reed.co.uk by the Course Provider, whose terms and conditions apply. Purchases are made directly from the Course Provider, and as such, content and materials are supplied by the Course Provider directly. Reed is acting as agent and not reseller in relation to this course. Reed's only responsibility is to facilitate your payment for the course. It is your responsibility to review and agree to the Course Provider's terms and conditions and satisfy yourself as to the suitability of the course you intend to purchase. Reed will not have any responsibility for the content of the course and/or associated materials.

FAQs

Study method describes the format in which the course will be delivered. At Reed Courses, courses are delivered in a number of ways, including online courses, where the course content can be accessed online remotely, and classroom courses, where courses are delivered in person at a classroom venue.

CPD stands for Continuing Professional Development. If you work in certain professions or for certain companies, your employer may require you to complete a number of CPD hours or points, per year. You can find a range of CPD courses on Reed Courses, many of which can be completed online.

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An endorsed course is a skills based course which has been checked over and approved by an independent awarding body. Endorsed courses are not regulated so do not result in a qualification - however, the student can usually purchase a certificate showing the awarding body's logo if they wish. Certain awarding bodies - such as Quality Licence Scheme and TQUK - have developed endorsement schemes as a way to help students select the best skills based courses for them.
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