Get updates on Eligibility, Admission, Placements Fees Structure
Quick Facts
| Medium Of Instructions | Mode Of Learning | Mode Of Delivery |
|---|---|---|
| English | Self Study | Video and Text Based |
Course Overview
Offered by UC San Diego, and Coursera the Internet of Things V2: DragonBoar bring up and community ecosystem certification course is course 2 out of the 6 specialisations in the course of Internet of Things and AI Cloud Specialization. This is a beginner friendly course that is 100 percent taught using online modes. The usual completion time of this course is 2 weeks.
The Internet of Things V2: DragonBoar bring up and community ecosystem training will be teaching to build an environment for both hardware and software development by using the single board computer (SBC) DragonBoard™ 410c. This programme is where one gets hands down opportunity to do practice, and theory required for IoT protyotyping.
The Highlights
- 100% online
- Specialization course
- Self-paced offering
- A small programme
Programme Offerings
- Shareable Certificate
- Flexible Deadlines
- Specialization Course.
Courses and Certificate Fees
| Certificate Availability | Certificate Providing Authority |
|---|---|
| yes | UC San DiegoCoursera |
Internet of Things V2: DragonBoar bring up and community ecosystem Fee Details
Description | Amount |
1 month | Rs. 1,699 |
3 months | Rs. 3,499 |
6 months | Rs. 5,199 |
Eligibility Criteria
Certification Qualifying Details
Upon completion of the course, the candidates will earn Internet of Things V2: DragonBoar bring-up and community ecosystem certification by Coursera.
What you will learn
The Internet of Things V2: DragonBoar bring up and community ecosystem certification syllabus will be teaching how to use Linux for embedded purposes, and will also be able to learn the design of the products that are enabled via IoT.
Who it is for
The Internet of Things V2: DragonBoar bring up and community ecosystem certification is the one of the many course specialization that one can do if he or she is an innovator, or member of a DIY community.
Admission Details
To get admission to the Internet of Things V2: DragonBoar bring up and community ecosystem classes, the students can follow these steps:
Step 1: Follow the official URL
Step 2: Next, find, and click on the ‘Enrol Now button’.
Step 3: Either sign in or if possible make new accounts of one of new to Coursera.
The Syllabus
Videos
- Specialization Trailer
- Acronyms (DragonBoard™ 410c)
- Acronyms (General)
- Frequently used Terminology
- High and Low level programming
- Object oriented programming
- C-programming (Systems/applications)
- Root/Superuser
- Levels of Abstraction
- UNIX
- MS-DOS
- DragonBoard™ 410c
- Introduction to Git
- Git Setup
- Git Commands
- Introduction to ADB
- Update USB Drivers (Windows) -Please see reading
- ADB Protocol
- Using the ADB Protocol
- ADB over WIFI
- Fastboot
- Booting into Fastboot
- Fastboot Protocol
- Using the Fastboot Protocol
Readings
- Get some resources in order!
- Supplimental Procedure document (supplemental doc)
- The C-Programming language (Optional book)
- More commands!
- Git Cheat sheet
- Update USB Drivers (Windows)
- ADB Shell Commands
- Fastboot Commands
- Time for a video break (another video!)
Assignment
- Supplemental Quiz (Optional)
Videos
- Board Layout and Features
- The Out of Box Experience
- Linux Install and walkthrough
- Resources and walk through
- Assigned Homework
- The 96Boards specification
- History of the DragonBoard 410c
- SoC Deep Dive
- Onboard Storage
- Memory (RAM) and Swap Space
- Onboard Expansion Connectors
- Software
- Assigned Homework
- 96Boards Ecosystem - Getting started
- Mezzanine Guidelines
- Community Mezzanine Initiative
- Vertical Markets and Path to product
- Assigned Homework
- About the Dragonboard™ 410c
- Important Board Components
- Technical Specifications
- Choosing an operating system
- Purchasing your Dragonboard™ 410c
- Registering with 96boards
- Registering with Qualcomm® Developer Network
- A look back at Lesson 2
- Boot Configuration
- Booting up your Dragonboard™ 410c
- Android Developer Mode (Android Only)
- Testing your Dragonboard™ 410c
- Shutting down your Dragonboard™ 410c
- Caring for your Dragonboard™ 410c
- A look back at Lesson 3
Readings
- Module Slides
- Qualcomm® introduces the DragonBoard™ 410c! (YouTube video)
- DragonBoard™ 410c Feature Highlights
- While you're waiting!
- Optional Reading about the SoC
Assignment
- Time Walking quiz...
Peer Review
- Booting up your DragonBoard 410c
Videos
- File Systems and Tools
- IDE and command line walkthrough
- Update, upgrade, and dependencies (overview)
- Assigned Homework
- Sensors Mezzanine Kit
- I/O - Input / Output
- Setting up hardware and your development environment
- GPIO in the shell
- ATMEGA Walkthrough
- Libmraa Walkthrough
- Libupm Walkthrough
- Assigned Homework
- Git Walkthrough
- Editor choices, IDEs and languages
- Advanced Version Control Commands
- Contribute and grow
- Assigned Homework
- Description and Execution
- Code Walkthrough
- Description and Execution
- Code Walkthrough
- Description and Execution
- Code Walkthrough
- Description and Execution
- Code Walkthrough
- Description and Execution
- Code Walkthrough
Readings
- Module Slides
- Resources
- Resources
- Resources
- Resources
- Resources
- Resources
- Resources
- Resources
Assignments
- Lesson 1
- Lesson 2
- Lesson 3
- Lesson 4
- Lesson 5
- Lesson 6
- Lesson 7
- Lesson 8
- Module 2
Videos
- Open Embedded Overview and Building from Source
- Debian Overview and Building from Source
- Android Overview and Building from Source
- Assigned Homework
- Description and Execution
- Code Walkthrough
- Assigned Homework
- Description and Execution
- Code Walkthrough
- Assigned Homework
Readings
- Module Slides
- Resources
- Resources
- Resources
Assignments
- Lesson 1
- Lesson 2
- Lesson 3
- Module 3
Videos
- Getting Ready for Module 4!
- Introduction to Lesson 1
- Android for DragonBoard™ 410c
- Ubuntu for DragonBoard™ 410c
- Methods of Installation
- A look back at Lesson 1
- Introduction to Lesson 2a
- Download Android Image
- Create Path Variable to Android Image
- Flash microSD Card with Image
- Install Android on your DragonBoard™ 410c
- A look back at Lesson 2a
- Introduction to Lesson 2b
- Download Ubuntu Image
- Create Path Variable to Ubuntu Image
- Flash microSD Card with Image
- Install Ubuntu on DragonBoard™ 410c
- A look back at Lesson 2b
- Introduction to Lesson 2c
- Download Android binaries/bootloader
- Altering the bootloader script
- Fastboot Flash onto eMMC
- A look back at Lesson 2c
- Introduction to Lesson 2d
- Download Ubuntu binaries/bootloader
- Alter bootloader Script
- Fastboot Flash onto eMMC
- A look back at Lesson 2d
- Introduction to Lesson 3a
- Download Android Image
- Download win32diskmager
- Flash microSD Card with Image
- Install Android on DragonBoard™ 410c
- A look back at Lesson 3a
- Introduction to Lesson 3b
- Download Ubuntu Image
- Download win32diskimager
- Flash microSD Card with Image
- Install Ubuntu on DragonBoard™ 410c
- A look back at Lesson 3b
- Introduction to Lesson 3c
- Download Android binaries and boot loader
- Create Path Variable to binaries and bootloader
- Fastboot Flash onto eMMC
- A look back at Lesson 3c
- Introduction to Lesson 3d
- Download Ubuntu binaries and bootloader
- Create Path Variable to binaries and bootloader
- Fastboot Flash onto eMMC
- A look back at Lesson 3D
Readings
- Module 4 Procedure document (supplemental doc)
- Module approach
Assignment
- Module 4
Videos
- Getting ready!
- Introduction to Lesson 1
- Defining a Bricked board
- What to do if your board does not turn on
- Possible quick fixes
- A look back at Lesson 1
- Introduction to Lesson 2
- Download Recovery Image
- Flash SD Card
- Re-flash Operating System
- A look back at Lesson
- Introduction to Lesson 3
- Shorting your DragonBoard™ 410c
- Disconnecting DC without Proper Shutdown
- Precautionary Steps for GPIO Pins
- Deleting Partition Tables and Flashing
- A look back at Lesson 3
Reading
- Procedure document (supplemental doc)
Assignment
- Module 5
Instructors
UC San Diego Frequently Asked Questions (FAQ's)
The online rating is only 3.4 stars.
The programme’s pace is in the hands of the candidates.
Yes, the student’s name will be mentioned in the issuing certificate.
There are 9 languages in which the course subtitles are accessible.
The completion time approximately is 2 weeks.