On-Demand Coding & Hardware Course Focused on Getting You Skills for High-Paying Tech Jobs
CODING MASTERY FOR BEGINNERS | 12-WEEK CODING BOOTCAMP
Have you tried to get into coding, robotics, or anything technical, and realized that there's so much to learn, but not a lot of guidance on where to start?
Have you questioned whether gaining technical skills is even for you?
Are you feeling overwhelmed, uneasy, or uncertain about coding, electronics, or robotics?
Well, you can...
Spend Hours and Hours Sifting through YouTube, Books, and Internet DIYs
(and feel more confused than before)
Copy random code from the Internet, and Get Frustrated When Things Don't Work
☝️I've been here
Sign up for a University Program and Spend $10K+ On Random Non-Tech Classes
(There has to be a better way, right?)
Take Community College Classes and Waste Months (if not Years) on Boring Prerequisites
(yawn 🥱, boring)
The Full Process Engineers use to Solve Coding and Hardware Problems including:
How the right thought process can make a difference when solving technical problems.
The two secret keys to writing your first lines of code and using code with hardware devices.
The #1 consideration when designing software for electronics, robots, and hardware.
The 3 must-have tools to write clean code that's easy for anyone to read (including yourself).
The most common problems and how to go about fixing them (with full video demonstrations).
The reusable system that will help you translate your coding and hardware skills into future automation and robotics projects.
How to Jumpstart your Career into tech and use highlight your knowledge to land high-salary job offers.
We want you to have the best, so we use the best instructors who have a wealth of experience.
The Best Way to Learn a New Skill is to Learn it From Someone Who *Knows their Stuff.*
Engineering Degree programs are well over $50K a year.
Local College Programs are $10K+… and that doesn’t mean you’ll actually learn anything (or have fun while doing it).
In fact, the bonuses alone are worth taking the course!
If you follow the roadmap we outline in the course, you have no choice but to pick up coding, electronics, and technical skills. You can spend as little as 10 minute a day watching the modules and building the projects.
You can start writing code and understanding electronics in just a couple of hours. And, regardless of where you want to end up – Engineer, Hobbyist, or somewhere in between, we cover “real skills” that will help you get there.
Plus, we’re here for you every step of the way.
How does that sound?
Automatic 12-Week Schedule so that You Stay Focused and Learn Tech Skills Even With a Busy Schedule
The 80-20 Principle so that you don't waste time on boring concepts that don't produce results
The Key Strategies to Break Into Technical Careers and Earn $5K, $10K, $20K+ more while working a job you love
Personalized Access to Engineering Professionals to help when you have questions
Plug-and-Play Technical Resume Templates that can be customized with projects from this course
Completion Certificate and Reference to help you with that next promotion, job, or career move
And So Much More! We could list everything here, but I think you get the gist of it
This Course is Action-Packed with Pure Technical Fun:
Pre-Course Survey
Lesson 1.1: Welcome to the Course
Lesson 1.2: How to Get Ahead in Technology
Lesson 1.3: How to Prototype Devices for the "Real-World"
Lesson 1.4: What Do You Need to Build Prototypes and Robots?
Lesson 1.5: What is the Impact of Electronics in Your Life?
Chapter 1 Activity: How Do Electronics Impact Your Life?
Lesson 2.1: What Are Microcontrollers and Why Do We Use Them?
Lesson 2.2: The Key Steps to Read Schematics and Wiring Diagrams
File Download: Wiring Diagrams
Chapter 2 Activity: Research Controllers to Understand the Market
Lesson 2.3: Why is Technical Documentation So Important?
Lesson 2.4: The Other Types of Documentation You Should Know About
Lesson 2.5: Different Microcontroller Manufacturers, Copies, and Clones
Chapter 2 Quiz: Put Your Knowledge to the Test!
Checkpoint Chapter 3: How Confident Are You With Prototyping?
Lesson 3.1: What are Breadboards, and How Do We Use Them Correctly?
Chapter 3 Presentation: The Rules of Prototyping (So You Don't Mess Up!)
Lesson 3.2: How to Setup Any Prototype with a Breadboard
Lesson 3.3: The Best Way to Wire a Prototype (Full Walkthrough Demonstration)
Lesson 3.4: How to Use Simulation to Design & Test Your Prototypes
Chapter 3 Quiz: Test Your Prototyping Knowledge!
Lesson 4.1: How to Use a Bill of Materials To Create a Prototype
Lesson 4.2: What Are The Basic Circuit Components, and How Do We Use Them?
Lesson 4.3: How to Connect Your Knowledge of Diagram Reading Into Hands-On Prototyping
Lesson 4.4: The Steps to Use A Wiring Diagram to Build A Circuit
Lesson 4.5: How to Build The Circuit Device (Full Walkthrough Demonstration)
Lesson 4.6: How to Create a Prototype in Simulation (Full Walkthrough Demonstration)
Lesson 4.7: The One Calculation That Will Save You from Burning Out LEDs!
Lesson 4.8: The Relationship Between Voltage, Current, and Resistance (Calculation Demo)
Chapter 4 Guide: Wiring Diagrams and Calculations
Chapter 4 Activity: How To Use Basic Math to Solve Circuit Problems
Chapter 4 Quiz: Test Your Circuit Knowledge!
Checkpoint Chapter 5: How's the course going?
Lesson 5.1: How to Prototype with a Purpose
Lesson 5.2: What are Device Requirements, and How Do We Use Them?
Chapter 5 Activity: How is this device beneficial?
Chapter 5.1 Quiz: Test Your Prototyping Knowledge!
Chapter 5.2 Quiz: Test Your Device Knowledge!
Lesson 6.1: Start Coding In Simulation (Full Walkthrough Demonstration)
Lesson 6.2: My Go-To Software to Program a Microcontroller (IDE Selection)
Lesson 6.3: How to Access Learn Robotics' Online IDE (Free Subscription for Students)
Learn Robotics IDE - Click this Lesson to Launch!
Lesson 6.4: How to Design Your First Program (Follow These Steps)
Lesson 6.5: How to Read Other People's Software (Key Things to Look For)
Chapter 6 Quiz: Test Your Coding Knowledge!
Lesson 7.1: What are Inputs and Outputs, and How Do We Use Them?
Chapter 7.1 Quiz: Test Your Knowledge on Inputs and Outputs!
Lesson 7.2: The Two Required Methods For Arduino Prototyping
Lesson 7.3: How to Modify Existing Code Easily (Full Walkthrough Demonstration)
Lesson 7.4: The Programming Tip That Makes a Big Difference In Your Code
Lesson 7.5: How to Organize Your Code to Perform Different Functions
Chapter 7.2 Quiz: Test Your Coding Syntax Knowledge!
Circuit Lab 7: Create a Prototype That Controls LEDs
Chapter 7.3 Quiz: Test Your Programming Knowledge!
Lesson 8.1: What Are Sensors, and How do we Classify Them?
File Download: What are Sensors?
Lesson 8.2: The Easy Way to Display Sensor Data for Visualization
Lesson 8.3: How to Read and Store Data from Analog Sensors
Circuit Lab 8: Design a Device to Capture and Display Sensor Readings
Chapter 8 Quiz: Test Your Sensor Knowledge!
Checkpoint Chapter 9: How's the course going?
Lesson 9.1: How to Use Device Requirements
Lesson 9.2: How to Design Code to Check Data for Conditions
Circuit Lab 9.1: Design a Prototype that Checks for Conditions
Lesson 9.3: Why You Should Use Thresholds In Your Code (And How it Makes a Difference)
Circuit Lab 9.2: Create a Prototype That Responds to its Environment
Circuit Lab 9.3: How to Create Custom Code and Organize it Properly
Lesson 9.4: Reviewing Solutions, and How to Check Your Code
Chapter 9 Quiz: Test Your Knowledge on Decision-Making!
Lesson 10.1: How to Bring Everything in This Course Together
Circuit Lab 10: Build Your Electronic Prototype
Lesson 10.2: How to Check Your Code, and an Example Solution (Full Walkthrough Demonstration)
Checkpoint: What'd you think of the course?
Level 1: Final Exam
Assignment: Showcase your project!
Checkpoint Chapter 10: What did you think of the course?
Lesson 11.1: How to Talk About Your Technical Skills
Lesson 11.2: How to Create a Technical Resume and Showcase the Most Important Skills
Lesson 11.3: How to Create A Technical Project Portfolio that Hiring Managers Will Go Crazy About
Lesson 11.4: How to Curate an Elevator Pitch that Will Get You Hired (or Promoted) for a Technical Job
Lesson 11.5: The Best Way to Highlight Information from this Course on Your Resume
Bonus Download: Career Development Guide for Technical Professionals
Lesson 11.6: How to Use this Course as a Reference on Your Professional Job or College Application
Checkpoint Chapter 11: How will this Help Your Career?
Take an in-depth look at one of the popular lessons within the course.
If you're feeling like Learn Robotics might be right for you, the best way to see is by giving us a try. But we understand you might also have questions!
Let's see if we can clear some things up for you:
That's awesome! You're in the right spot. We cover the fundamentals and step-by-step process in this course. If you follow along, you'll pick up the skills!
We generally recommend setting aside 10-20 minutes a day to work through the modules.
You can work as fast or as slow as you'd like, and part of your enrollment includes 24/7 access and a 12-Week Schedule to help you get organized.
Lessons are released weekly on a schedule that will keep you on track and focused!
This course can be taken with or without the hardware parts. The Hardware Parts are Sold Separately, but are available through Learn Robotics! We wanted to provide you with a flexible option to take this course.
When you enroll in the course, you'll receive an exclusive discount for the Learn Robotics Kit. Check your email confirmation for instructions on how to get the kit!
Please note there's an extra shipping fee for learners outside of the United States.
You'll need a computer (any operating system), a Standard USB port, and an Internet connection to complete the course.
We'll send you instructions on how to purchase the hardware materials upon enrollment (optional, but recommended).
You can view our cancellation and refund policy here.