🚀 Beginners: Unlock Internships & New Career Paths

Online Robotics Certification for Serious Beginners

Elevate your career with hands-on training & project experience.

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February 29

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PROGRAM DURATION

12 Month Access

24/7 Online
Finish in as little as 3 months

DESIGNED FOR

Beginners

who want to work in tech
No prior experience needed

Accelerate Your Tech Career with a Robotics Mentor

Because we believe you should learn directly from professionals who work in the Robotics & Engineering Industry.

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Meet Your Advisor and Enroll in a Learn Robotics Training Program

Technical Training

Launch into Training with support from Robotics Mentors

Internship

Apply your Robotics Skills with an Internship to expand your Resume

Career Support

Speed up the job search with Mock Interviews & Offer Review

Our Mentors & Learners are Found At:

Beginners: Launch Your Tech Career with a Specialty

Robotics Certification

Gain a High-Value Specialty, PLUS Engineering Internships, Co-Ops, & Your Path to a 6-Figure Robotics Career.

Compare Enrollment Options

Learn Robotics Independently Online

🟨 Basic: Self-Study Certification

Learn Robotics & Build Your Career

🟦 Priority: Live Certification

The 5-Step Process to Get a Robotics Certification

With our Robotics Certification, you’re just 3-12 months away from launching your tech career.

  • Step 1: Choose Your Tier

    We offer two tiers for our Specialist Certificate: Priority and Basic. The Priority Tier includes self-study curriculum and career support and live sessions with our expert mentors. The Basic Tier includes self-study curriculum for learners who prefer studying independently. Pick the best tier, and complete enrollment online.

  • Step 2: Enroll Online

    We make it easy to get started today. Pick your plan and complete enrollment online. Once your account is active, you can begin learning right away!

  • Step 3: Learn Robotics Online

    Start with Class 1 and work through the modules in order. Build the projects, test your knowledge, and earn certificates along the way.

  • Step 4: Create Your Technical Resume

    Once you have projects and new technical competencies, we'll show you how to add them to a Technical Resume and Project Portfolio. That way you can show off your skills to employers to land internships and careers!

  • Step 5: Launch Your Tech Career

    Graduates have unlocked internships and careers from the projects they've created in this program. Because our curriculum is created by Former Raytheon Engineer and Robotics Expert, you can trust that we know what employers look for when assessing new talent. Leverage your projects when applying for jobs, and your tech career could be starting just a few short months from now!

Learner Showcase

All of our graduates complete robotics capstone projects during their training.

Here are submissions from our recent graduates. Are you next? 

Robotics Certification Overview

Your training consists of 6X, self-study, project-based online robotics classes that will give you “full-stack” technical skills in coding, electronics, robotics, 3D modeling, and more. Most graduates finish within 3-12 months.

🚀 Class 1: 5 Day Crash Course

✅ Solve 5 Robotics Challenges in 5 Days to launch into the Robotics Certification.

What’s covered:

  • Introduction to the field of robotics.
  • Overview of key concepts, applications, and trends in robotics.
  • Guidance on getting started with robotics, including necessary resources and skills.


Why we train you on this:
This module provides a foundational understanding of robotics, ensuring participants are familiar with key concepts and equipped with the information needed to embark on their journey in robotics. It serves as a crucial starting point for individuals entering the field.

What’s covered:

  • Introduction to coding for robotics.
  • Basics of programming languages commonly used in robotics.
  • Hands-on exercises and examples demonstrating how to write code for robots.


Why we train you on this:
Coding is a fundamental skill in robotics. This module focuses on providing participants with the knowledge and practical skills needed to write code for robots. It covers key programming concepts and offers hands-on experience to ensure participants can effectively contribute to robotic projects.

What’s covered:

  • Introduction to process mapping in robotics.
  • Techniques for designing and optimizing processes for robotic applications.
  • Hands-on exercises to create process maps for various robotic tasks.


Why we train you on this:
Mapping out processes is essential for efficient and effective robotic operations. This module equips participants with the skills to analyze, design, and optimize processes for robots, ensuring they can contribute to the development of streamlined and productive robotic systems.

What’s covered:

  • Overview of control systems in robotics.
  • Understanding how control systems make robots more intelligent.
  • Practical exercises in implementing and optimizing control systems for robotic applications.


Why we train you on this:
Control systems play a crucial role in enhancing the intelligence and performance of robots. This module focuses on the principles and applications of control systems in robotics, providing participants with the knowledge and skills to make robots more efficient and responsive.

What’s covered:

  • Exploration of emerging trends and technologies in robotics.
  • Discussion on the potential future developments and applications of robotic systems.
  • Considerations for staying updated and adapting to advancements in the field.


Why we train you on this:
Understanding the future landscape of robotics is vital for professionals in the field. This module delves into emerging trends and technologies, preparing participants to anticipate and adapt to the evolving nature of robotics. It fosters a forward-thinking mindset and encourages continuous learning in the dynamic field of robotics.

💻 Class 2: Coding Mastery

✅ Leave this training feeling confident about writing code for hardware devices.

What’s covered:

  • Explore the pervasive influence of technology in our daily lives.
  • Understand the significance of staying informed about technological advancements.


Why we train you on this: Understanding the societal impact of technology is crucial for an engineer. This module helps engineers stay aware of the broader implications of their work, fostering a sense of responsibility and an ability to design solutions that align with societal needs.

What’s covered:

  • Develop skills in interpreting and understanding technical diagrams.
  • Gain confidence in deciphering complex engineering schematics.


Why we train you on this:
Engineers often need to interpret and create technical diagrams. This module enhances the ability to understand and create schematics, a skill critical for communication within a team and for implementing designs effectively.

What’s covered:

  • Master the step-by-step process of wiring electronic prototypes.
  • Acquire hands-on experience in building basic electronic circuits.


Why we train you on this:
Building prototypes is a fundamental skill in engineering. This module provides hands-on experience in wiring electronic prototypes, preparing individuals to bring concepts to life and iterate on designs efficiently.

What’s covered:

  • Understand the integration of programming and circuit building.
  • Learn how to create programmable electronic circuits for various applications.


Why we train you on this:
In an increasingly connected world, combining programming with circuit building is a valuable skill. This module equips engineers to create smart and programmable devices, which is highly relevant in fields like IoT (Internet of Things) and embedded systems.

What’s covered:

  • Emphasize the importance of purpose-driven design in technology.
  • Learn to identify and address real-world problems through device creation.


Why we train you on this:
Engineers are problem solvers. This module instills a mindset that emphasizes creating devices with a purpose, aligning with the practical, problem-solving nature of engineering work.

What’s covered:

  • Introduce beginners to programming hardware devices.
  • Provide a straightforward approach to starting programming in an electronics context.


Why we train you on this:
This module provides an accessible entry point into programming hardware, a skill increasingly in demand in fields like robotics, automation, and control systems, enhancing an engineer’s versatility.

What’s covered:

  • Focus on essential coding concepts for efficient programming.
  • Prioritize key coding skills that have broad applicability.


Why we train you on this:
Time efficiency is crucial in engineering. Focusing on the most impactful coding concepts allows engineers to write efficient and effective programs, a valuable skill in any engineering role.

What’s covered:

  • Explore the functionality of sensors in collecting data.
  • Understand the significance of data collection in technology applications.


Why we train you on this:
Data is a cornerstone of modern engineering. Learning to use sensors for data collection is valuable in fields such as data analysis, automation, and control systems, providing a foundation for data-driven decision-making.

What’s covered:

  • Learn methods for effective decision-making using sensor data.
  • Understand the role of data analysis in informed decision processes.


Why we train you on this:
Making informed decisions based on data is a critical skill. This module focuses on translating sensor data into actionable insights, which is valuable in roles involving system optimization, quality control, and process improvement.

What’s covered:

  • Apply knowledge from previous modules to create a practical circuit.
  • Develop a “Healthy Plant Monitor” as a hands-on capstone project.


Why we train you on this:
Capstone projects showcase practical application of skills. Developing a “Healthy Plant Monitor” demonstrates the ability to design and implement a complete solution, a compelling asset for job applications and internships in various engineering domains.

What’s covered:

  • Crafting an effective project portfolio showcasing your engineering projects.
  • Building a technical resume that highlights relevant skills and experiences.
  • Creating a compelling demo presentation to showcase your technical abilities.


Why we train you on this:
In the competitive field of engineering, a strong online presence and well-crafted application materials are essential. This bonus module focuses on teaching you how to effectively present your engineering projects through a project portfolio, how to highlight your skills and experiences in a technical resume, and how to deliver a compelling demo that showcases your technical abilities. These skills are crucial for standing out in job applications, internships, and when presenting your work to potential employers or clients. This module enhances your ability to market yourself as a skilled and well-rounded engineering professional, increasing your chances of success in your career or internship pursuits.

🤖 Class 3: Robotics Mastery

✅ Leave this training with a strong ability to create robots from scratch.

What’s covered:

  • Introduction to the essential tools and equipment required for building robots.
  • Overview of the preparation needed before diving into the robotics course.


Why we train you on this:
Having the right tools is foundational to success in building and programming mobile robots. This module ensures participants are well-prepared with the necessary resources, setting the stage for effective learning and hands-on application throughout the course.

What’s covered:

  • Overview of the basic principles and methodologies in building robots.
  • Understanding the various components and their roles in robot construction.


Why we train you on this:
Knowing how to approach the construction of robots is essential. This module provides participants with a comprehensive understanding of the building process, laying the groundwork for successful robot assembly.

What’s covered:

  • Step-by-step guide on assembling a robot.
  • Hands-on experience in putting together the physical components of a robot.


Why we train you on this:
Hands-on experience is crucial in robotics. This module provides a practical guide to assembling a robot, allowing participants to apply theoretical knowledge and develop essential skills.

What’s covered:

  • Overview of the software tools and programming languages used in robotics.
  • Understanding the role of software in controlling and programming robots.


Why we train you on this:
Software is the brain of a robot. This module ensures participants are familiar with the software tools and languages essential for programming and controlling robots, a critical aspect of modern robotics.

What’s covered:

  • Exploration of autonomous movement in robots.
  • Understanding the principles and mechanisms behind self-directed robot motion.


Why we train you on this:
Autonomous movement is a key feature in many robotic applications. This module delves into the principles of autonomous motion, providing participants with the knowledge to design robots that can move independently.

What’s covered:

  • Translating desired robot movements into programming code.
  • Hands-on exercises in coding for specific robot movements.


Why we train you on this:
The ability to translate desired movements into code is fundamental in robotics programming. This module equips participants with the skills to program robots to execute specific movements, enhancing their coding proficiency.

What’s covered:

  • Understanding the role of sensors in robotics.
  • Practical guidance on integrating and utilizing sensors effectively.


Why we train you on this:
Sensors are critical for a robot’s interaction with its environment. This module ensures participants grasp the significance of sensors and acquire the skills to implement them correctly in robotic systems.

What’s covered:

  • Introduction to conditional logic in the context of robotics.
  • Applying conditional statements to enhance the decision-making capabilities of robots.


Why we train you on this:
Conditional logic is pivotal for robots to make decisions based on input and context. This module introduces participants to the concept and guides them in implementing conditional logic in robotics programming.

What’s covered:

  • Exploring advanced features and functionalities in robotics.
  • Hands-on exercises in incorporating exciting features into a robot.


Why we train you on this:
Adding innovative features sets robots apart. This module encourages participants to explore advanced functionalities, fostering creativity and enhancing their ability to design robots with unique and valuable capabilities.

What’s covered:

  • Finalizing and optimizing robot designs.
  • Strategies for continuous learning and staying updated in the field.


Why we train you on this:
Attention to detail and a commitment to ongoing learning are crucial in robotics. This module provides guidance on putting the finishing touches on robot projects and encourages a mindset of continuous improvement in the rapidly evolving field of robotics.

What’s covered:

  • Application of knowledge from previous modules in a comprehensive capstone project.
  • Hands-on experience in developing a functional “Robot Space Rover.”


Why we train you on this:
Capstone projects provide an opportunity to showcase integrated skills. This module guides participants in applying knowledge gained throughout the course to develop a Robot Space Rover, consolidating their learning and preparing them for real-world robotics challenges.

What’s covered:

  • Crafting an effective project portfolio showcasing your engineering projects.
  • Building a technical resume that highlights relevant skills and experiences.
  • Creating a compelling demo presentation to showcase your technical abilities.


Why we train you on this:
In the competitive field of engineering, a strong online presence and well-crafted application materials are essential. This bonus module focuses on teaching you how to effectively present your engineering projects through a project portfolio, how to highlight your skills and experiences in a technical resume, and how to deliver a compelling demo that showcases your technical abilities. These skills are crucial for standing out in job applications, internships, and when presenting your work to potential employers or clients. This module enhances your ability to market yourself as a skilled and well-rounded engineering professional, increasing your chances of success in your career or internship pursuits.

🧊 Class 4: 3D Modeling Mastery

✅ Learn how to draw your ideas in Fusion 360 (CAD) Modeling software and then 3D print them.

What’s covered:

  • Introduction to 3D modeling basics and software setup.
  • A video lesson providing a hands-on guide to getting started with 3D modeling.


Why we train you on this:
Setting up and understanding the basics of 3D modeling software is crucial. This module ensures participants have the foundational knowledge and tools needed to dive into the world of industrial robot arm design using CAD software.

What’s covered:

  • Guidance on utilizing the CAD program to enhance modeling skills.
  • Strategies for effective practice and skill improvement in 3D modeling.


Why we train you on this:
Efficient use of CAD software is essential for effective industrial design. This module focuses on leveraging the program to improve modeling skills, ensuring participants can maximize the capabilities of the software.

What’s covered:

  • Step-by-step instructions on drawing the initial components of a robot arm.
  • Hands-on exercises in creating the first part of an industrial robot arm.


Why we train you on this:
Drawing the first robot part is a crucial step in the design process. This module provides practical guidance, allowing participants to gain confidence in creating individual components for a functional robot arm.

What’s covered:

  • Integrating off-the-shelf components into custom-designed parts.
  • Understanding the process of combining standard components with custom CAD designs.


Why we train you on this:
Industrial robot arms often involve a mix of custom and standard components. This module teaches participants how to seamlessly integrate off-the-shelf parts into their custom CAD designs, providing a practical approach to industrial design.

What’s covered:

  • Creating a variety of components necessary for a comprehensive robot arm design.
  • Practical exercises in designing multiple parts to form a cohesive assembly.


Why we train you on this:
A robot arm comprises multiple components. This module guides participants in designing diverse parts, fostering a comprehensive understanding of the intricacies involved in industrial robot arm design.

What’s covered:

  • Assembling individual components into a cohesive robot arm.
  • Understanding the importance of proper assembly in industrial design.


Why we train you on this:
The assembly process is critical in ensuring a functional robot arm. This module provides hands-on experience in connecting components, emphasizing the importance of precision and accuracy in industrial design.

What’s covered:

  • Introduction to 3D printing and preparing digital models for the printing process.
  • Understanding the considerations and steps in the 3D printing workflow.


Why we train you on this:
3D printing is a key aspect of modern industrial design. This module equips participants with the knowledge and skills to prepare their digital models for 3D printing, enabling them to bring their designs into the physical realm.

What’s covered:

  • Applying knowledge from previous modules to design a complete industrial robot arm.
  • Hands-on experience in creating a functional and comprehensive capstone project.


Why we train you on this:
Capstone projects provide an opportunity to showcase integrated skills. This module guides participants in applying knowledge gained throughout the course to design an industrial robot arm, allowing them to demonstrate their proficiency in CAD design for industrial applications.

What’s included:

  • Supplementary resources such as example CAD files.
  • Digital guides, software access information, and additional materials to support learning.


Why we include this:
The bonus content enhances the learning experience by providing additional resources and tools. Example CAD files, digital guides, and software access information supplement the main modules, offering extra support and facilitating a deeper understanding of industrial robot arm design using CAD software and 3D printing.

🦾 Class 5: PLC Programming Mastery

✅ Understand how industrial programs are written using Ladder Logic and PLCs by designing solutions in simulation.

What’s covered:

  • Introduction to PLC programming using Ladder Logic Simulation.
  • Step-by-step guidance on creating a basic PLC program.


Why we train you on this:
Creating a foundational PLC program is essential. This module introduces participants to the basics of PLC programming, providing hands-on experience with Ladder Logic Simulation to build their first program.

What’s covered:

  • Application-based programming for a conveyor carwash using PLCs.
  • Understanding the specific challenges and requirements of programming for this industrial application.


Why we train you on this:
Real-world applications are crucial for mastering PLC programming. This module focuses on programming a conveyor carwash, allowing participants to apply their skills to a practical scenario commonly encountered in industrial settings.

What’s covered:

  • Techniques for debugging and troubleshooting a PLC program.
  • Addressing common issues and challenges related to the automation of a warehouse door.


Why we train you on this:
Debugging and troubleshooting are integral parts of industrial programming. This module equips participants with essential skills in identifying and resolving issues, ensuring the reliability and efficiency of PLC-controlled systems.

What’s covered:

  • Series of hands-on labs focusing on solving ladder logic and automation projects.
  • Applying engineering principles to address challenges in PLC programming.


Why we train you on this:
Hands-on labs simulate real-world scenarios, providing participants with practical experience in solving complex problems. This series of labs enables them to develop the problem-solving skills necessary for industrial programming.

What’s included:

  • Supplementary resources such as example Tag files.
  • Access to simulator software for additional practice and exploration.


Why we include this:
The bonus content enhances the learning experience by providing additional resources and tools. Example Tag files and simulator software access supplement the main modules, offering extra support and opportunities for hands-on practice with PLC programming.

🔥 Class 6: Laser Cutter Mastery - NEW!

✅ Learn the best practices to properly design and manufacture 2D files using a Laser Cutter.

Coming Spring 2024

Plus, receive updates and new trainings that launch while your enrollment is active!

Your Future in Robotics

With the rise of robots across industries, comes the need for qualified robotics professionals.

What impact can you leave in these innovative industries?

Automotive

Interested in self-driving cars? Gearhead? Get into the auto industry with automation.

Healthcare

Advancements in the medical field include Surgical Robots, Prosthetics, and Exoskeletons.

Energy

Wind, Battery, Solar are all areas where concepts in applied robotics come in handy.

Aerospace

Mars Rovers, Space Exploration, Aircrafts, and Drones are all related to the field of robotics.

What Graduates Are Saying

Defense Internship

Marco Roberts

"The project in the first course helped me get an engineering internship at a defense company. It really helped me a lot."

Challenging, Yet Fun

Eli Zuchary

"I was a total beginner and lacked confidence with coding. It was challenging but in a fun way."

I won an award because of this

Ivan Martin

"I took what I learned from this course and created a science fair project that won me an award. Placed top 5 in the state."

7 Offers for Internships

Ryan Brand

"There are courses you just watch and they're kind of boring. But then there's this where you build a bunch of projects and get actual internships in engineering. Totally recommend this training if you want to work as an engineer."

Fast-Track Was Great

Miles Rogers

"I chose the fast track because I was tired of my current job and knew I wanted to work in tech. Finished in 4 months, ahead of schedule and received an offer as a junior engineer at an auto company. I think it was well worth the money I spent."

I would pay double for this

Ivan Martin

"From the comprehensive modules to the projects I've built. Now I have a stacked resume and am building a project portfolio. Hands-down better than what you can find on YouTube."

History to Engineering

Julia Hocker

"I was super encouraged taking this course seeing all of the projects that I am able to create. Now I want to pursue my engineering degree and attend Georgia Tech."

Prestigious STEM School

Tracy Wright

"Because of this program, my son scored a 5 on his AP computer science exam as a freshman and was selected for a prestigious STEM school. If your kid wants to be in engineering, this is the program that will help them succeed."

Defense Engineering Internship

Cory White

"This summer I got a defense internship from one of the projects that I build in this course. You don't just learn about code, but you also learn how all of the parts connect together which is useful when interviewing for jobs."

Right on the money with this!

Chris F.

"Liz is on the money on this one. I'll give her that. It's really good."

A great start in robotics!

Enrique B.

"This is good start in the robotics journey that lets you craving for more. I think feedback is always the best teacher."

Having a mentor, rocks!

Frederick R.

"I joined Learn Robotics because I wanted to have someone to help me while I work on robotics projects. Liz's content is great. Being able to ask her questions directly is a game-changer"

Beginner Robotics Certification

These plans are for Beginners interested in building a strong foundation in robotics. 

Choose your plan and register online.

🟦 Priority: Live Certification

$10,000

$7490

Save 25% - Limited time offer

12 month: Robotics Certification + Job Support

🟨 Basic: Self-Study Certification

$5,000

$3690

Offer Valid thru Feb 29th

12 month: Robotics Certification Only

100% Success Guarantee

We've helped thousands of learners launch their careers in high-tech fields, and we're confident we can help you too.

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