Automation & Robotics Engineering Specialization

Program and integrate the machines that build everything else. Code, controls, PLCs and mechatronics where mechanical meets software on the automated line.

Enroll Now

All Specializations & Courses Included in GaugeHow Plans

What’s Included

⏱️ 6-Month Self-Paced Learning — 2–3 Hours/Week
📚 Downloadable PDF E-Books
🏆 Certificate of Completion
📝 Quizzes & Knowledge Checks
📥 Resources & Notes

For Career Roles:

Automation Engineer
Robotics Engineer
Mechatronics Engineer
Controls Engineer
PLC Programmer

Tools you Master:

Python
C / C++
MATLAB
PLC
Mechatronics
Industrial automation

What to expect from this course

Write control code, program a PLC, model a mechatronic system, and integrate sensors and robots into an automated production cell.

Courses Included in This Specialization

Python for Mechanical & Robotics Engineers

Learn Python Programming, NumPy, Pandas, and Matplotlib with Mechanical Engineering–Focused Examples.

This course teaches Python programming from scratch with a direct focus on mechanical engineering applications. You start by learning the basics like Python setup, writing your first program, variables, operators, input/output, and working in the interactive shell.

You will use NumPy for numerical computations, array operations, trigonometric functions, matrices, and other tasks used in mechanical design and analysis. Pandas is introduced for data handling like Series, DataFrames, indexing, slicing, Excel and CSV processing, pivot tables, and mechanical engineering-related analysis examples.

Throughout the course, ChatGPT is used as a learning assistant for debugging, code explanation, plotting help, and data-analysis support.

Featured

View Details

Industry 4.o image of robotics arm and laptop

Digital Transformation & Industry 4.0 Essentials

What You Will Learn

✓ Understand the Industry 4.0 revolution and how digital transformation is reshaping modern manufacturing

✓ Explore core technologies including IIoT, AI/ML, robotics, cloud computing, and cybersecurity in industrial contexts

✓ Learn Digital Twins, AR/VR, and additive manufacturing applications for smart factory automation

✓ Analyze real-world case studies from global companies implementing Industry 4.0 for productivity and innovation

✓ Gain practical insights into technology integration, implementation strategies, and future trends in smart manufacturing

Featured

View Details

MATLAB Programming Essentials

What You Will Learn

✓ Master MATLAB fundamentals including interface navigation, scripting, functions, matrices, and programming logic

✓ Perform data analysis, statistics, curve fitting, regression, and create advanced 2D/3D visualizations

✓ Build and simulate block-based models using Simulink for engineering and control system applications

✓ Leverage ChatGPT as a learning assistant for problem-solving, code generation, and concept clarification

✓ Complete real-world projects including differential equations, Fourier transforms, clustering algorithms, and custom calculators

Featured

View Details

PLC Programming & Automation Essentials

Learn PLC Hardware, Ladder Logic, Advanced Programming, Communication, Troubleshooting, and Real Industrial Case Studies.

This course introduces you to the fundamentals of Programmable Logic Controllers (PLCs) and industrial automation.

You start by understanding what a PLC is, how it works, and where it is used in modern manufacturing systems. You then explore PLC hardware, software tools, and the complete workflow of building and testing control programs.

View Details

C and C++ for Mechanical Engineering

This course teaches C and C++ programming for Mechanical Engineering applications. You will start from programming basics and gradually move toward advanced concepts like OOP, dynamic memory allocation, templates, STL, and numerical methods.

What You Will Learn

✓ Understand programming fundamentals, variables, operators, decision making, and loops

✓ Work with functions, arrays, pointers, strings, and structures

✓ Implement file handling and practical application in mechanical engineering

✓ Apply OOP concepts including inheritance, polymorphism, encapsulation, and abstraction

✓ Use dynamic memory allocation, templates, STL, error handling, debugging, and numerical methods for simulation and modelling

View Details

Learn the Essential Skills

Learn What Industry Wants

One bundle of Engineering Courses Covering CAD, Simulation, Manufacturing, Automation, Robotics, and Industry 4.0 so you learn what’s actually used at work.

Built By Practicing Engineers

You learn how things are done in real projects, not just definitions. Each topic is taught with practical steps so you can apply it on drawings, models, and shop-floor workflows.

Affordable Access to High-Value Courses

Everything sits in one place, so you avoid buying multiple courses and subscriptions separately. You pay once, and you keep building skills across domains.

Beginner-Friendly, Step By Step

Short video lessons plus guided notes, quick quizzes, and clear practice tasks, so you don’t get lost halfway and you always know what to learn next.

Projects That Build Real Skill

Every track includes hands-on learning projects so you practice like a working engineer, and you end up with outputs you can show in interviews and portfolios.

Learn the Essential Skills

Learn What Industry Wants

One bundle of Engineering Courses Covering CAD, Simulation, Manufacturing, Automation, Robotics, and Industry 4.0 so you learn what’s actually used at work.

Built By Practicing Engineers

You learn how things are done in real projects, not just definitions. Each topic is taught with practical steps so you can apply it on drawings, models, and shop-floor workflows.

Affordable Access to High-Value Courses

Everything sits in one place, so you avoid buying multiple courses and subscriptions separately. You pay once, and you keep building skills across domains.

Beginner-Friendly, Step By Step

Short video lessons plus guided notes, quick quizzes, and clear practice tasks, so you don’t get lost halfway and you always know what to learn next.

Projects That Build Real Skill

Every track includes hands-on learning projects so you practice like a working engineer, and you end up with outputs you can show in interviews and portfolios.

Learn the Essential Skills

Learn What Industry Wants

One bundle of Engineering Courses Covering CAD, Simulation, Manufacturing, Automation, Robotics, and Industry 4.0 so you learn what’s actually used at work.

Built By Practicing Engineers

You learn how things are done in real projects, not just definitions. Each topic is taught with practical steps so you can apply it on drawings, models, and shop-floor workflows.

Affordable Access to High-Value Courses

Everything sits in one place, so you avoid buying multiple courses and subscriptions separately. You pay once, and you keep building skills across domains.

Beginner-Friendly, Step By Step

Short video lessons plus guided notes, quick quizzes, and clear practice tasks, so you don’t get lost halfway and you always know what to learn next.

Projects That Build Real Skill

Every track includes hands-on learning projects so you practice like a working engineer, and you end up with outputs you can show in interviews and portfolios.

Trusted by 29500+ learners

Learn the Essential Skills

Engineers at every level use GaugeHow to bridge theory and practice, build confidence, and master the skills companies actually need.

Drawings finally started making sense. The way design intent and constraints were explained helped me stop rebuilding models again and again. I rebuilt one assembly properly, and it actually held up when I changed dimensions.

Darren Gregory

Earlier, I used to run simulations and hope the colors looked right. Now I check boundary conditions, mesh, and reactions before trusting anything. That one habit changed how I talk in CAE interviews.

Emerson Z

CFD was confusing because every tutorial skipped the ‘why.’ Here the setup logic is simple: what goes in, what comes out, and what to verify. My pressure drop results stopped jumping around.

Rakesh Kumar

GD&T stopped being symbols and became a decision tool. Datum selection and functional tolerancing were explained in a practical way. I corrected a drawing, and my inspection plan became cleaner.

Daria Kovalevskaya

Industry 4.0 finally felt real, not buzzwords. The link between data, machines, and decisions was explained clearly. Now I can describe digital manufacturing in interviews without sounding vague.

Sebastião Viana Diniz

Manufacturing topics were explained with shop-floor logic, not textbook paragraphs. The content helped me understand why processes fail and what controls actually prevent defects. That’s the clarity I was missing.

Brian Rohr

Common FAQs

Frequently Asked Questions!

Still Have Questions?

Start Learning Now

What exactly is GaugeHow?

Who are these courses for?

Are the classes live or recorded?

What happens if I don't understand something?

Is special software required?

Will I get a certificate when I finish?

What is the Refund policy?

What is the validity of my purchased course?

Are there any other requirements for joining courses?

Common FAQs

Frequently Asked Questions!

Still Have Questions?

Start Learning Now

What exactly is GaugeHow?

Who are these courses for?

Are the classes live or recorded?

What happens if I don't understand something?

Is special software required?

Will I get a certificate when I finish?

What is the Refund policy?

What is the validity of my purchased course?

Are there any other requirements for joining courses?

Common FAQs

Frequently Asked Questions!

Still Have Questions?

Start Learning Now

What exactly is GaugeHow?

Who are these courses for?

Are the classes live or recorded?

What happens if I don't understand something?

Is special software required?

Will I get a certificate when I finish?

What is the Refund policy?

What is the validity of my purchased course?

Are there any other requirements for joining courses?