
I used to avoid FEA tasks at work because I wasn’t confident. This training made it click for me. I even used the truck chassis project as part of my application for a new job—and it helped land an interview
Loved it!! The representation of the real-world scenarios as external loads was easy to understand. After a thorough search on the internet, I found that this is one of the best and easiest courses to understand!!!
This course mixes a lot of FEA concepts with really helpful examples. Each example is explained super well step by step makes this course much more wonderful. Thanks!!
Companies today don’t just hire engineers or designers, they want problem-solvers who can simulate, validate, and make confident decisions before anything is built.
Most engineers struggle to master FEA because
the traditional way doesn't work




The problem isn’t you — it’s the way FEA is taught
The traditional approach is slow, confusing, and outdated...
It kills motivation and keeps talented engineers from moving forward


OPTIMIZE YOUR GEOMETRY for efficient, accurate FEA models
Build and customize your own MATERIALS LIBRARY
Apply realistic BOUNDARY CONDITIONS with proper loads and constraints
MESH ACCURATELY and EFFICIENTLY to ensure reliable results
RUN analyses correctly and AVOID SETUP MISTAKES
VALIDATE YOUR RESULTS to guarantee accurate engineering decisions
You'll work with SOLID, SHELL and BEAM elements, learning when and why to use each one.

Master SOLID ELEMENTS
Solid elements capture complex stress distributions and deformations by 3D geometries, especially at joints and curved surfaces.
Detailed Stress Analysis will show us where the chassis might break or deform by accurately analyzing stresses.
Using Realistic Loads to analyse how the chassis handles real-world forces like bumps, turns, and acceleration.

Master SHELL ELEMENTS
Perform Efficient Analysis of Thin Structures
Reduce computational time drastically
While maintaining precision in your simulations
Gain a competitive edge
Efficiently analyze lightweight structures for industries like aerospace and automotive

Master BEAM ELEMENTS
Simplify your simulations for of Tubular Structures
Prepare Extremely Fast and Efficient Simulations
Easy Modifications and Optimization
Trusted by over 2,000 engineers worldwide
See what your colleagues are saying
This course exceeded my expectations in every way. The instructor does an excellent job explaining the concepts, introduces both surface and linear elements in addition to 3D type elements using interesting projects. Top recommendation!
It has been an amazing content. I started my Post Graduate in Finite Element Analysis about 3 months ago and the content of this couse has complemented the teorical classes that i've taken. I really congrat you about the way you explain and show the best way to take the decisions in the software that represents the physical problem itself. Congrats my friend. I already achieved the next course.
A key benefit of this program is that it offers a practical, hands-on approach to mastering FEA in a short amount of time. Unlike traditional, theory-heavy courses, it focuses on real-world applications, teaching students how to use FEA in real engineering projects. This gives us the skills we need to immediately apply FEA in our jobs, increasing our professional value and problem-solving capabilities. Thank you so much for this content!
This is just an amazing material, I would highly recommend for someone who want to enter the world of FEA. Nice explanation by the author makes this course more wonderful. Thanks Sir
This content surpassed my expectations. It's exceptionally well-explained, both in theory and in its application through SolidWorks FEA
Excellent course — very illustrative and well-structured. It helped me finally understand how FEA works in real-world applications.
I’ve taken several of Carlos’s courses and they never disappoint. His lectures are always on point, easy to follow, and packed with hands-on examples using real models. I especially appreciate the practical approach to FEA — it helped me truly understand how to apply the concepts in real-world scenarios. Highly recommended if you're serious about mastering FEA.
Carlos's lectures are always on point. I really like how he breaks things down into simple, easy-to-follow steps — it makes complex FEA concepts so much easier to understand. Highly recommend this course to anyone looking to truly grasp simulation with confidence.
Excellent instructor — explanations are clear, detailed, and easy to understand. A 10 out of 10 course for anyone who wants to really learn how FEA works





▸ WELCOME
▸ ABOUT THE COURSE
▸ INTRO TO FEM (Finite Element Method)
▸ CAE SOFTWARE IN THE MARKET
▸ SOLIDWORKS SIMULATION. Inside the CAE Software

▸ Preparing the Geometry. PRE-PROCESS
▸ Preparing the Geometry. SPLIT LINE
▸ Preparing the Geometry. REFERENCE GEOMETRY. Coordinate Systems Definition
▸ MATERIALS Definition. Create your Own Library

▸ Boundary Conditions. DEFINITION
▸ Boundary Conditions. CONSTRAINTS
▸ Boundary Conditions. LOAD CASES in Vehicle Enviroment
▸ Boundary Conditions. LOAD CASES in FEA
▸ Meshing. STANDARD
▸ Meshing. CURVATURE
▸ Meshing. CONTROLS

▸ SOLVER. How to choose it?
▸ SOLVER. Define and Run the Simulation
▸ Results Review: Post-Process. PART I
▸ Results Review: Post-Process. PART II
▸ Results Review: Post-Process. PART III
▸ Duplicate and Compare different Simulations
▸ The Power of the Load Case Manager

▸ SHELL ELEMENTS: Theory
▸ SHELL ELEMENTS: Pre-Process. Surfaces Preparation
▸ SHELL ELEMENTS: Definition in Simulation
▸ SHELL ELEMENTS: Simulation Set-UpPublished
▸ SHELL ELEMENTS: Meshing
▸ SHELL ELEMENTS: Results Review. Post-Process

▸ BEAM ELEMENTS: Theory
▸ BEAM ELEMENTS: Geometry Description
▸ BEAM ELEMENTS: Definition in Simulation
▸ BEAM ELEMENTS: Joints
▸ BEAM ELEMENTS: Constraints
▸ BEAM ELEMENTS: External Loads
▸ BEAM ELEMENTS: Meshing
▸ BEAM ELEMENTS: Results Review. Post-Process. Part I
▸ BEAM ELEMENTS: Results Review. Post-Process. Part II

▸ BIKE CHASSIS. Project Presentation
▸ BIKE CHASSIS. Geometry Preparation. Part I
▸ BIKE CHASSIS. Geometry Preparation. Part II
▸ BIKE CHASSIS. Element Definition & Materials
▸ BIKE CHASSIS. Constraints and Contacts Intro
▸ BIKE CHASSIS. External Loads. Part IBIKE CHASSIS. External Loads. Part II
▸ BIKE CHASSIS. Meshing
▸ BIKE CHASSIS. Results Review. Post-Process
▸ BIKE CHASSIS. Complete Frequency Analysis

▸ TRUCK CHASSIS. Project Presentation
▸ TRUCK CHASSIS. Geometry Preparation. Part I
▸ TRUCK CHASSIS. Geometry Preparation. Part II
▸ TRUCK CHASSIS. Shell Elements Definition & Materials
▸ TRUCK CHASSIS. Constraints and Contacts Revision
▸ TRUCK CHASSIS. External Loads for Chassis Validation
▸ TRUCK CHASSIS. Meshing & Solver
▸ TRUCK CHASSIS. Results Review. Post-Process

▸ BUGGY CHASSIS. Project Presentation
▸ BUGGY CHASSIS. Geometry Preparation
▸ BUGGY CHASSIS. Beam Elements Definition & Materials
▸ BUGGY CHASSIS. Joints Validation
▸ BUGGY CHASSIS. Constraints and Loads for Max Bump Event
▸ BUGGY CHASSIS. Beam Elements Meshing
▸ BUGGY CHASSIS. Max Bump Results Review. Post-Process
▸ BUGGY CHASSIS. RollOver Event Simulation

▸ CONCLUSIONS
▸ YOUR ROADMAP DETAILS
▸ YOUR TITLE


Want to prove your FEA skills and stand out with an official industry certification?
This bonus gives you the exact roadmap to pass the CSWA-Simulation exam, one of the most recognized credentials in the engineering world.
You’ll:
Understand how the certification is structured
Practice with exercises aligned to the real exam
Master key concepts (and learn how to avoid common traps)
Build the confidence to pass on your first try

You’re not learning alone.
Get direct support and feedback inside the Academy forum, 24/7 access to expert answers, project guidance, and peer interaction.
Every question solved. Every doubt cleared. You’ll always know exactly what to do next.

This isn’t just another certificate, it’s a proof of your real-world FEA skills — earned by completing genuine engineering projects.
Perfect to showcase on LinkedIn, your résumé, or in job interviews, this certificate highlights your ability to not just study… but execute. Let companies see the difference between an engineer who learns theory and one who delivers results.
You want to confidently perform real-world FEA simulations and trust your results are accurate and reliable
You’re tired of scattered tutorials and want a clear, step-by-step path that actually gets results
You want to learn by doing — through real engineering projects, not endless theory
You want to save months of trial and error and apply FEA directly in your daily work
You’re a mechanical engineer, student, or professional who wants to level up, land better jobs, or move forward in your career
You prefer to figure things out alone without structure or guidance
You expect to master FEA without practice or commitment
You’re not willing to dedicate time to practice and apply what you learn
You just want theory, not real, industry-based experience

Absolutely, Over 2,300 engineers have already completed this training and used it to advance their careers, land new roles, or improve their current projects.
Nope! This course is beginner-friendly but also valuable for those looking to sharpen their skills.
It's designed to guide you from the basics all the way.
As I like to say, here we don't talk about how to manage a specific software. We talk about how to master FEA.
For that reason, to follow up the complete process of this program we are using one of the most software used in the industry: SolidWorks Simulation
Therefore, you need to have or obtain a SolidWorks licence to complete this program.
Version should be SolidWorks 2022 or newer version.
AND Remember, you will be able to apply all this knowledge to any FEA software in the market. I can assure you that 👌
Once you enroll in the Program, you gain immediate access to all the course materials.
The best part? You'll have lifetime access, meaning you can revisit the lessons and resources anytime, at your own pace.
Whether you want to refresh your knowledge or dive into specific topics again, the course will always be there for you.
You can start right away after completing your purchase, and there's no expiration date—the content is yours to keep it forever!
This program is prepared for Engineers, technicians and 3D designers who want to start their way in the FEA field.
While having a basic understanding of SolidWorks CAD is recommended, no prior knowledge of FEA is required.
The course will guide you from the beginning to prepare FEA Simulations with Confidence.
Engineers familiar with SolidWorks CAD, looking to expand into FEA.
Beginners with no FEA experience who want to master real-world FEA applications.
Experienced Engineers eager to refine their skills and become proficient in applying FEA Simulations to Real Projects.
This course is perfect for anyone ready to dive deep into FEA, regardless of prior experience!
While it's true that YouTube offers a lot of content on FEA, there's a major incovenience. The information is not organized and you can get crazy.
It would take you months, if not years, to sift through basic tutorials and piecemeal concepts to get a clear understanding of how FEA actually works in real-world applications.
Most YouTube videos cover basic theories or isolated topics, but don't provide a cohesive path to mastering practical FEA skills like you’ll need for your job.
This Course delivers a Step-by-Step methodology taking you from a beginner to run Simulations with confidence in record time.
Saving you countless hours of searching and ensures you're getting accurate and actionable knowledge—without the frustration of piecing it together on your own.
This training program gives you a solid foundation by focusing on the most critical and widely used FEA method analysis.
By mastering this first, you’ll develop the skills to handle real-world projects, which can then be applied to more advanced areas.
By this program, you’ll have a comprehensive understanding of FEA, which is essential for future specializations.
This structured, step-by-step approach will save you time and frustration compared to the fragmented content found elsewhere.

