Built by Engineers for Engineers
Let's Face the Truth...
Trying to Learn FEA the Traditional Way Feels Impossible…
You waste hours on random YouTube videos with no clear path or feedback and be sure what you're doing
You get slides, definitions, and endless menus—but never learn HOW to run Real Simulations
You don’t need another Master’s degree to land high-paying projects.
You need Real-World SKILLS
The traditional way of learning FEA is BROKEN…
Meanwhile, there’s a QUIET REVOLUTION happening…
OPTIMIZE your GEOMETRY for FEA
Customize your own MATERIALS LIBRARY
Apply BOUNDARY CONDITIONS Effectively
RESTRICTIONS & LOADS to represent he Physical Problem you are calculating
MESHING Accurately & Efficiently to ensure the correct performance of your Models
RUN Avoiding Mistakes in your Analyses
GUARANTEE your Results with a Correct EVALUATION
Including SOLID, SHELL & BEAM Elements
🔑 The KEY that Sets This Program Apart?
You won’t just learn FEA.
I will guide you to apply it to Real-World Projects from day one.
That’s how you build Real Confidence, avoid Costly Mistakes, and start Solving Problems properly. 👌⚙️🚀
Core FEA principles that apply to top tools: ANSYS, Abaqus, SolidWorks, etc
Even if you use a different one, you’ll be able to implement them tomorrow!
▸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 ROAD MAP DETAILS
▸YOUR TITLE
I can assure you that with The Knowledge you Gain here, No Exam will stand in your way
You'll run simulations like the engineers who lead innovation.
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 to
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 to
Simplify your simulations for of Tubular Structures
Prepare Extremely Fast and Efficient Simulations
Easy Modifications and Optimization
Invest in yourself—FEA expertise pays off for life!
This hands-on experience will Enhance your knowledge Exponentially.
Based on my years of experience, I can assure you that tackling Real Problems is the Fastest way to Grow.
With all this, you get the most out of this training and can soon join the FEA professionals who validate the designs we will see tomorrow. Much better and much more efficient.
👉 # BONUS 1: Personalized Project Feedback:
My 24/7 on-going support through the academy forum to ensure that no questions hold you back. [Value: Priceless!]
👉 # BONUS 2: Certificate of Completion:
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 👌🤓
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.
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.
Invest in yourself—FEA expertise pays off for life!
My mission is to help customers validate, optimize, and improve their designs using advanced FEA techniques.
Through specialized training courses, I aim to equip individuals with the practical skills and knowledge needed to tackle real-world engineering challenges confidently.
Whether you’re a seasoned professional or just starting your journey in FEA, my training is designed to provide valuable insights and hands-on experience that can accelerate your learning and career growth.
I’m a dedicated instructor committed to sharing my expertise and empowering others in the field of FEA.
My teaching philosophy revolves around practicality and relevance, ensuring that students not only understand the theoretical concepts but also learn how to apply them effectively in their projects.
Ready to take your engineering skills to the next level? Start your FEA journey today!
Let’s work together to enhance your designs and achieve your goals.
You want to get the ability to confidently perform advanced FEA simulations on Real-World Projects, knowing that their analysis is accurate, reliable, and saves significant time compared to manual or less efficient methods
Unlike other theoretical courses, this program offers hands-on, practical experience with SolidWorks Simulation, providing immediate application to real engineering challenges—saving months of trial and error.
This course is perfect for mechanical engineers and professionals looking to enhance their skills, land higher-paying jobs, or move up in their career by mastering FEA analysis, without spending years on traditional learning pathways.
Your aren't willing to take instructions and prefer to figure things out on your own with trial and error.
You are looking for easy and superficial knowledge
You are not willing to dedicate time to learning
Invest in yourself—FEA expertise pays off for life!
This site is not a part of the Facebook website or Facebook Inc. Additionally, This site is NOT endorsed by Facebook in any way. FACEBOOK is a trademark of FACEBOOK, Inc.