
Welcome! and congratulations to be here!
If you're exploring how to go deeper into FEA and truly stand out as an engineer, you're in the right place.
This Advanced FEA Pack was designed for engineers and designers who already know the FEA fundamentals — and are ready to take things to the next level.
But before we dive in, a quick note 👇
If you haven’t yet joined the
that’s where your journey should begin.
It’s our core program that helps you build a solid foundation and simulate your first real projects with confidence.
✅ Already completed it? Great! .. let’s build on those skills.
By now, you’ve seen how fast your understanding grows when you follow the right process.. and how practicing with real-world projects makes all the difference.
BUT here’s the truth 👇
FEA isn’t something you just learn once — it’s a skill you keep mastering
It’s a professional path where we must keep improving, stay at the highest level, and be ready to face any real-world challenge.
And that’s why… I don’t want you to stop here.
To truly make a difference, I want you to reach a much more advanced level of FEA — and secure your success in this incredible field.
Because once you start working on larger assembly FEA models, you’ll face questions like:
How will the components interact with each other?
How are those components connected?
Are they bolted or welded together?
Are there special connections like springs or bearings?
These are the challenges that separate regular engineers from FEA professionals.
That’s why I decided to bring you everything I’ve learned in more than 12 years of experience condensed into 4 advanced courses designed to take you to the next level.
Master advanced FEA skills to simulate any structure or assembly
Save thousands of hours by avoiding frustrating numerical problems like:
Convergence issues
Contact and interaction errors that can ruin your results
Apply everything through real engineering projects you can download and simulate step-by-step with my guidance
Achieve total control over your simulations, no model will be too complex, and no analysis will stand in your way
FEA CONTACT INTERACTIONS
Handle complex contact interactions for REAL Simulation SetUps

Value: $399
FEA BOLTED CONNECTIONS
Master BOLT analysis techniques for safer and realistic models

Value: $599
FEA WELDING CONNECTIONS
Simulate and analyze welded connections to increase the accuracy of your structural analysis

Value: $399
FEA ADVANCED CONNECTORS
Expand your skills by advanced connectors like pins, springs, bearing and link connectors

Value: $599
But before we dive in, a quick note 👇
If you haven’t yet joined the
that’s where your journey should begin.
It’s our core program that helps you build a solid foundation and simulate your first real projects with confidence.












WHAT'S INSIDE?
FEA CONTACT INTERACTIONS
▸ WELCOME
▸ ABOUT THE COURSE
▸ What is a Contact Interaction in FEA?
▸ Software Configuration Options
▸ Contact Interaction. Type BONDED
▸ Contact Interaction. Type CONTACT
▸ Contact Interaction. Type FREE
▸ Contact Interaction. Type SHRINK FIT
▸ Contact Interaction. Type VIRTUAL WALL
▸ Global Interaction
▸ Compatible vs Incompatible Mesh
▸ Gap Adjustment
▸ Components interaction
▸ Local Interaction. Select Other
▸ Interaction Hierarchy
▸ Contact Pairs Tips
▸ Interaction Calibration. Gap Adjustments
▸ Contact Offset
▸ Non Convergence Scenario
▸ Restrictions for Convergence
▸ Manual vs Automatic Interaction Definition
▸ SCISSOR PROJECT. Exploded Views for Interactions
▸ SCISSOR PROJECT. Interactions Definitions
▸ SCISSOR PROJECT. Results Post-Processing
▸ SCISSOR PROJECT. Contact Pressure Analysis
▸ CONCLUSIONS
▸ YOUR ROADMAP DETAILS
▸ YOUR TITLE
FEA BOLTED CONNECTIONS
▸ WELCOME
▸ ABOUT THE COURSE
▸ What is a connection?
▸ Type of connections in FEA
▸ Bolted Connection in FEA
▸ Bolted Connection: Preparing the connection
▸ Bolted Connection: COUNTERBORE WITH NUT. Part I
▸ Bolted Connection: COUNTERBORE WITH NUT. Part II
▸ Bolted Connection: COUNTERSINK WITH NUT
▸ Bolted Connection: COUNTERBORE SCREW
▸ Bolted Connection: COUNTERSINK SCREW
▸ Bolted Connection: FOUNDATION BOLT
▸ Bolts in Tesion
▸ Bolts in Shear
▸ Bolts Series. Multiple Parts Connected
▸ PRELOAD. Definition
▸ PRELOAD. Simulation
▸ PRELOAD. Results Postprocessing
▸ PRELOAD. By TORQUE
▸ PRESSURE VESSEL. Project Description
▸ PRESSURE VESSEL. Holes Series. Define Geometry
▸ PRESSURE VESSEL. Hole Series. Automatic Bolts
▸ PRESSURE VESSEL. Hole Series. Simulation Setup
▸ PRESSURE VESSEL. Hole Series. Results Post-Process
▸ PRESSURE VESSEL. Smart Fasteners. Define Geometry
▸ PRESSURE VESSEL. Smart Fasteners. Automatic Bolts
▸ PRESSURE VESSEL. Smart Fasteners. Simulation SetUp
▸ PRESSURE VESSEL. Smart Fasteners. Results Post-Process
▸ SOLAR PANEL. Project Description
▸ SOLAR PANEL. Preparing the Geometry
▸ SOLAR PANEL. Simulation SetUp
▸ SOLAR PANEL. Bolted Connections
▸ SOLAR PANEL. Simulation SetUp. Part II
▸ SOLAR PANEL. Simulation Results PostProcess
▸ CONCLUSIONS
▸ YOUR ROADMAP DETAILS
▸ YOUR TITLE
FEA WELDING CONNECTIONS
▸ WELCOME
▸ ABOUT THE COURSE
▸ What is Welding?
▸ Types of Welding. The Heat Affected Zone (HAZ)
▸ Welding in FEA. Methodologies
▸ Solid Elements Welds. No Weld Geometry
▸ Solid Elements Welds. Weld Geometry
▸ Shell Elements Welds. No Weld Geometry
▸ Shell Elements Welds. Fillet, Double-sided
▸ Shell Elements Welds. Fillet, Single-sided
▸ Shell Elements Welds. Groove, Double-sided
▸ Shell Elements Welds. Groove, Single-sided
▸ What is spot welding?
▸ Applications of spot welding.
▸ How to treat them in (FEA).
▸ How to evaluate them correctly
▸ FLAT BACK ELBOW. Project Description
▸ FLAT BACK ELBOW. Define Geometry. Surfaces
▸ FLAT BACK ELBOW. Define Geometry. Spot Welds Locations
▸ FLAT BACK ELBOW. Spot Welds FEA Simulation Set-up. PartI
▸ FLAT BACK ELBOW. Spot Welds FEA Simulation Set-up. PartII
▸ FLAT BACK ELBOW. Spot Welds Results Post-Process
▸ FRONT AXLE. Project Description
▸ FRONT AXLE. Define Geometry for Arc Welds
▸ FRONT AXLE. FEA Simulation Set-Up for Welding. PartI
▸ FRONT AXLE. FEA Simulation Set-Up for Welding. PartII
▸ FRONT AXLE. Welding Convergence Issues
▸ FRONT AXLE. Edge Weld Results Post-Process
▸ CAR B-PILLAR. Project Description
▸ CAR B-PILLAR. Define Geometry. Spot Welds Location
▸ CAR B-PILLAR. Define Geometry. Crash Barrier Definition
▸ CAR B-PILLAR. FEA Simulation Set-Up
▸ CAR B-PILLAR. Convergence Issues
▸ CAR B-PILLAR. Spot Weld Results Post-Process
▸ CONCLUSIONS
▸ YOUR ROADMAP DETAILS
▸ YOUR TITLE
FEA ADVANCED CONNECTORS
▸ WELCOME
▸ ABOUT THE COURSE
▸ SPRING Connector in FEA
▸ LINK Connector in FEA
▸ PIN Connector in FEA
▸ BEARING Connector in FEA
▸ SPRING Connector in FEA
▸ TENSION GAUGE PROJECT. Spring Connector in Tension
▸ TENSION GAUGE PROJECT. Spring Connector. K Distributed vs. Total
▸ TENSION GAUGE PROJECT. Spring Connector. Two Locations
▸ CULTIVATOR ARM PROJECT. Spring Connector in Compression. Interactions
▸ CULTIVATOR ARM PROJECT. Spring Connector in Compression. FEA Definition
▸ CULTIVATOR ARM PROJECT. Spring Connector in Compression. Results
▸ CULTIVATOR ARM PROJECT. Spring Connector in Compression. PRELOAD
▸ CULTIVATOR ARM PROJECT. Spring Connector in Compression. SHEAR STIFFNESS
▸ LINK Connector in FEA
▸ LINK SYSTEM PROJECT. Real Link. AUTOMATIC INTERACTIONS
▸ LINK SYSTEM PROJECT. Real Link. Simulation
▸ LINK SYSTEM PROJECT. Real Link. Results
▸ LINK SYSTEM PROJECT. LINK CONNECTOR
▸ CHASSIS LIFT PROJECT. LINKAGE ROD. Definition
▸ CHASSIS LIFT PROJECT. LINKAGE ROD. Simulation Results
▸ CHASSIS LIFT PROJECT. LINKAGE ROD. Chassis & Suspension Components
▸ CHASSIS LIFT PROJECT. LINKAGE ROD. Mass Adjustment
▸ CHASSIS LIFT PROJECT. LINKAGE ROD. Total Restrictions
▸ PIN Connector in FEA
▸ COUPLING SYSTEM PROJECT. Pin Interactions
▸ COUPLING SYSTEM PROJECT. Pin With Retaining Ring: No translation
▸ COUPLING SYSTEM PROJECT. Pin Results
▸ COUPLING SYSTEM PROJECT. Pin With key: No rotation
▸ BOOM STRUCTURE PROJECT. Pin Advanced Interactions
▸ BOOM STRUCTURE PROJECT. Pin Combination
▸ BOOM STRUCTURE PROJECT. Pin Results. Complete Project
▸ BEARING Connector in FEA
▸ CRANK SHAFT PROJECT. Bearing Configuration
▸ CRANK SHAFT PROJECT. Bearing Results
▸ CRANK SHAFT PROJECT. Bearing Self Alignment
▸ CRANK SHAFT PROJECT. Bearing Flexible Configuration
▸ CRANK SHAFT PROJECT. Bearing Stabilize Shaft Rotation
▸ CONCLUSIONS
▸ YOUR ROADMAP DETAILS
▸ YOUR TITLE
If within the first 30 days you’re not genuinely thrilled with your progress, simply send us an email and we’ll refund you, no questions, no stress.
We’re confident you’ll love the program, but we want you to feel 100% safe giving it a try.

