Composite Materials Course

Composite Materials

Become a Composite Engineer dominating materials, manufacturing technologies, and composite design by learning from former Koenigsegg and McLaren Engineers

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Brilliant Courses

Jacques Botha

Whether an absolute beginner or experienced composite specialist, you will definitely gain new knowledge and insight into the field!

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Excellent

Pablo Hernandez

This course is a MUST DO to anyone wanting to establish an excellent foundation on composites.

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Excellent!

Bogdan Alexandrescu

Exceeded my expectations, its a must!

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Really good to begin

Jorge Valcárcel Bizarro

It's a good course to obtain relevant information about composites having some prior knowledge already. I hope there will be a more advanced second part soon.

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Thanks for the Basics! - one worry less as Chassis Team Leader

Felix Brüggemann

With this courses I can bring my team colleagues to a level in the composites field, at which I can handover the team leadership with good conscience.

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Excellent course

ADRIAN BOTELLO

Thanks to this course, I was able to broaden my knowledge in the field of design, the materials used, and the manufacturing of composite materials, while also acquiring new skills for the development of parts and molds using these materials.

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Trainer

Eneko Angulo

COO @Managing Composites (Ex- Koenigsegg & McLaren)

Sergio de Juan

R&D Manager @Managing Composites (ex-Airbus)

Program Outline

1. About the Program
  FREE PREVIEW
2. The Trainer - Eneko Angulo
  FREE PREVIEW
3. Program Outline
  FREE PREVIEW
4. The Native Thinking
  FREE PREVIEW
5. Practical Information
6. Disclaimer
1. Introduction to Composite Materials
  FREE PREVIEW
2. Task - Formula E Vehicle Components
3. Solution - Formula E Vehicle Components
4. Task - Main Requirements
5. Solution - Main Requirements
6. Task - PROs and CONs Composites
7. Solution - PROs and CONs Composites
8. F1 Car Cut in Half
9. Material Properties
10. Task - Composites Structure
11. Composites Structure
12. Carbon Fibers
13. BMW's Carbon Fiber Manufacturing Process
14. New 2013 Ferrari - F70 - F1 Carbon-Fibre Chassis
15. Glass Fibers
16. Aramid Fibers
17. Other Fibers
18. Task - Carbon Fibers: Features and Mechanical Properties
19. Task - Glass Fibers: Features and Mechanical Properties
20. Task - Aramid Fibers: Features and Mechanical Properties
21. Task - Polymeric Fibers: Features and Mechanical Properties
22. Task - Natural Fibers: Features and Mechanical Properties
23. Task - Fibers Comparison: Stress/Strain Chart
24. Solution - Fibers Comparison: Stress/Strain Chart
25. Task - Fibers Comparison: Price Chart
26. Solution - Fibers Comparison: Price Chart
27. Choosing Composite Reinforcements for Impact Strength
28. Matrices - Polyester & Vinyl Ester
29. Matrices - Epoxy & Cyanate Ester
30. Matrices - Other
31. Matrices Comparison
32. Fabric - Usage & Types
33. Fabric - Drapability
34. Fabric - Bonnet Task: Explanation
35. Fabric - Bonnet Task
36. Fabric - Bonnet Task: Solution
37. Fabric - Layup
38. Solution - Layup Designation
39. Solution - Layup Designation: Battery Pack Floor
40. Foam Cores & Balsa Wood
41. Honeycomb Cores
42. Cores Comparison
43. Task - Foam Core Selection
44. Task - Foam Core Selection
45. Task - Foam Core Selection
46. Task - Foam Core Selection
47. Final Test - Materials
1. Wet Layup
  FREE PREVIEW
2. How to Laminate Large Composite (Fiberglass) Moulds
3. Task - Wet Layup: Features, PROs and CONs
4. Solution - Wet Layup: Features, PROs and CONs
5. Prepreg
6. Alfa Romeo 4C: Technology & Architecture - Carbon Chassis
7. Cutting Prepreg
8. Task - Prepreg: Features, PROs and CONs
9. Solution - Prepreg: Features, PROs and CONs
10. PCM
11. PCM Process
12. Task - PCM: Features, PROs and CONs
13. Solution - PCM: Features, PROs and CONs
14. SMC/BMC
15. Sheet Moulding Compound Process
16. Task - SMC/BMC: Features, PROs and CONs
17. Solution - SMC/BMC: Features, PROs and CONs
18. Resin Infusion
19. Vacuum Resin Infusion Process
20. Vacuum Resin Infusion of a Carbon Fibre Part
21. Farr Yacht Design
22. Task - Resin Infusion: Features, PROs and CONs
23. Solution - Resin Infusion: Features, PROs and CONs
24. RTM
25. BMW i3 Composite Frame Manufacturing
26. High Pressure Resin Transfer Molding
27. Task - RTM: Features, PROs and CONs
28. Solution - RTM: Features, PROs and CONs
29. Filament Winding
30. Filament Winding Process
31. Filament Winding Process
32. Task - Filament Winding: Features, PROs and CONs
33. Solution - Filament Winding: Features, PROs and CONs
34. Braiding
35. Braiding Process
36. Overbraided SLR Crashcone
37. Task - Braiding: Features, PROs and CONs
38. Solution - Braiding: Features, PROs and CONs
39. Pultrusion
40. Pultrusion Process
41. Curved Carbon Fibre Rear Bumper Beam
42. Task - Pultrusion: Features, PROs and CONs
43. Solution - Pultrusion: Features, PROs and CONs
44. Manufacturing Technologies - Conclusion
45. Final Test - Manufacture
1. Introduction & Definitions Design Process
  FREE PREVIEW
2. Concept Design
3. Manufacturing Process Selection & Part Design
4. Joints & Other Elements
5. Layup & FEA
6. Task - Bonding Aluminum Head with Carbon Fiber
7. Solution - Bonding Aluminum Head with Carbon Fiber
8. Molds
9. Master & Tooling
10. Master Machining
11. Curing & Post-Process
12. Documentation
13. Task - Tool Split & Part Lamination
14. Solution - Tool Split & Part Lamination
15. Design for Manufacturing
16. Final Test - Design
1. Thermoplastic Composites Chapter Introduction
  FREE PREVIEW
2. Fundamentals of Polymers - Module Overview
3. Polymers - Introduction
4. Polymers - Types
5. Polymers - Temperature
6. Polymers - Essential Concepts
7. Additives - Types
8. Additives - Essential Concepts
9. Polymers - Reinforcements
10. Polymers - Other Families
11. Fundamentals of Polymers - Quiz
12. Fundamentals of Thermoplastics - Module Overview
13. Thermoplastics - Phases
14. Thermoplastics - Crystallinity
15. Thermoplastics - Shrinkage & Moisture
16. Thermoplastics - Formats, Families, & High-Performance
17. Fundamentals of Thermoplastics - Quiz
18. Industrial Manufacturing with Thermoplastics - Module Overview
19. Thermoplastic Composites - Processing Techniques
20. Discontinuous Fibers - Initial Formats
21. Discontinuous Fibers - Manufacturing Techniques
22. Continuous Fibers - Initial Formats
23. Continuous Fibers - Manufacturing Techniques
24. Thermoplastic Composites - Organosheet Manufacturing
25. Thermoplastics - Joints
26. Thermoplastic Composites - Welding
27. Thermoplastics - Reprocessing
28. Industrial Manufacturing with Thermoplastics - Quiz
1. Live Session 01 - Manufacturing a Prepreg Carbon Fibre Monocoque
2. Live Session 02 - Q&A
1. Final Evaluation Survey
2. Final Remarks
1. Introduction to Composite Materials
2. Material Properties
3. Composites Structure
4. Carbon Fibers
5. Glass Fibers
6. Aramid Fibers
7. Other Fibers
8. Matrices - Polyester & Vinyl Ester
9. Matrices - Epoxy & Cyanate Ester
10. Matrices - Other
11. Matrices Comparison
12. Fabric - Usage & Types
13. Fabric - Drapability
14. Fabric - Layup
15. Foam Cores & Balsa Wood
16. Honeycomb Cores
17. Cores Comparison
18. Wet Layup
19. Prepreg
20. PCM
21. SMC/BMC
22. Resin Infusion
23. RTM
24. Filament Winding
25. Braiding
26. Pultrusion
27. Manufacturing Technologies - Conclusion
28. Introduction & Definitions Design Process
29. Concept Design
30. Manufacturing Process Selection & Part Design
31. Joints & Other Elements
32. Layup & FEA
33. Molds
34. Master & Tooling
35. Curing & Post-Process
36. Documentation
37. Design for Manufacturing

Online & Self-Paced
12 Hours

Practical Information

Certificate of Successful Completion
1 Year Access to Program
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