Learn at your own pace
Follow the training from anywhere and review each lesson whenever needed. The course is structured so you can progress step by step without losing technical depth.
ONLINE TRAINIG COURSE
ON CARBON FIBRE
COMPOSITE
MATERIALS
Course presentation
Professional online course
Access a specialised online training programme designed to help you learn about carbon fibre composite materials, gaining a solid understanding of carbon fibre, prepregs, moulds, resins, adhesives and sandwich structures, following a professional methodology based on real manufacturing experience and technical composites training.
35 hours of technical video training
Course on carbon fibre composite materials
Moulds, adhesives and sandwich structures
Real processes and practical sessions
Immediate access · Online training at your own pace · Technical support · Final certificate
Course enrollment
415 €
- Online course on carbon fibre composite materials
- Carbon fibre, prepregs, moulds and resins
- Technical theory and real practical sessions
- Certificate upon completion of all lessons
Why this course
An online training programme designed to help you understand carbon fibre composite materials with sound technical judgement and real manufacturing context
Real technical support
You do not learn alone. During the course you can ask questions about carbon fibre, prepregs, moulds, adhesives, composite materials and manufacturing criteria with the support of our technical team.
Training linked to real work
You will not only learn concepts, but also how they are applied in real manufacturing processes for parts, moulds, sandwich structures and carbon fibre components.
Professional methodology
The experience of our in-person composites training, now available online
This course reflects the methodology, processes and knowledge we apply in our in-person training so you can build a solid and well-structured understanding of carbon fibre composite materials.
It is designed to help you understand materials, behaviour, processing, common failures and manufacturing criteria, not just to watch recorded lessons passively.
35 h
of video training
100%
online
+ support
via WhatsApp and email
Certification
upon completion
What is included
Everything you need to build a solid understanding of carbon fibre composite materials
35 hours of video training
Online access at your own pace
Carbon fibre, prepregs and moulds
Resins, adhesives and sandwich structures
Technical support during your training
Certificate upon completion
Certification
Receive your certificate upon completion of the course
Once you complete all the lessons, you will receive a certificate confirming successful completion of the course.
Enroll now
Who it is for
A training programme for technicians, professionals and learners who want to seriously understand carbon fibre composite materials
This course is for you if…
- You want to get started in carbon fibre composite materials
- You are looking for a clear and structured technical foundation
- You need to understand prepregs, moulds and manufacturing processes
- You want to learn through a real professional methodology
It is also useful for…
- Professionals who want to organise their knowledge
- Companies training technical staff
- Technical profiles who need sound process judgement
- Learners who want a completion certificate
Syllabus
What you will learn about carbon fibre composite materials, prepregs and manufacturing processes
A complete programme designed to help you understand carbon fibre composite materials, prepregs, moulds, resins, adhesives, sandwich structures and the main manufacturing processes used in composites.
Materials and fibre types
Lamination processes
Resins, consumables and tools
Vacuum and infusion techniques
Good practice and process control
Finishing, failures and technical judgement
Full syllabus
Theoretical Classes
0 – Introduction to the Carbon Fibre Training Course
1 – What is a Composite?
- 1 – What is a Composite?
2 – Thermoset Matrices and Resins
- 2.1 – Thermoset Matrices and Resins
- 2.2 – Types of Matrix Systems
- 2.3 – Properties of Crestapol 1260 and 1261
- 2.4 – Success Stories of Crestapol 1260 and 1261
3 – Reinforcement Fibres – Fundamental Principles
- 3 – Reinforcement Fibres – Fundamental Principles
4 – Carbon Fibre
- 4.1 – Carbon Fibre – Introduction
- 4.2 – Properties of Carbon Fibre
- 4.3 – Carbon Fibre Properties II – Anisotropy
- 4.4 – Characteristics and Applications of Different Carbon Fibre Types
- 4.5 – Disadvantages of Carbon Fibre
5 – Physical Properties of Materials
- 5 – Physical Properties of Materials
6 – Other Types of Fibre
- 6.1 – Other Types of Fibre – Introduction
- 6.2 – Other Types of Fibre – Glass Fibre
- 6.3 – Other Types of Fibre – Basalt Fibre
- 6.4 – Other Types of Fibre – Aramid Fibre
- 6.5 – Other Types of Fibre – UHMWPE
- 6.6 – Other Types of Fibre – PBO Fibre
- 6.7 – Other Types of Fibre – Polypropylene Fibre (Innegra)
- 6.8 – Other Types of Fibre – Properties
- 6.9 – Other Types of Fibre – Commercial Forms
7 – Prepregs
- 7.1 – What are Prepregs?
- 7.2 – Prepreg Nomenclature
- 7.3 – Prepreg Processing
- 7.4 – Prepreg Processing II – Applications of Prepregs
- 7.5 – Typical Failures in the Use of Prepregs
- 7.6 – Typical Failures in the Use of Prepregs II – Visual Identification
8 – Moulds
- 8.1 – Moulds – Manufacture of Prepreg Tooling
- 8.2 – Moulds – Vacuum Bagging
- 8.3 – Moulds – Oven Curing
- 8.4 – Moulds – Common Errors
- 8.5 – Moulds – Reinforcement Structures
- 8.6 – Moulds – Epoxy Tooling Manufacture
- 8.7 – Moulds – Pros and Cons of Epoxy Tooling
9 – Release Agent Systems
- 9 – Release Agent Systems
10 – Sandwich Structures
- 10.1 – Construction of Sandwich Structures
- 10.2 – Types of Sandwich Cores – Balsa, Cork, PVC, SAN
- 10.3 – Types of Sandwich Cores – PET, PMI, PPSU, PEI, PU
- 10.4 – Types of Sandwich Cores – Honeycomb, Syntactic, Nonwovens
- 10.5 – Sandwich Structures – Final Conclusions
11 – Adhesives
- 11.1 – Structural Adhesives for Composites – Introduction
- 11.2 – Epoxy Adhesives
- 11.3 – Methacrylate Adhesives
- 11.4 – Methacrylate Adhesives II
- 11.5 – Typical Applications of Crestabond
12 – Safety Guidelines & Final Course Conclusions
- 12.1 – Health and Safety Guidelines
- 12.2 – Final Course Conclusions
Practical Sessions
1 – Release Agent Systems for Composite Materials
- 1.1 – Review of Different Release Agent Systems for Composite Materials
- 1.2 – Mikon 227MC Semi-Permanent Release Agent
2 – Manufacture of a Rotor Blade for an Underwater Power Generator
- 2.1 – Manufacture of a Carbon Fibre Rotor Blade for an Underwater Power Generator
- 2.2 – Bonding of Carbon Fibre Shell Halves Using Methacrylate Adhesive
- 2.3 – Epoxy Foam Injection and Demoulding of the Underwater Generator Blade
- 2.4 – Repeat Manufacture of a Carbon Fibre Rotor Blade for an Underwater Power Generator
3 – Manufacture of a Sandwich Carbon Fibre Part Using Structural Prepregs (Decorative Panel)
4 – Carbon Fibre Prepreg Composite Mould
- 4 – Carbon Fibre Prepreg Composite Mould
5 – Manufacture of a Sports Car Front Panel by Resin Infusion Using Carbon Fibres and High Impact-Resistant Materials
- 5 – Manufacture of a Sports Car Front Panel by Resin Infusion Using Carbon Fibres and High Impact-Resistant Materials
6 – Manufacture of an Exposed Carbon Fibre Part Using Carbon Fibre Prepregs and Epoxy Resin
- 6 – Manufacture of an Exposed Carbon Fibre Part Using Carbon Fibre Prepregs and Epoxy Resin
Practical Session 7 – Manufacture of an Exposed Carbon Fibre Guitar Case by the Resin Infusion Process
- Practical Session 7 – Manufacture of an Exposed Carbon Fibre Guitar Case by the Resin Infusion Process
Practical Session 8 – Manufacture of a Carbon Tube Using Differential Impregnation (DC) and Syntactic Prepregs
- Practical Session 8 – Manufacture of a Carbon Tube Using Differential Impregnation (DC) and Syntactic Prepregs
9 – Manufacture of a Carbon Fibre Master Model Using Liquid Epoxy Resin by Hand Lay-Up and Vacuum Bagging
- 9 – Manufacture of a Carbon Fibre Master Model Using Liquid Epoxy Resin by Hand Lay-Up and Vacuum Bagging
10 – Manufacture of a Carbon Fibre Mould Using Low-Shrinkage Polyester Resin (Low Profile)
- 10 – Manufacture of a Carbon Fibre Mould Using Low-Shrinkage Polyester Resin (Low Profile)
Carbon fibre composite materials
A specialised training programme to understand materials, processes and manufacturing criteria in advanced composites
This online course is designed for anyone looking for serious technical training in carbon fibre composite materials. Throughout the programme you will work with carbon fibre, prepregs, moulds, resins, adhesives and manufacturing processes applied to the real production of composite parts.
If you are looking for professional training with technical support and content linked to real manufacturing, this course gives you a clear foundation to understand not only the materials themselves, but also the process decisions involved in producing high-performance composite components.
Frequently asked questions
Everything important at a glance
Is this course on carbon fibre composite materials suitable for beginners?
Yes. It is structured to give you a clear technical foundation from the beginning, while still being valuable for professionals who want to organise and strengthen their knowledge.
What exactly will I learn in this course?
You will learn about carbon fibre composite materials, prepregs, moulds, resins, adhesives, sandwich structures and different manufacturing and control processes used in composites.
Is the course practical or only theoretical?
It includes technical theory and practical sessions based on real manufacturing processes, so you understand not only what is done, but also how and why it is done.
Will I receive technical support if I have questions?
Yes. You will have access to technical support via WhatsApp and email during your training.
Does the course include certification?
Yes. Once you complete all the lessons, you will receive a course completion certificate.
Start your professional carbon fibre training today
Get access now to a specialised online course designed to help you train in carbon fibre composite materials, learn through a professional methodology and receive your certificate upon completion.