November 2026
NDI – Non-Destructive Inspection of Composite & Bonded Structures Sold Out
This 5-day course provides an overview on non-destructive inspection methods & technologies, for the detection and evaluation of flaws in composite and bonded structures. The applications of mechanical impedance tests, conventional ultrasonic and infrared thermography will be demonstrated and their imitations in the inspection of composite materials will be examined.
WTBR – Wind Turbine Blade Repair
There has been an exponential increase in the number of composite Wind Turbines being installed worldwide, as Wind Energy technologies surge to fill the gap in renewable energy generation. This creates the problem of far more turbines than there are Technicians who are trained to repair them, especially damaged composite turbine blade assemblies.
CRED Module 1 – Composite Repair Engineering Design
A foundational engineering course introducing the mechanical behaviour of composite structures. Participants gain a rigorous understanding of laminate theory, material properties, and failure criteria, supported by hands-on fabrication and engineering analysis.
Module 1 – Composite Materials, Fabrication and Damage Repair
From Green Energy technologies to the fabrication of commercial space flight vehicles, composite materials are finding applications in every industry. The ACT Module 1 is the most comprehensive hands-on composite materials technology course of its kind and is applicable across all industries.
MCGR – Marine Composites & Gelcoat Repair
The design and construction of modern composite vessels have changed dramatically over the past two decades; from canoes & kayaks, 16-foot runabouts to 110-foot super-yachts, and military marine vessels. So too, have the materials and methods for their manufacture and repair changed and adapted. In this comprehensive hands-on course, we take composite repair and restoration technologies to the next level for marine vessels of all types!
Module 2 – Advanced Composite Structures, Damage Inspection & Repair Methods
Optimized and highly stress-loaded composite structures require advanced materials, tools, and processes for inspection and repair. ACT’s Module 2 uses state-of-the-art materials, equipment, and methods to impart hands-on knowledge & skills to the trainee.
December 2026
Module 1 – Composite Materials, Fabrication and Damage Repair
From Green Energy technologies to the fabrication of commercial space flight vehicles, composite materials are finding applications in every industry. The ACT Module 1 is the most comprehensive hands-on composite materials technology course of its kind and is applicable across all industries.
Module 2 – Advanced Composite Structures, Damage Inspection & Repair Methods
Optimized and highly stress-loaded composite structures require advanced materials, tools, and processes for inspection and repair. ACT’s Module 2 uses state-of-the-art materials, equipment, and methods to impart hands-on knowledge & skills to the trainee.
January 2027
Module 1 – Composite Materials, Fabrication and Damage Repair
From Green Energy technologies to the fabrication of commercial space flight vehicles, composite materials are finding applications in every industry. The ACT Module 1 is the most comprehensive hands-on composite materials technology course of its kind and is applicable across all industries.
Module 2 – Advanced Composite Structures, Damage Inspection & Repair Methods
Optimized and highly stress-loaded composite structures require advanced materials, tools, and processes for inspection and repair. ACT’s Module 2 uses state-of-the-art materials, equipment, and methods to impart hands-on knowledge & skills to the trainee.
RIP – Resin Infusion Processing
Cost reduction through decreased material usage, efficiencies gained in reduced labor times, and less hazmat volatile emissions are just some of the benefits of switching to Resin Infusion processing, as opposed to the standard manual hand wet-out and layup of composite structures.
CRED Module 1 – Composite Repair Engineering Design
A foundational engineering course introducing the mechanical behaviour of composite structures. Participants gain a rigorous understanding of laminate theory, material properties, and failure criteria, supported by hands-on fabrication and engineering analysis.
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