Events

Yearly Monthly Weekly Daily List
April 2024

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. Designed for both beginner and experienced Technicians & Engineers alike, this is the foundational course for anyone interested in or already working within the composite materials industry. See below for more information on what to expect from this information-packed course! Description: This course provides an exceptional overview of the essential knowledge of composite materials. The processes involved in fabrication & basic structural repair are explained in detail, with emphasis on specific material properties. Daily hands-on projects involve the use of Glass, Carbon, and Aramid (Kevlar™) fibers and epoxy resin systems. Topics covered in this 5-day course include: Applications and recent developments in composite materials for the Automotive Marine / Wind Turbine / Aviation / Aerospace / Sports Equipment industries Composite Design and essential theory behind how composite structures function Detection of flaws and damage in composite structures using various NDI methods; Tap-Testing (mechanical impedance), Ultrasound, and Infrared Thermography Health & Safety; handling and disposing of substances, composite shop […] ...
15 - 19 Apr
ACT
London, ON

Module 2 – Advanced Composite Structures, Damage Inspection & Repair Methods Sold Out

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. Description: This course challenges the trainee with more complex repairs, utilizing advanced epoxy Pre-Impregnated Materials (also termed ‘prepregs’). Trainees perform real-world hands-on repairs with state-of-the-art Hot Bonder composite repair units to cure the materials at high temperatures. Hot Bonder unit programming and interpretation of results are examined in detail. Topics covered in this 5-day course include: Hot-bonded repairs to thin, highly stressed structures Concentration on more difficult and advanced repair situations & techniques Programming of Hot Bonder units for control of accelerated cures with pre-impregnated aramid, glass, and carbon fibers Performing repairs referencing SRM (Structural Repair Manual) data & instructions Quality assurance considerations for fabrication and repair for in-shop and in-field service repairs Additional training and exercises in the detection of flaws and damage in composite structures using various NDI (Non-Destructive Inspection) methods; Digital Tap-Testing (mechanical impedance), Ultrasonic, and Infrared Thermography   Prerequisites: It is strongly recommended that potential trainees have ACT’s Module 1 or the equivalent theory and practical experience prior to attending this course. […] ...
22 - 26 Apr
ACT
London, ON
May 2024

ACE Program – Accelerated Composites Essentials

Prerequisites: Prior composites training (ACT’s Modules #1 and #2) or equivalent industry experience is highly recommended. Description: This course combines a broad range of the subject matter and best practices instructed in ACT’s Modules 1, 2 & 3, RBMS, RIP, RPT courses. A perfect refresher course for seasoned industry professionals or for those looking for a fast, in-depth introduction to composite materials and repair technologies. Multi-Media presentations combined with hands-on shop projects will emphasize the “Applied Technology” aspects of working with advanced composite materials, for manufacturing & structural repair operations applicable to aircraft, automotive, marine and aerospace applications. Topics covered in this intensive 5-day course are tailored to the specific requests of the Trainees. Meaning, that the theory and ‘Hands-On’ shop projects are customized to address the types of materials, processes, structures and repair methods applicable to the trainee’s requirements. Examples include: Damage types and causes for both manufacturing and in-service composite structures NDT technologies, an overview of ‘Tap testing’, ultrasonic and thermography methods Lightning Strike Protection (LSP) repair methods for Airbus, Boeing, etc. Basic composite laminate design principals, thermal properties of materials / structures Hot Bonder operations, cure cycle development, heat sinking, autoclave operations Pre-preg fibers, laminating & vacuum […] ...
06 - 10 May
8:30 am - 5:00 pm
ACT
London, ON
June 2024

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! Description: This course provides an exceptional overview of the essential and advanced methods, technologies, equipment, materials and processes involved in the repair of new-age composite boats. The latest materials technologies utilizing glass fiber, carbon fiber, aramid fiber (Kevlar™), fabrics, and cores, will be applied during the intensive daily hands-on shop exercises in this course. Polyester, vinyl ester, and epoxy resin systems will be demonstrated and used in the shop. Lectures and shop exercises will be provided each day that challenge the trainee to perform complex repairs that are vacuum-bagged and cured with heat control. Gelcoat colour matching tools and techniques are practiced, with a focus on damaged and weather-faded finishes. Topics covered in this 5-day course include: Trends and recent developments in composite materials for Marine Manufacturing & Repair processes The essential knowledge of […] ...
03 - 07 Jun
8:30 am - 5:00 pm
ACT
London, ON

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. Designed for both beginner and experienced Technicians & Engineers alike, this is the foundational course for anyone interested in or already working within the composite materials industry. See below for more information on what to expect from this information-packed course! Description: This course provides an exceptional overview of the essential knowledge of composite materials. The processes involved in fabrication & basic structural repair are explained in detail, with emphasis on specific material properties. Daily hands-on projects involve the use of Glass, Carbon, and Aramid (Kevlar™) fibers and epoxy resin systems. Topics covered in this 5-day course include: Applications and recent developments in composite materials for the Automotive Marine / Wind Turbine / Aviation / Aerospace / Sports Equipment industries Composite Design and essential theory behind how composite structures function Detection of flaws and damage in composite structures using various NDI methods; Tap-Testing (mechanical impedance), Ultrasound, and Infrared Thermography Health & Safety; handling and disposing of substances, composite shop […] ...
10 - 14 Jun
ACT
London, ON

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. Description: This course challenges the trainee with more complex repairs, utilizing advanced epoxy Pre-Impregnated Materials (also termed ‘prepregs’). Trainees perform real-world hands-on repairs with state-of-the-art Hot Bonder composite repair units to cure the materials at high temperatures. Hot Bonder unit programming and interpretation of results are examined in detail. Topics covered in this 5-day course include: Hot-bonded repairs to thin, highly stressed structures Concentration on more difficult and advanced repair situations & techniques Programming of Hot Bonder units for control of accelerated cures with pre-impregnated aramid, glass, and carbon fibers Performing repairs referencing SRM (Structural Repair Manual) data & instructions Quality assurance considerations for fabrication and repair for in-shop and in-field service repairs Additional training and exercises in the detection of flaws and damage in composite structures using various NDI (Non-Destructive Inspection) methods; Digital Tap-Testing (mechanical impedance), Ultrasonic, and Infrared Thermography   Prerequisites: It is strongly recommended that potential trainees have ACT’s Module 1 or the equivalent theory and practical experience prior to attending this course. […] ...
17 - 21 Jun
ACT
London, ON

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. ACT’s WTBR course is a comprehensive introduction to the essential knowledge and skills that a Technician must have to successfully inspect damaged composite blades and to understand the proper repair procedures and safety measures required to prevent further damage and avoid potential structural failure. Description: This course is an intensive hands-on training experience designed for Field Technicians and Manufacturing Personnel, responsible for structural repairs on large or small scale composite wind turbine blades. Combining theory and practical repair processes, ACT applies state-of-the-art equipment and repair methods for the repair of these complex composite structures. Trainees will be introduced to non-destructive inspection techniques using Digital Tap Hammers and infrared cameras. Trainees will be instructed and then tasked to perform a complicated structural repair using a vacuum bag and a heat accelerated cure. This course is instructed at the ACT training institute located in London, Ontario Canada. The WTBR […] ...
24 - 28 Jun
ACT
London, ON
July 2024

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. Designed for both beginner and experienced Technicians & Engineers alike, this is the foundational course for anyone interested in or already working within the composite materials industry. See below for more information on what to expect from this information-packed course! Description: This course provides an exceptional overview of the essential knowledge of composite materials. The processes involved in fabrication & basic structural repair are explained in detail, with emphasis on specific material properties. Daily hands-on projects involve the use of Glass, Carbon, and Aramid (Kevlar™) fibers and epoxy resin systems. Topics covered in this 5-day course include: Applications and recent developments in composite materials for the Automotive Marine / Wind Turbine / Aviation / Aerospace / Sports Equipment industries Composite Design and essential theory behind how composite structures function Detection of flaws and damage in composite structures using various NDI methods; Tap-Testing (mechanical impedance), Ultrasound, and Infrared Thermography Health & Safety; handling and disposing of substances, composite shop […] ...
15 - 19 Jul
ACT
London, ON

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. Description: This course challenges the trainee with more complex repairs, utilizing advanced epoxy Pre-Impregnated Materials (also termed ‘prepregs’). Trainees perform real-world hands-on repairs with state-of-the-art Hot Bonder composite repair units to cure the materials at high temperatures. Hot Bonder unit programming and interpretation of results are examined in detail. Topics covered in this 5-day course include: Hot-bonded repairs to thin, highly stressed structures Concentration on more difficult and advanced repair situations & techniques Programming of Hot Bonder units for control of accelerated cures with pre-impregnated aramid, glass, and carbon fibers Performing repairs referencing SRM (Structural Repair Manual) data & instructions Quality assurance considerations for fabrication and repair for in-shop and in-field service repairs Additional training and exercises in the detection of flaws and damage in composite structures using various NDI (Non-Destructive Inspection) methods; Digital Tap-Testing (mechanical impedance), Ultrasonic, and Infrared Thermography   Prerequisites: It is strongly recommended that potential trainees have ACT’s Module 1 or the equivalent theory and practical experience prior to attending this course. […] ...
22 - 26 Jul
ACT
London, ON
August 2024

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. Description: ACT’s RIP course provides the trainee with the essential knowledge, skills, methods and techniques for Resin Infusion Processing of advanced composite structures. Materials management, equipment requirements, theory, and design of RIP projects will be demonstrated, with trainees challenged to perform their own RIP projects. Trainees will benefit from essential theory instruction followed by practical hands-on experience each day. As with the majority of our courses, this RIP course may be instructed on-site at the customer’s location. Contact us for further details! Topics covered in this 5-day course include: Trends in advanced composite materials & processes The essential theory behind the applications & methods of Resin Infusion Detection & prevention of potential flaws in the RIP process Resin-fiber systems, cores, and materials specific to vacuum-assisted infusion Health & Safety issues for RIP composites operations Vacuum bagging materials & tools specific to RIP applications Essential laminate design considerations for RIP tooling and components Mold and tooling design for Aerospace, […] ...
12 - 16 Aug
ACT
London, ON
September 2024

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. Designed for both beginner and experienced Technicians & Engineers alike, this is the foundational course for anyone interested in or already working within the composite materials industry. See below for more information on what to expect from this information-packed course! Description: This course provides an exceptional overview of the essential knowledge of composite materials. The processes involved in fabrication & basic structural repair are explained in detail, with emphasis on specific material properties. Daily hands-on projects involve the use of Glass, Carbon, and Aramid (Kevlar™) fibers and epoxy resin systems. Topics covered in this 5-day course include: Applications and recent developments in composite materials for the Automotive Marine / Wind Turbine / Aviation / Aerospace / Sports Equipment industries Composite Design and essential theory behind how composite structures function Detection of flaws and damage in composite structures using various NDI methods; Tap-Testing (mechanical impedance), Ultrasound, and Infrared Thermography Health & Safety; handling and disposing of substances, composite shop […] ...
30 Sep - 04 Oct
ACT
London, ON
October 2024

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. Description: This course challenges the trainee with more complex repairs, utilizing advanced epoxy Pre-Impregnated Materials (also termed ‘prepregs’). Trainees perform real-world hands-on repairs with state-of-the-art Hot Bonder composite repair units to cure the materials at high temperatures. Hot Bonder unit programming and interpretation of results are examined in detail. Topics covered in this 5-day course include: Hot-bonded repairs to thin, highly stressed structures Concentration on more difficult and advanced repair situations & techniques Programming of Hot Bonder units for control of accelerated cures with pre-impregnated aramid, glass, and carbon fibers Performing repairs referencing SRM (Structural Repair Manual) data & instructions Quality assurance considerations for fabrication and repair for in-shop and in-field service repairs Additional training and exercises in the detection of flaws and damage in composite structures using various NDI (Non-Destructive Inspection) methods; Digital Tap-Testing (mechanical impedance), Ultrasonic, and Infrared Thermography   Prerequisites: It is strongly recommended that potential trainees have ACT’s Module 1 or the equivalent theory and practical experience prior to attending this course. […] ...
07 - 11 Oct
ACT
London, ON
No event found!
Load More