Matrix
Engineering Training Equipment
Matrix TSL develops industrial standard training equipment for education and training providers around the world. Their solutions cover Science, Engineering, and Technology disciplines from physics to robotics to microcontrollers, electrical installation, and automotive.
AYVA Educational Solutions carries Matrix TSL’s line of Microcontrollers (E-Blocks2, PLC, and IDE Software), Automotive products (Micro CNC, Locktronics, and Modern Electrical machines).
MATRIX Curriculum
“We use the Matrix Locktronics Trainer in three different Automotive Service Technician courses offered at NAIT. There are many great features and benefits of these trainers.
- The ease at which the students can build circuits with a wide variety of components and perform tests.
- The students can easily identify different components by the symbols on them and can visualize what is happening in the circuit.
- All the instructors like how compact and portable the units are which make it very easy to move from classroom to classroom.
The last thing I will mention is the reliability of the components is exceptional. After using them for over 5 years the only components we have had to replace are definitely because of user abuse not poor quality. The support from AYVA has been great from the quote to after delivery questions, we will definitely purchase from them again.“
Calvin Feist | Program Chair | NAIT
Locktronics Solutions
If you want to learn how something works – build it! – For several decades high school and post-secondary instructors have depended on the Locktronics learning systems to teach students about the fundamentals of electricity. Students can quickly configure all types of circuits by connecting individual components residing on ‘carriers’ to a base platform that features a grid of conducting pillars. Over the years the range of Locktronics solutions has expanded to area specific training systems supported by exemplary curriculum.
Understanding Electricity
Locktronics electrical kits clearly display circuits to learners, allowing them to develop their understanding of the topic being delivered
Video:
What happens to a conductor in a magnetic field?
Aviation
Matrix Aviation solutions are designed to satisfy the requirements of EASA – the internation gold standard for training Aviation maintenance engineers, and can be adapted for TCAA and FAA.
Curriculum:
Electrical Fundamentals 1
Electronic Fundamentals 2
Electrical Fundamentals 3
Electrical Installation
The Locktronics Electrical Installation kits coupled with the practical curriculums progress a student understanding of the fundamental theory and practices pertinent to the field.
The kits are ideals for both the classroom and lab.
Locktronics Automotive Solutions
Locktronics is used and endorsed by many of the top international automotive manufacturers as a platform for simplifying automotive electrics to novices and advanced technicians alike. The automotive range is split into three levels and is ideal for automotive technicians to gain a good understanding of electrics, circuits and circuit fault finding, moving through to more complex solutions for understanding of ECUs and CAN bus in vehicles.
- Level 1 – Basic:
Basics of automotive electricity - Level 2 – Intermediate:
Automotive fault finding
Automotive motors, generators & charging systems - Level 3/4 – Advanced:
Automotive ECU architecture and logic
Batteries and high voltage systems.
Automotive Sense and control with MIAC
Can bus systems and operations
Automotive
Matrix’s unique Locktronics based training systems are so effective in teaching student’s electrical automotive systems that all major manufactures rely on Matrix’s solutions for their training.
Process Control
Automatics
Automatics is a range of products that simplifies the process of teaching and learning about pneumatic and automation systems. The Automatics range has been designed to suit the classroom environment. The pneumatic components are identical to those used by real engineers, but have been cleverly adapted so that students can construct automation systems speedily and without tools.
Product:
Mechatronics
Pneumatics
Curriculum:
Pneumatics Control Using Siemens PLC
Pneumatics Control Plus Using Siemens PLC
Automatics: Smart Factory
In order to address the growing requirement for students to learn about PLC control, sensors, the Internet of Things (IoT), Robotics and Industry 4.0 and the effect it is having on the development of modern work environments, MATRIX has designed and released a Siemens or MIAC controlled desktop Smart Factory, which is compatible with theirAllCode Robot Arm Production Cell.
Smart Factory Brochure
Smart Factory Curriculum
Modern Electrical Machines
The Matrix Electrical Machine System (EMS) enables students to safely interact and study the characteristics of 8 different types of compact motors in a classroom or shop floor. The low voltage EMS is powered by a standard power outlet and provides the same instructional opportunities as much larger and expensive conventional systems.
Product:
Modern Electrical Machines
Curriculum:
Modern Electrical Machines
Electrical Machines and MATLAB
Coding Arduino, PIC, Raspberry Microcontrollers
E-Blocks2 and Flowcode
E-Blocks is an instructional system based on upstream and downstream Modular boards that help students visualize, build, program and bug-fix microcontrollers. Ideal for both new users as well as those with advance knowledge and skills.
Check out the curriculum:
Introduction to Microcontroller Programming
AllCode Robotics
A more engaging way to learn coding in almost any language.
The highly functional Robotic Buggy and Arm can be programmed in almost any language. The Buggy is ideal for first time users or those transitioning from simpler robotic systems used in earlier grades. The Robotic Arm is great as an independent cell or used as part of Smart Factory and is popular with
Blog:
What is AllCode
Check out the curriculum:
Robotics
Manufacturing – CNC Units
Matrix Micro CNC
Many students avoid promising careers in manufacturing because they’re initially intimidated of noisy industrial equipment on a shop floor. The portable Matrix MicroCNC unit is an affordable training system that is far less expensive than industrial units and can be setup in a standard classroom or lab.
Product:
Micro CNC
Check out the curriculum:
MicroCNC
Structures
The Structures range from Matrix, covers the seven commonly taught principles of structures, in the mechanical engineering subject area. Our solutions are suitable for colleges and universities worldwide.
The Structures range teaches students about Bending moments, Shear Force, Reactions of a simply supported beam, Bending Stress, Deflection of Beams, Torsion of rods and Pin jointed frameworks.
- Comprehensive curriculum and worksheets included with all 7 kits
- Rugged components designed to stand up to use in an educational lab
- Carry handle with specially molded cover to protect equipment when not in use
- Robust metal work panels, with removable legs for easy storage
- USB connection, for easy power with simultaneous data collection and analysis
Fundamental Mechanics
Aerospace
The aviation teaching equipment from MATRIX satisfies the requirements of the EASA which is internationally recognized as the gold standard for training aviation maintenance engineers.
Matrix’s systems for aviation focus on:
- Electrical and electronic fundamentals in aviation
- Digital techniques and principles
- Various mechanical principles including fluids
- Avionics EFIS system
- Wind tunnel for study of aerodynamics
Fundamental Fluids
The study of fluid mechanics and the forces on them is becoming increasingly popular. With applications in a wide range of disciplines, including mechanical, civil, chemical and biomedical engineering, the Fundamental Fluids range from Matrix allows students to gain a hands on understanding of the key principles. A main workstation is supplied along with sixteen individual components, which allows students to build nine different experiments without the need for any additional tools. Six of the experiments are connected via USB to the pressure and flow sensors, which allows results to be automatically plotted on a graph for analysis. The remaining three experiments are carried out and plotted manually.
Each component is attached to the main workstation with quick release latches, allowing students to quickly build and dismantle each experiment. A full free curriculum is provided with easy to follow worksheets.