Transforming Today’s Students Into Tomorrow’s Workforce
Industry standard training equipment plays a crucial role in helping students excel in engineering and vocational training. By providing hands-on experience with advanced equipment, students are able to develop practical skills and apply the knowledge to real-world scenarios.
For instance, in the fields of mechanical and aerospace engineering, students need to work with complex systems that require a high degree of precision and accuracy. Industry training equipment helps them to develop skills in programming, circuit design and prototyping, which are essential for success in these areas. Similarly, in the areas of electrical installation and automotive engineering, practical training with specialised equipment can help students learn how to diagnose and troubleshoot technical issues.
EdNex LLC is committed to providing high-quality industry standard training equipment for engineering education and vocational training in the GCC. Our pioneering Matrix lab solutions for Electrical & Electronics, Mechanical, Manufacturing, Automotive and Aerospace Engineering and Electrical Installation include cutting-edge industrial equipment that meet industry and safety standards and prepare students for the demands of the job market.
What Are Matrix Lab Solutions?
A Matrix Lab is a versatile and adaptable teaching space that can accommodate the needs of various engineering disciplines. This multi-disciplinary, multi-use facility is designed to meet the needs of modern education, providing comprehensive teaching solutions for a range of engineering disciplines, through its diverse storage and lab furniture options.
All of the equipment is low footprint, low voltage and storable. This means that a storage area can hold equipment for a number of subjects, with lab bench top space utilised to the maximum. Equipment and space is therefore suitable for teaching a variety of classes, with a low turnaround time between each, due to the portability of the equipment and quick and easy storage solutions.
With a Matrix Lab, students have the opportunity to engage in hands-on training on diverse engineering lab equipment from the foundation year of their academic journey.
By providing an ideal lab setup and easy access to industrial equiment, Matrix Labs enable students to work and experiment on equipment used in various engineering disciplines, allowing them to gain a comprehensive understanding of all the fields.
Why Choose A Matrix Lab Solution
All products operate at a maximum voltage of 48V (usually 28V) for safety and manageability
We develop custom solutions to pack equipment away taking into consideration the footprints of your rooms and labs
Base on the equipment you require and the measurements of your room, we will design the area
Provision of providing all furniture, including benches and seats
Utilise space for one purpose on one day, another purpose the next, giving teachers ultimate control over their lab space
A wealth of lesson plans and teacher notes to save time in delivering the most beneficial content for students
Subjects
We are a pioneer in Electrical and Electronics Engineering lab solutions covering several topics, which are supplied with many hours of well-written curriculum for both teachers and learners.
We cover embedded systems, programming and electrical circuit technology training, robotics systems, CAD system for electronic product development and most recently electrical machines training systems.
• Electrical machines | • Analogue electronics |
• Electrical engineering | • Microcontroller programming |
• Digital electronics | • FPGA programming |
• Digital communication systems | • Mechatronics |
The automotive teaching equipment has been designed to teach students the underlying technology of vehicle repair. We have high-quality educational resources that allow students to get hands-on learning fundamental subjects before they move on to working on real vehicles.
Our automotive range is used and endorsed by many of the world's most prestigious automotive manufacturers as a platform for simplifying automotive electrics to complete novices and advanced technicians alike.
• Automotive electricity | • Fault finding |
• Motors and generators | • High voltage charging systems |
• ECU architecture and logic | • Batteries and high voltage systems |
• CAN and LIN bus systems | • Oscilloscope training |
• Statics | • Materials |
• Dynamics | • Mechanisms |
• Thermodynamics | • Structures |
• Fluids | • Aerodynamics |
Our aviation teaching equipment satisfies the requirements of various modules of Part 66 of the European Aviation Safety Agency syllabus, which is internationally recognised as the gold standard for training Aviation maintenance engineers.
We have recently added Wind Tunnel, EFIS Trainer and Digital Techniques in Aviation to our lab solutions.
• Physics | • Electrical fundamentals |
• Electronic fundamentals | • Digital techniques |
• Electronic instrument systems | • Aerodynamics |
• Aerodynamics | • Aeroplane aerodynamics, structures and systems |
The manufacturing engineering teaching equipment is comprehensive, covering multiple disciplines of control, materials and system technology, teaching students about pneumatics, process control, CNC machines including G code programming and PLC and Robotic control Industry 4.0 Smart Factories.
The range is supported by a suite of training curriculum, worksheets and course guides to allow users to study a broad range of manufacturing related technologies.
• Pneumatics and electro pneumatics | • Industry 4.0 |
• Robotics | • Automation and PLC programming |
• Process and motor control | • CNC programming |
• Advanced CNC systems | • Advanced laser cutters |
The electrical installation lab solution has been designed to meet the requirements of vocational training courses for electricians, plumbers, HVAC technicians and other trades.
As with all our learning solutions, full curriculum worksheets are available to help students understand the fundamental theory and practice.
• Pneumatics and electro pneumatics | • Industry 4.0 |
• Robotics | • Automation and PLC programming |
• Process and motor control | • CNC programming |
• Advanced CNC systems | • Advanced laser cutters |