With the number of electric and hybrid vehicles rapidly growing worldwide, the demand for technicians capable of servicing and understanding these advanced systems has never been higher. Educational institutions face the challenge of providing not only theoretical knowledge but also practical, hands-on experience with real hybrid technologies. At AutoEDU, we believe that effective training means…
Project Purpose The goal of this project is to develop educational hydrogen fuel cell-based training stand, replicating the advanced technology of the Toyota Mirai vehicle. This demonstrational stand is designed for engineering training institutions, universities, and research centers aiming to introduce students to alternative, environmentally friendly transportation technologies. In a world where automotive technology is evolving…
AutoEDU recently conducted a technical training session at a local fire department focused on electric and hybrid vehicle accident safety. The instruction addressed a growing concern among emergency responders: how to safely approach and manage high-voltage vehicle systems during post-collision procedures. To support the training, AutoEDU’s instructors used the PMTPK05 Hybrid Vehicle Educational Trainer, a…
AutoEDU is proud to participate in the SkillsUSA North Carolina Automotive Beginner State Competition. With a commitment to quality automotive teaching equipment, AutoEDU presents real-world OEM-based training tools to prepare students for the demands of today’s automotive industry. At this event, participants are challenged with real diagnostic and assembly tasks using advanced automotive training systems.…
We are launched our latest aid in automotive training equipment: the Air Conditioning and Climate Control Educational Trainer MSC05. This advanced educational tool is designed to provide a comprehensive, hands-on learning experience for students in technical and vocational automotive education. The Air Conditioning and Climate Control Educational Trainer MSC05 is equipped with a fully functional…
Electric motors are everywhere in modern vehicles, powering everything from main drive systems to small accessories. The two most common types in automotive use are induction motors and DC brushless (BLDC) motors. Both convert electrical energy into mechanical movement, but their designs and performance are different. Understanding these differences is essential for anyone working with…
Automobiles, automobiles, automobiles – ech, since our youngest age’s different kinds of vehicles were amazing for us. Do not you remember the hundreds of hours spent and spotting cars and wishing, that someday at least one of them would be yours? Without any doubts, most of the men, since their young childhood, have been dreaming…