Linko Academy aims to provide a platform for motor control enthusiasts to learn, exchange and grow, alleviate the trend of talent gap in the electronic control industry, and jointly create a prosperous industry ecology. We will fully integrate LKS MCU related materials, including development environment, application notes, teaching videos, learning guides, etc., and set up professional courses. From Level 1 to Level 10, the course is divided into four stages: basic students, professional students, electronic control experts and senior experts. From Level 1 to Level 3, students learn the architecture of MCU, how to use 32-bit MCU and the unique peripheral function of LKS MCU designed for motor drive. In the basic student stage, they also learn how to adjust the motor driven by sine wave; Students from Level 4 to Level 6 can get access to the latest and practical commodity level design, such as the design of two-wheeled electric vehicles, high-speed hair dryers, electric tools, ceiling fans and large and small household appliances. The professional lecturer team of Linko Academy has prepared many dry goods with commercial value, which will be selflessly shared and discussed in the courses of Linko Academy.
Through the professional system certification of Linko Academy, you will master the popular and professional motor control algorithm, the motor industry will open a door for you, and you have the final say on how the motor rotates. Linko Academy has passed the professional examination and training system and issued certificates and medals of different levels.
Gold and silver medal awards
Students in school won the first prize in the national electronic competition by using Linko chip, and awarded "10 grams of Au999 exclusive gold medal"!
Students who pass Level 6 will select at least 10 "10g Au999 exclusive gold medals" every year!
Nowadays, electric motors have been widely used in electric vehicles, industrial control, robots, electric tools, unmanned aerial vehicles, household appliances and other scenarios. The annual electricity consumption of motors accounts for about 70% of the world's total electricity generation. Motor frequency conversion control is conducive to energy saving and emission reduction, which is in line with the "double carbon" strategy. Motor control technology is the core technology of national strategies such as "Industry 4.0", "Robot Strategy" and "Intelligent Manufacturing". Electronic control talents are scarce and their salaries are high.
Brushless motors have the following features: high energy efficiency, meeting higher energy efficiency standards; high speed, high working efficiency; no carbon brush, long working life; quieter, more comfortable to use, etc. Brushless motors will be the future development trend of the industry and will accelerate the replacement of brush motors. Compared with the traditional motor which does not need to be controlled, the core technology is mainly in the motor body, and the core of brushless motor is the design of controller hardware and software. Do you want to master the core technology of the controller? Linko has been working on motor control algorithms for more than ten years, and joining Linko Academy is definitely your choice to get twice the result with half the effort!
Linko Academy LV1-6 curriculum system