Introduction

Applicable major: computer programming

Company position: Harmony application development engineer, Harmony hardware development engineer, Harmony embedded development engineer, Java development engineer, Web front-end engineer, mobile application development engineer.
Applicable scenario: professional teaching, comprehensive training, competition training, exhibition display
Course product: Harmony application development, Harmony equipment development, programming basics (C language), microcontroller principles and applications, SpringBoot framework technology
Project product: Harmony intelligent cockpit system, OpenHarmony intelligent car ECU system, driver information center (DIC) system, Internet of Vehicles backend Management system
Intelligent hardware: OpenHarmony intelligent cockpit system bench (the server is equipped with Galaxy Kirin's localized operating system)
Skills competition: One Belt One Road and BRICS Skills Development and Technology Innovation Competition- "Automotive Intelligent Network Alliance" Category
Skills certificate: "1 +X” Java Web application development professional skills level certificate

Integrate Harmony characteristics and support localized teaching

Domestic independent controllable technology teaching base, based on OpenHarmonyOS, Harmony development board, Galaxy Kirin operating system and domestic HiSilicon HI3861 chip, to cultivate innovative talents in the information and innovation industry.

Integrate with the industry and cover the cutting-edge technologies of enterprises

Derived from real industry projects, emerging technologies are integrated into practical teaching, covering the latest technologies such as smart cockpit, OpenHarmony, ArkTS, BMS, keyless door unlocking, remote control, and MCU to fully benchmark enterprise employment needs.

Featured industrial-level cases with teaching-based dismantling

Based on Neusoft's characteristic TOPCARES education methodology, industrial-level projects are broken down into advanced project systems, from shallow to deep, to help students gradually exercise and improve their practical abilities.

Provide a scenario-based training environment that combines software and hardware to lower the threshold for open source Harmony learning

The practical training scenarios, which include both software and hardware, allow students to have a deeper understanding of the industry background and business logic of the smart cockpit project and increase their interest in learning. The course system design uses the same business scenario project throughout the entire teaching cycle to help students better understand the business and master the technical route, thereby improving the learning achievement rate and achieving more achievements in the learning process.

Lab rendering