Introduction

Undergraduate Program

It aims to foster 'SMART IoER (Smarter) technology experts' beyond IoT in the 4th industrial revolution. The focus is on education to learn and utilize practical technologies that are demand-oriented for industries. With an understanding of innovative technologies in the era of the 4th Industrial Revolution, we can develop our ability to design and implement SW/HW systems based on the latest ICT flows and solve related problems appropriately. You can grow into a professional person who can plan and develop smart IoT systems that become core technologies in the rapidly changing future.

Professors

Curriculum

Artificial Intelligence Programming Practice 1, Artificial Intelligence Programming Practice 2, Basic Design of Electronic Communication, Circuit theory, Object-oriented programming, Logical Circuit Design and Experiment, Advanced Programming and Practice, Electronic Information and Communication Engineering Major Career Search, Engineering programming, Signals and systems, Data structure and practice, Microprocessor and practice, Communication theory, Data communication, Computer system configuration, Mobile software, Database application, Digital wireless communication, computer network, Network programming element design, Digital System Design and Experiment, Software Engineering, Electronic Information and Communication Engineering Field Practice 1, Intelligent digital signal processing, Communication System Experiment, IoT Design and Experiment, Introduction to Cloud Computing, Seminar on Electronic Information and Communication Engineering, Comprehensive ICT design 1, Embedded Systems Applications and Practice, Information security and application, Comprehensive ICT Design 2, Electronic Information and Communication Engineering Field Practice 2

Introduction

Undergraduate Program

The department offers a general program and a specialized program associated with energy engineering and electrical engineering discipline. It explores various theories, their application of the conversion and transfer of energy and the design and production of energy production processes such as nuclear engineering, renewable engineering, etc. since it was established in 2008. It aims to train qualified engineers in a range of relevant skills, including systematic analysis, material engineering, and practical applications.

Professors

Introduction

Undergraduate Program

The department of automotive materials and components engineering aims to cultivate human resources with creative technology, ethical service spirit, and international sense. It changed to a subject suitable for eco-friendly automotive technology rather than the existing internal combustion engine automotive parts technology. It will focus on Training of high-tech human resources such as artificial intelligence and automation programs necessary for the development of the fourth industry

Professors

Curriculum

Engineering mathematics, Electricity and electronics engineering, Engineering programming, Automotive materials engineering, Basic automotive design, Experiment of high-technical material for automotive, Solving a central problem of the linked tasks for local companies, Analysis of forming process, Innovation of materials for future automotive, Robot control practice, Machine manufacturing system, Factory automation programming, Product development design, Carbon materials manufacturing engineering, Forming simulation practice, Automobile electronic component engineering, AI-based product inspection, Robot applied machining work, Working-level smart factory design, Job ability development capstone design, Corporate bottleneck technology capstone design, Forming process center practice, Carbon recycling practice, Company Field Training Ⅰ,Ⅱ