Introduction

Division of Smart Mobility: An Overview

The Smart Mobility Department is dedicated to providing comprehensive technology training, including hybrid and experiential learning opportunities tailored for the high-tech industry. Our focus is on nurturing students’ values and skills to help them uncover their unique talents. We actively support global creative development through our “The Only One” initiative, which emphasizes continuous management of students' capabilities and career trajectories.

Our department encompasses diverse majors, including Electrical and Electronics Engineering, Robotics, Secondary Batteries, and Hydrogen Energy. We offer a flexible education system—both online and offline—designed to enable students to explore their aspirations and career paths. Our systematic approach to evaluating the learning process, coupled with robust infrastructure, enhances global competencies. We aim to create a virtuous cycle that benefits society, including industry, by cultivating professional technical leaders equipped with creativity, self-direction, and advanced technological skills.

Educational Objectives

Our mission is to produce technology leaders in advanced fields, particularly those centered on core converging technologies such as intelligent mobility robots, displays, artificial intelligence, drones, autonomous vehicles, secondary batteries, and hydrogen energy. We strive to develop talent capable of spearheading future technological advancements through a product-based curriculum.

Majors Offered

Electrical and Electronics Engineering

This foundational technology in smart mobility covers electrical and electronic systems, as well as control systems, and encompasses advanced technologies integral to the Fourth Industrial Revolution.

Autonomous Robotics
  1. This major focuses on autonomous driving technology, equipping students with the skills to enable vehicles and robots to perceive and navigate their surroundings independently, incorporating sensor control, image recognition, and artificial intelligence (AI).

Secondary Battery
  1. Specializing in high-capacity, high-energy-density battery technologies, this major plays a crucial role in electric vehicles (EVs) and the development of lithium-ion energy storage systems.
Hydrogen Energy
  1. Focusing on hydrogen fuel cells that generate electricity, this major represents a sustainable and eco-friendly energy solution for the future.


Career Opportunities Post-Graduation

  • • Diverse Certifications: Our graduates can pursue a variety of certifications, including Electrical (Industrial) Engineer, Electronics (Industrial) Engineer, Semiconductor Design Industrial Engineer, Green Electric Vehicle Engineer, and more.
  • • Specialized Employment Fields: Graduates have opportunities in semiconductor and display companies, automotive assembly and parts manufacturers, secondary battery firms, hydrogen energy organizations, government agencies, major corporations, public institutions, research entities, startups, and higher education institutions.
  •  Global Employment Opportunities through the K-Move Program

 

  •  Successful employment outcomes include placements at prominent companies such as Samsung Electronics, Samsung C&T, LG Display, LS Cable, Hyundai Motor Company, Hyundai Rotem, Seongwoo Hitech, KEPCO KDN, Korea Electric Safety Corporation, Angel Co., Toptec Co., Hyosung Electric, Haitai Confectionery & Foods, Cuckoo Electronics, Jeil Electric Co., Starion, Korea Zinc Co., and the LG Electronics Changwon Plant Research Institute.

 

  •  Graduate School Admission Opportunities: Graduates have also gained admission to esteemed graduate programs, including the Graduate School of Electrical and Electronics Engineering at Hanyang University, the Graduate School of Electrical Engineering at Incheon University, the Graduate School of Computer Science at Kent State University (USA), the Graduate School of Industrial Engineering at Pusan National University, the Graduate School of Mechanical Engineering at Pusan National University, the Graduate School of Bioengineering at Korea University, the Graduate School of Radiation Science at Dongseo University, the Graduate School of ICT Engineering at Dongseo University, and the Graduate School of Electrical and Electronics Engineering at Kyunpook National University.