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한밭대학교우주국방첨단융합학과

HIGHHANBAT

Introduction

Department of Advanced Convergence in Aerospace and Defense HANBAT NATIONAL UNIVERSITY

This department will train talented people in mechanical/air/control/video engineering convergence technology to lead the core future strategic system technologies of space defense such as satellites, UAVs, drones, and fighter jets, and after graduation, it is expected to enter various high-tech industries such as defense companies, aerospace research institutes, and precision sensor and control companies.

Departmental Talent Awards

- Engineers equipped with space and defense mechanical systems and control capabilities

- Problem-solving talent with experimental, design, and analysis capabilities

- Engineers with the ability to utilize convergence technologies such as electronic, control, and image processing

Prospects related to the department

The Republic of Korea is located in a strategic location where geopolitical powers meet. In addition to military tensions with North Korea, international conflicts and technological competition over the Korean Peninsula are intensifying. As a result, strengthening of defense capabilities and securing independent technologies have become a necessity, not an option anymore. In particular, the K-bang industry has rapidly emerged as a growth industry that attracts attention from all over the world in recent years, with the export of high value-added defense technologies such as fighter jets, guided weapons, drones, precision sensors and satellite platforms simultaneously achieving technological independence. Major countries such as the U.S., Europe, Japan, and China recognize space as a "new battlefield" and the next-generation stage of the industry, accelerating private space development and investment in military space technology. In the midst of this trend of the times, graduates of the advanced convergence major space agencies in space have the opportunity to advance into all directions of their core industries

Recommended to

  • Students interested in future technologies such as space, drones, satellites, and fighter jets
  • Students who want to design and implement mechanical, electronic, aviation, and AI technologies
  • Students who want to analyze problems based on mathematics and physics and solve them with real systems
  • Students interested in smart defense technologies such as image analysis, sensor control, and precision optics
  • Students who are passionate about contributing to skills in strategic skills and national security