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Research and Development support

Establishment and Operation of a specialized Defense Development Research Institute

Project objective

Contribute to enhancing the competitive advantage of the defense industry and regional economic vitality through industry-academia-government collaborative research and development in innovative technology specialized for defense drones, leveraging local innovative resources and capabilities, and cultivating professionals in the drone sector

Overview
  • Research & development 

    : Establishment of a specialized defense development research institute

    • KAIST : Research and development of motors, power sources, components, and materials for small drones

    • Chungnam National University : Research and development of dynamics modeling, nonlinear control, and aerodynamics for small drones

    • Future technology transfer to small and medium-sized enterprises

  • Eligibility

    • Small and medium-sized enterprises related to defense and drones in Daejeon

    • Undergraduate and graduate students in Daejeon

  • Support provided

    This table explains the classification and support details.
    Category Support details
    Support for the development of small and medium-sized enterprises
    • Support for research and development costs sustained by small and medium-sized enterprises through discovery of required technologies integrated with specialized areas

    • Technical advice for challenges faced by small and medium-sized enterprises

    Training of professionals
    • Open courses for industry-academic cooperation

      • New employee training and capacity building for existing employees in small and medium-sized enterprises

    • Specialized training open platform

      • Specialized training for drones

      • Internship programs

      • Industry-academia collaboration projects

    Network support
    • Building a regional win-win cooperation system

      • Industry-academia-research-government-military network (technical exchange meetings, letters of intent for cooperation)

  • Project period 

    : Dec. 2022 ~ Dec. 2026 (approximately 49 months)

  • Project budget 

    : Total of 129.5 billion KRW (National funds 75 billion, local funds 54.5 billion / R&D 120 billion, HR training 9.5 billion)

  • Executing agencies 

    : KAIST(lead organization), Chungnam National University(Participation), Daejeon Technopark(Participation)

  • Main content 

    • (R&D) Specialized defense research and development

      • General projects : Discovery and collaborative research of roadmap-based research projects

      • Preliminary projects : Collaborative research for materials, components, equipment technologies with autonomous projects in drone field

    • (R&D) Support for the development of small and medium-sized enterprises

      • Discovery of required technologies integrated with specialized areas → Support for research and development costs for small and medium-sized enterprises

      • Technical advice, use of research equipment, testing/certification/evaluation support, etc.

    • (Education) Cultivating specialized personnel: Design/operation of specialized drone education programs, hands-on training, integrated operation with “specialized defense research and development”

Project activities
This is a table explaining R&D (ultra-compact + rough terrain landing), th.
R&D
(Ultra-small +
rough terrain landing)
  • Fuel cell research and development : Fundamental research on the characteristics and design of fuel cells for drones

  • Research and development on 3D printing components and materials : Preliminary research on structural design and process, research on the rotor vibration reduction system

  • Actuator development : Patent analysis and mechanism analysis of the propulsion system and structural operation of micro-drones

  • Research and development on drones landing on rough terrain : Conceptual design refinement and development of key technologies for rough terrain landing module

  • Modeling control research and development : Literature review and dynamic modeling analysis based on system identification

  • Rotor aeromechanics research and development : Development of rotor aeromechanics model
HR development program
  • Curriculum design for open courses in industry-academic cooperation : Design of 6 required necessary topics for existing employees

  • Open platform design for specialized education : Curriculum design for specialized education targeting undergraduate and graduate students

Network
  • Domestic and international technology partnership and military application case studies : 2 cases

    • Analysis of defense drone military application cases by the Joint Chiefs of Staff Drone Operations Command (June 30, 2023)

    • Analysis of defense drone military application cases by the ROK Army Training & Doctrine Command (July 18, 2023)

  • Construction of a regional win-win cooperation system related to drones : 3 letters of intent for cooperation signed

    • Business collaboration agreement with Hanwha Systems (July 25, 2023)

    • Business collaboration agreement with the ROK Army Training & Doctrine Command (August 8, 2023)

    • Business collaboration agreement with the Korea Anti Drone Industry Association (August 14, 2023)