Projects

Ongoing

Completed



March 2022 –       Development of Vibration Based Diagnosis Software for Naval Ships

  August 2022      ▪ Funded by Hanwha Systems

                                 ▪ Developing vibration diagnosis software for rotor systems in naval ships

 

January 2022 –     Diagnosis Technology for Early Detection of Thermal Runaway of Li-ion Rechargeable Battery

  August 2022    ▪ Funded by National Research Council of Science and Technology (NST)

                                 ▪ Developing early detection method for Li-ion battery thermal runaway

 

November 2021 –  (PI) Development of Domain-invariant and Comprehensive Artificial Intelligence Model for

  November 2022  Fault Diagnosis of a System with In-homogenous Operating Characteristics

                                 ▪ Funded by National Research Council of Science and Technology (NST)

                                 ▪ Developing domain adaptation based diagnosis for gearbox systems

 

June 2021 –          (PI) Development of AI Based Diagnosis Method for Journal Bearing Systems

  May 2022            ▪ Funded by Pioneer Metal Bearings

                                 ▪ Developing AI based diagnosis method for journal bearing rotor systems

 

September 2020 –    Establishment of AI Data Dam for Mechanical Systems

  February 2021    ▪ Funded by Ministry of Education, Science and Technology

                                 ▪ Developed “AI-Hub” data set of induction motors at Daejeon metro stations

 

June 2020 –          Development of Fault Diagnosis Algorithms for Hydraulic Pumps and Motors

  December 2020  ▪ Funded by Hyundai-Doosan Infracore

                                 ▪ Developed basic framework for hydraulic axial piston pumps and motors

 

April 2020 –         Development of Automatic High Precision Balancing Machine System

  August 2022  ▪ Funded by Ministry of Trade, Industry and Energy

                                 ▪ Developing automatic balancing machine system for blowers in fuel cell electric vehicles

 

April 2020 –       Development of Elevator Operating Managing Service Technology for Extending Available

August 2022 Service Time of Elevator

                             ▪ Funded by Ministry of Trade, Industry and Energy

                                 ▪ Developing fault diagnosis method for permanent magnet synchronous motor (PMSM)

 

April 2019 –         Artificial Intelligence Based Predictive Diagnosis and Damage Management Technology

  August 2022  ▪ Funded by National Research Council of Science and Technology (NST)

                                 ▪ Developing fault diagnosis and prognosis method for boiler feed water pump

 

January 2018 –     Development of Scale-Free Fault Diagnosis Techniques for Similar Mechanical Systems

  December 2020  ▪ Funded by Korea Institute of Machinery and Materials (KIMM)

                                 ▪ Developing domain adaptation techniques for various scaled rotor systems

 

August 2017 –      Development of Health State Diagnostics and Prognostics based on Integration of Artificial

February 2019    Intelligence and Expert Knowledge

                               ▪ Funded by Korean Electric Power Corporation (KEPCO)

                               ▪ Developed health diagnosis system for power transformers using deep learning approach

 

March 2016 –       Development of Diagnostic and Prognostic Module for LNG Carrier Propulsion Shaft System

February 2017    ▪ Funded by Hyundai Heavy Industries

▪ Developed health monitoring system for synchronous motor system (data-driven approach)

 

January 2013 –     Embodiment of Fault Symptoms Monitoring Method for Large Rotor Systems with Journal

April 2017           Bearings in Ultra Super-Critical Power Plant

                               ▪ Funded by Korean Ministry of Trade, Industry, and Energy

                               ▪ Developed health diagnosis system for the steam turbine based on vibration signals

                               ▪ Involved from designing data acquisition strategy to user interface design