UST-KITECH School

Convergence Manufacturing system Engineering
Industrial Materials and Smart Manufacturing Engineering

Industrial Materials / Smart Manufacturing Engineering

The Department of Industrial Materials and Smart Manufacturing Engineering fosters excellent researchers in high-tech industrial materials such as electronic materials, light metals, rare earths, ceramics, nanocomposite materials, and inorganic hybrid materials, and advanced manufacturing fields such as semiconductor packaging, high-function thin film, and rare metal recycling and 3D Additive printing. In addition, students in this department study technology that can handle design and validation in virtual space by computational engineering analysis and they learn technologies that apply artificial intelligence technology and Internet of Things technology to manufacturing sites, as it becomes possible to analyze very large engineering models that were not possible in the past due to the rapid development of simulation technology and hardware

지도
Completion
Division
Subject Name (Korean and English)
Credit
Course Objectives

Course Objectives

The purpose of this lecture is to provide the students with- the application theory for semiconductor packaging material and electronic materials,- the instruction of the application tools such as device design tools,particularly in view of enlarging the integrated understanding of the students on the materials application.

Course Objectives

Rare earths are being issued due to various industrial and political understanding with nations. To prepare their explosive demand of industry near future, discuss the science within rare earths, and application

Course Objectives

Evaluation and comparing the phase transformations of metals and alloys under solidification and heat treatment conditions in both stable systems and metal stable systems through academic theories and industrial examples.

Course Objectives

Investigation design concepts and synthesis methods on the advanced composite materials which have magneto striction or phase recovering functionalities by emerging fabrication technologies, such as additive manufacturing or phase separation.

Course Objectives

The principle and application of powder fabrication and forming processes for advanced materials and rare metals.

Course Objectives

Understanding the principle and process of organic and inorganic chemical reaction for rare metal elements.

Course Objectives

Engineers learn the theory of fluid mechanics and computational fluid mechanics required in the industrial field, and learn how to simulate real natural phenomena to cultivate the ability to use them for work after graduation

Course Objectives

Understanding and applying the basic concepts and terms of the finite element method widely used in various fields of engineering to direct engineering problems, developing the ability to communicate with engineering analysis using the finite element method, and the ability to analyze the results of the finite element method.

Course Objectives

By understanding the basic concepts and terms of finite element sub-methods widely used in various fields of engineering and applying them to direct engineering problems, developing engineering analysis communication skills, and finite element method result analysis skills.

Course Objectives

Understanding the unique property of each rare earth element with the scientific and industrial R&D and application trend.

Course Objectives

Through the understanding of big data analysis and artificial intelligence, based on the 4th industrial revolution, insights and application capabilities to respond to the field of smart manufacturing processes can be obtained

Course Objectives

Students learn the basic knowledge and elemental process technologies necessary for 3D printing(Addtive Manufacturing), and learn the latest technology trends to cultivate the ability to use them for work after graduation

Course Objectives

Students learn basic theories and techniques for designing optical systems required in the industrial field, and learn various application cases using laser-based measurement and processing technology to cultivate the ability to use them for work after graduation

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Name
Detailed Major
Area
A Field of Study
Details
Bum Sung Kim 교수님
Industrial Materials/
Smart Manufacturing Engineering
Cheonan
Material Synthesis and Application for Rare Metal Reduction and Replacement

Details

  • Position

    Head Professor

  • Major

    Industrial Technology

  • Affiliation

    UST-KITECH School

  • Division

    Korea Institute for Rare Metals (KIARM)

Education

1998-02 / Hanyang University / Bachelor's

2000-02 / Hanyang University / Master's

2003-09 / Osaka University / Doctor's

Representative Study

“Thickness control of TiN network in CoCrFeNi matrix composite with tunable microstructure”, Applied Surface Science 543 (30) 148761 (2021)

“Synthesis of one-dimensional neodymium-iron-boron-oxides”, Materials Letters 264 127286 (2020)

"Fine Tuning of Colloidal CdSe Qunautm Dot Photovoltaic Properties by Microfluidic Reactors", Electrochimica Acta 28447 9 (2016)

“Enhancement of the efficiency of dye-sensitized solar cell by utilizing carbon nanotube counter electrode”, Scripta Materialia 62 148-150 (2010)

“Fabrication of Complex-shaped Alumina/Nickel Nanocomposites by GelcastingProcess", Journal of the European Ceramic Society, 24 [12] 3419-3425 (2004)

Performance

Development of smelting/refining technology of 4N5 ultra-high purity molybdenum with high melting point for semiconductor materials utilizing northern resources (2020~2024)

Development of one-dimensional FeNdB exchange coupling magnets manufacturing technology (2017~2020)

Development of High entropy alloys (2018~2020)

Development of high sensitive and functional organic.inorganic hybrid plastic composite for LED (2015~2018)

Si Young Kwak 교수님
Industrial Materials/
Smart Manufacturing Engineering
Siheung
Structural Analysis, Computational Fluid Dynamics, Perfoment Assesment, Design onbased on Standard or Design Codes, Developement SW using AI

Details

  • Position

    Principal Research

  • Major

    Convergence Manufacturing System Engineering

  • Affiliation

    Research Institute of Intelligent Manufacturing &

  • Division

    Research Institute Intelligent Manufacturing &Mate

Education

1994-02 / Inha University / Bachelor's

1996-02 / Inha University / Master's

2002-02 / Inha University / Doctor's

Representative Study

- Effect of Heat Treatment Residual Stress on Stress Behavior of Constant Stress Beam(2018, Journal of Compute Design Engineering)

- Design and Evaluation of the Thermal Capability to Secure a Working Time of Cryogenic Explosion-proof Camera in LNG Carrier Tank (2017, SCIE, INTERNATIONAL JOURNAL OF NAVAL ARCHITECTURE AND OCEAN ENGINEERING)

- Thermal stress analysis method considering geometric effect of risers in sand mold casting process (2014, SCIE,CHINA FOUNDRY)

- Effects of displacement boundary conditions on thermal deformation in thermal stress problems(2013, SCIE,CHINA FOUNDRY)

Performance

- Structural safety evaluation of 12-inch marine loading arm

- Development of large-scale high-quality aluminum sand casting technology

- Development of large aluminum permanent mold casting process technology for 550mm gate diameter pendulum valves for semiconductor/display devices

In-Sung Cho 교수님
Industrial Materials/
Smart Manufacturing Engineering
Incheon
Casting Process Design/Casting Design/Computational Materials Processing/3D Computed Tomograpjy/Sand 3D Printing

Details

  • Position

    Professor

  • Major

    Industrial Technology

  • Affiliation

    UST-KITECH School

  • Division

    Inteligent Manufacturing R&D Department

  • e-Mail

    ischo@kitech.re.kr

  • Homepage

  • TEL

    031-8084-8803

Education

1991-02 / Yonsei University / Bachelor's

1992-02 / Yonsei University / Master's

1997-08 / Yonsei University / Doctor's

Representative Study

IS Cho, KD Savelyev, VM Golod/Development of thermophysical calculator for stainless steel casting alloys by using CALPHAD approach/China Foundry/2017.8

IS Cho, CP Hong/Modeling of microstructural evolution in squeeze casting of an Al-4.5 mass% Cu alloy/ISIJ International/1997

IS Cho, CP Hong/Evaluation of heat-transfer coefficients at the casting/die interface in squeeze casting/IJCMR,/1996

Performance

Shae Kwang Kim 교수님
Industrial Materials/
Smart Manufacturing Engineering
Incheon
ECO-Mg & ECO-Al

Details

  • Position

    Professor

  • Major

    Industrial Technology

  • Affiliation

    UST-KITECH School

  • Division

    Advanced Materials and Proces R&D Department

  • e-Mail

    shae@kitech.re.kr

  • Homepage

  • TEL

    032-8500-412

Education

1995-02 / Sungkyunkwan University / Bachelor's

1997-02 / Sungkyunkwan University / Master's

2001-02 / Sungkyunkwan University / Doctor's

Representative Study

Kim et al., Magnesium-based Alloy for High Temperature and Manufacturing Method Thereof, US 8,808,423 B2, Aug. 19, 2014

Kim et al., Manufacturing Method of Aluminum Alloy, EP 2339037, Aug. 18, 2013

S. K. Kim, Design and Development of High-Performance Eco-Mg Alloys, in: Magnesium Alloys - Design, Processing and Properties, 1st ed., InTech, Rijeka, 2011, pp. 431-468.

Performance

Optimization of Thermomechanical Process for ECO-Almag Novel Sheet Alloys

Development for High Strength-High Ductility Al Alloys for HPDC

Development of Roll-Rod Bracket by HPDC

Alloy Design and Process Development for Super-Strength ECO-Almag(6-10)-X Alloys

TAEK-SOO KIM 교수님
Industrial Materials/
Smart Manufacturing Engineering
Incheon
Rare metals, Powder Materials, Light Alloys, Bioceramics

Details

  • Position

    Representative Professor

  • Major

    Industrial Technology

  • Affiliation

    UST-KITECH School

  • Division

    Vice President

  • e-Mail

    tskim@kitech.re.kr

  • Homepage

  • TEL

    032-850-0409

Education

1990-02 / Chungbuk National University / Bachelor's

1992-02 / Chungbuk National University / Master's

1998-02 / Chungnam National University / Doctor's

2004-04 / Tohoku University / Doctor's

Representative Study

T.S.Kim et al., Experimental investigation of diffusion behavior between molten Mg and Nd-Fe-B magnets, Journal of Alloys and Compounds, Vol. (2013) in printing

가스 분무 공정을 이용한 Nd-Fe-B 자성분말의 제조방법, 자성분말, 자성체 및 자성체의 제조방법 (10-2012-142448)

T.S.Kim et al., Effect of rapid cooling and extrusion ratio on the mechanical property of Mg alloys, Journal of Alloys and Compounds, Vol.504 (2010) 496 -499

Performance

Mg을 이용한 희토자석의 고기능 순환 소재화 기술 개발

미래분말소재 경쟁력 확보를 위한 Fe계 분말 제조 기술 개발

수소가스 운송을 위한 사용압력 450bar이상, 내용적 300리터 이상의 복합재료 압력용기 개발

용탕 분사형 Atomizing 법을 이용한 Nd계 자석 제조기술 개발

희소금속산업 육성 인프라구축

한-러 기술협력 플랫폼 구축사업

고순도 중희토류 추출을 위한 친환경 pyrometallurgy process 개발 및 소재화 기술개발

지속가능한 국내 희토류 산업 활성화를 위한 국제 표준 개발

Jiyong PARK 교수님
Industrial Materials/
Smart Manufacturing Engineering
Siheung
Laser based additive manufactruing technology

Details

  • Position

    Associate Professor

  • Major

    Industrial Technology

  • Affiliation

    UST-KITECH School

  • Division

    Inteligent Manufacturing R&D Department

  • e-Mail

    j.park@kitech.re.kr

  • Homepage

  • TEL

    031-8084-8835

Education

2008-08 / Hanyang University / Bachelor's

2010-08 / Hanyang University / Master's

2017-08 / Korea Advanced Institute of Science and Technology / Doctor's

Representative Study

Additive manufacturing of a shift block via laser powder bed fusion: the simultaneous utilisation of optimised topology and a lattice structure[VIRTUAL AND PHYSICAL PROTOTYPING,2020-09-15]

Simultaneous 3D surface profling of multiple targets by repetition rate scanning of a single femtosecond laser[INTERNATIONAL JOURNAL OF PRECISION ENGINEERING AND MANUFACTURING,2020-02-01]

Rigorous single pulse imaging for ultrafast interferometric observation[OPTICS EXPRESS,2019-07-08]

Performance

Jiyong Park, Seungman Kim, Byung Soo Kim, Young-Jin Kim and Seung-Woo Kim / Tuning range extension of pulse repetition rate using chirped fiber Bragg gratings / Optics Express / 2017.01.23.

Yang Lu*, Jiyong Park*, Dian Bian, Liandong Yu, Seung-Woo Kim / Simultaneous 3-D surface profiling of multiple targets by repetition rate scanning of a single femtosecond laser / IJPEM / 2020.02.01.

Yang Lu*, Jiyong Park*, Liandong Yu and Seung-Woo Kim / 3D profiling of rough silicon carbide surfaces by coherence scanning interferometry using a femtosecond laser / Applied Optics / 2018.04.01.

Jong Pil Yun 교수님
Industrial Materials/
Smart Manufacturing Engineering
Incheon
Industrial Artificial Intelligence, Intelligent manufacturing process/system, Smart factory, Machine vision, defect inspection, fault diagnosis

Details

  • Position

    Principal Researcher / Head of Center

  • Major

    Industrial Technology

  • Affiliation

    Research Institute of Intelligent Manufacturing

  • Division

    Manufacturing AI Research Center

  • e-Mail

    rebirth@kitech.re.kr

  • Homepage

  • TEL

    032-850-0290

Education

2003-02 / Kyungpook National University / Bachelor's

2009-08 / Pohang University of Science and Technology / Doctor's

Representative Study

Jong Pil Yun, Woosang Crino Shin, Gyogwon Koo, Min Su Kim, Chungki Lee, Sang Jun Lee / Automated defect inspection system for metal surfaces based on deep learning and data augmentation / Journal of Manufacturing Systems / 2020

Min Su Kim, Jong Pil Yun, PooGyeon Park / An Explainable Convolutional Neural Network for Fault Diagnosis in Linear Motion Guide / IEEE Transactions on Industrial Informatics / 2021

Woosang Shin, Jonghyeon Lee, Taehan Lee, Sangmoon Lee, Jong Pil Yun / Anomaly detection using score-based perturbation resilience / ICCV / 2023

Performance

Automated brittle fracture rate estimator for steel property evaluation using deep learning after drop-weight tear test[IEEE ACCESS,2019-10-04]

Prediction of the temperature of liquid aluminum and the dissolved hydrogen content in liquid aluminum with a machine learning approach[METALS,2020-03-02]

Automated defect inspection system for metal surfaces based on deep learning and data augmentation[JOURNAL OF MANUFACTURING SYSTEMS,2020-04-30]

Deep learning based discrimination of soft tissue profiles requiring orthognathic surgery by facial photographs[SCIENTIFIC REPORTS,2020-10-01]

Deep learning based prediction of extraction difficulty for mandibular third molars[SCIENTIFIC REPORTS,2021-01-21]

Deep-learning for predicting C-shaped canals in mandibular second molars on panoramic radiographs[DENTOMAXILLOFACIAL RADIOLOGY,2021-01-06]

Unified deep neural networks for end-to-end recognition of multi-oriented billet identification number[EXPERT SYSTEMS WITH APPLICATIONS,2021-04-15]

An explainable convolutional neural network for fault diagnosis in linear motion guide[IEEE TRANSACTIONS ON INDUSTRIAL INFORMATICS,2021-06-01]

Deep learning based prediction of necessity for orthognathic surgery of skeletal malocclusion usin cephalogram in Korean individuals[BMC ORAL HEALTH,2021-03-18]

Deep-learning-baed detection of cranio-spinal differences between skeletal classification using cephalometric radiography[DIAGNOSTICS,2021-03-25]

Linearly sensitive pressure sensor based on a porous multistacked composite structure with conrolled mechanical and electrical properties[ACS APPLIED MATERIALS & INTERFACES,2021-06-23]

An explainable neural network for fault diagnosis with a frequency activation map[IEEE ACCESS,2021-07-08]

Deep learning neural networks to differentiate stafne's bone cavity from pathological radiolucent lesions of the mandible in heterogeneour panoramic radiography[PLOS ONE,2021-07-20]

Deep learning-based prediction of paresthesia after thrid molar extraction: a preliminary study[DIAGNOSTICS,2021-08-30]

Multi-channel object detection for detecting suspected trees with pine wilt disease using multispectral drone imagery[IEEE JOURNAL OF SELECTED TOPICS IN APPLIED EARTH OBSERVATIONS AND REMOTE SENSING,2021-08-04]

Automatic brittle fracture ratio estimation using convolutional neural network regression based on classmap regulation[IEEE ACCESS,2021-10-05]

Three-dimensional postoperative results prediction for orthognathic surgery through deep learning-based alignment network[JOURNAL OF PERSONALIZED MEDICINE,2022-06-18]

Attention-based multimodal image feature fusion module for transmission line detection[IEEE TRANSACTIONS ON INDUSTRIAL INFORMATICS,2022-11-01]

Deep learning-based explainable fault diagnosis model with an individually grouped 1-D convolution for three-axis vibration signals[IEEE TRANSACTIONS ON INDUSTRIAL INFORMATICS,2022-12-01]

Robust and explainable fault diagnosis with power-perturbation-based decision boundary analysis of deep learning models[IEEE TRANSACTIONS ON INDUSTRIAL INFORMATICS,2023-05-01]

Deep learning synthesis of cone-beam computed tomography from zero echo time magnetic resonance imaging[SCIENTIFIC REPORTS,2023-04-13]

Lee Hyub 교수님
Industrial Materials/
Smart Manufacturing Engineering
Gyeong-gi(Siheung)
Additive Manufacturing Process Monitoring and Control

Details

  • Position

  • Major

    Industrial Technology

  • Affiliation

  • Division

    3D Printing Manufacturing Innovation Center

  • e-Mail

    leehyub@kitech.re.kr

  • Homepage

  • TEL

    031-8084-8828

Education

2009-02 / Korea Advanced Institute of Science and Technology / Bachelor's

2011-02 / Korea Advanced Institute of Science and Technology / Master's

2016-02 / Korea Advanced Institute of Science and Technology / Doctor's

Representative Study

- Lee, Hyub, Chin Huat Joel Lim, Mun Ji Low, Nicholas Tham, Vadakke Matham Murukeshan, and Young-Jin Kim./Lasers in additive manufacturing: A review/International Journal of Precision Engineering and Manufacturing-Green Technology/12 July 2017

- Lee, Hyub, Mun Ji Low, Chin Huat Joel Lim, Jianing An, CS Suchand Sandeep, Thazhe Madam Rohith, Hyug-Gyo Rhee, Vadakke Matham Murukeshan, and Young-Jin Kim/Transferable ultra-thin multi-level micro-optics patterned by tunable photoreduction and photoablation for hybrid optics/Carbon/23 April 2019

- Park, Sangbaek*, Hyub Lee*, Young-Jin Kim, and Pooi See Lee/Fully laser-patterned stretchable microsupercapacitors integrated with soft electronic circuit components/NPG Asia Materials/03 October 2018

Performance

Treatise(Recent 5 yesrs)- Effects of Pre- and Post-heat treatments on Microstructure and Tensile Behaviors of 630 Stainless Steel Repaired by Metal Additive Manufacturing[JOURNAL OF MATERIALS RESEARCH AND TECHNOLOGY-JMR&T,2021-05-27]

- A Preliminary Study on the Lamination Characteristics of Inconel 718 Superalloy on S45C Structural Steel using LENS Process[한국기계가공학회지,2021-01-31]

- Effects of Deposition Strategy and Preheating Temperature on Thermo-Mechanical Characteristics of Inconel 718 Super-Alloy Deposited on AISI 1045 Substrate Using a DED Process[MATERIALS,2021-04-05]

- Additive Manufacturing of a Shift Block via Laser Powder Bed Fusion: the Simultaneous Utilisation of Optimized Topology and a Lattice Structure[VIRTUAL AND PHYSICAL PROTOTYPING,2020-09-15]

- Attachable Micropseudosapacitors Using Highly Swolen Laser-induced-graphene Electrodes[CHEMICAL ENGINEERING JOURNAL,2019-12-27]

- Laser-induced Reduced-graphene-oxide Micro-optics Patterned by Femtosecond Laser Direct Writing[APPLIED SURFACE SCIENCE,2020-05-21]

- Transferable Ultra-thin Multi-level Micro-optics Patterned by Tunable Photoreduction and Photoablation for Hybrid Optics[CARBON,2019-04-23]

- Coherent Power Amplification of Third-order Harmonic Femtosecond Pulses at Thin-film Up-conversion Nanoparticles[SCIENTIFIC REPORTS,2019-03-25]

- Fully Laser-patterned Stretchable Microsupercapacitors Integrated with Soft Electronic Circuit Components[NPG ASIA MATERIALS,2018-10-03]

- Nonlinear Third Harmonic Generation at Crystalline Sapphires[OPTICS EXPRESS,2017-10-11]

- Lasers in Additive Manufacturing: A Review[INTERNATIONAL JOURNAL OF PRECISION ENGINEERING AND MANUFACTURING-GREEN TECHNOLOGY,2017-05-21]

- 에너지 제어 용착을 이용한 스테인리스 316L의 적층 특성 및 기계적 물성 평가[한국기계가공학회지,2021-06-20]

- Selective compositional range exclusion via directed energy deposition to produce a defect-free Inconel 718/SS 316L functionally graded material[ADDITIVE MANUFACTURING,2021-09-08]

 Seok-Jun Seo 교수님
Industrial Materials/
Smart Manufacturing Engineering
Incheon
Rare Metal Recycling, Rare Metal Oxide Nanoparticle Synthesis

Details

  • Position

    Principle Researcher

  • Major

    Industrial Materials and Smart Manufacturing Engin

  • Affiliation

    Korea Institute of Rare Metal

  • Division

    Manufacturing Technology Office

  • e-Mail

    sjseo@kitech.re.kr

  • Homepage

  • TEL

    +82 32 458 5114

Education

2004-02/KAIST/Bachelor's

2006-08/KAIST/Master's

2011-08/KAIST/Doctor's

Representative Study

Full-Color Phosphors with Rare Earth Complex

Rare Metal Free Oxide Thin Film Transistors

Eco-Friendly Process for Rare Earth Recycling

Performance

Technology for the eco-friendly rare earth refining from used motors and manufacture of permanent magnet materials

High purity metal refining technology for titanium metal with zero toxic gas(chlorine and fluorine) emission

Development of synthesis technology of high surface area mesoporous copper based metal oxides using inverse micelle for electrochemical application

Development of high efficiency hydrogen production system using high frequency induction heating

Cheol woo  Ha 교수님
Industrial Materials/
Smart Manufacturing Engineering
Siheung
Smart manufacturing technology based on Micro/Nano 3D printing

Details

  • Position

    Senior Researcher

  • Major

  • Affiliation

    Research Institute of Advanced Manufacturing&Mater

  • Division

    Advanced Joining and Additive Manufacturing R&D De

  • e-Mail

    cwha@kitech.re.kr

  • Homepage

  • TEL

    031-8084-8827

Education

2009 / KAIST / Bachelor's

2011 / KAIST / Master's

2016 / KAIST / Doctor's

Representative Study

Sequential process optimization for a digital light processing system to minimize trial and error, Scientific Report, 2022

Performance

(MOTIE) Development of Modular Continuous Flow Reaction System for High Purity 5G Low Dielectric Material Using DfAM-based 3D Printing

Son, Yong 교수님
Industrial Materials/
Smart Manufacturing Engineering
SIHEUNG
Metal 3D printing manufacturing technology

Details

  • Position

    Professor

  • Major

    Industrial Materials and Smart Manufacturing Engin

  • Affiliation

    KITECH

  • Division

    Additive Manufacturing Innovation Agency

  • e-Mail

    sonyong@kitech.re.kr

  • Homepage

  • TEL

    031-8084-8824

Education

2006 / Hanyang University / Bachelor's

2008 / KAIST / Master's

2013 / KAIST / Doctor's

Representative Study

Additive manufacturing of a shift block via laser powder bed fusion: the simultaneous utilisation of optimised topology and a lattice structure, VIRTUAL AND PHYSICAL PROTOTYPING, 2020

Performance

Development of Metal 3D Printing Production and Maintenance Commercialization Technology for National Defense Demands (2018~2021)

Demonstration support of 3D printing industrial parts industrial technology (2020~2023)

Development of DfAM-based 3D Printing technology for combustor parts of private sector initiative small space launcher engine(2022~2024)

Kyoung-tae, Park 교수님
Industrial Materials/
Smart Manufacturing Engineering
Incheon
Pyrometallurgy refining & smelting, molten salt electrolysis, fuel cells for high-temperature power generation, highly active and refractory metal powder materials

Details

  • Position

    Professor

  • Major

    Materials Science and Engineering

  • Affiliation

    KITECH

  • Division

    Korea Institute for Rare Metal

  • e-Mail

    ktpark@kitech.re.kr

  • Homepage

  • TEL

    0322261351

Education

2007 / Chungnam National University / Bachelor of Engineering

2010 / Chungnam National University / Master of Engineering

2013 / Chungnam National University / ph.D of Engineering

Representative Study

Effects of reduction temperature and diluent content on the properties of high-purity tantalum powder prepared using the Hunter process, International Journal of Refractory MEtals and Hard Materials 112: 106128, 2023.

Kinetic study of electrochemical deoxidation of commercially pure titanium in molten magnesium chloride, Journal of Materials Science, 1-17, 2023.

Effective Deoxidation Process of Titanium Scrap Using MgCl2 Molten Salt Electrolytic, Metals, 11(12), 1981, 2021.

Removal of Mg and MgO By-Products through Magnesiothermic Reduction of Ti Powder in Self-Propagating High-Temperature Synthesis, Metals, 9(2), 169, 2019.

Pre-treatments of initial materials for controlling synthesized TaC characteristics in the SHS process, Jounal of Powder Materials, 25(3), 251-256, 2018.

Performance

Development of manufacturing technology for lithium-based cathode materials with a purity of over 99% using an eco-friendly new method from secondary battery scrap black powder

Development of deoxidation refining process using off grade Ti scrap over 100 kg per day for the production of 4N5 grade ingot and utilizing

Development of platform process using common core and materialization technology for rare metal recovery from industrial low-grade waste

Development of recycling technology for tungsten waste (2 ton/year) in photolithography lamp, a by-product of semiconductor precess

Development of eco-friendly smelting technology for the production of rare metal production for lowering manufacturing costs using solid oxide membrane

KIM, JaeHwang 교수님
Industrial Materials/
Smart Manufacturing Engineering
JEONJU
Aluminum alloys, Heat treatment, Phase transformation, Precipitate, Nanoclusters, 3-dimensional atom probe

Details

  • Position

    Professor

  • Major

    Materials Science and Engineering

  • Affiliation

    KITECH

  • Division

    Carbon & Light Materials Application R&D Group

  • e-Mail

    raykim@kitech.re.kr

  • Homepage

  • TEL

    0632103715

Education

2008 / Jeonbuk Univ. / Bachelor

2010 / Tokyo Institute of Technology / Master

2012 / Tokyo Institute of Technology / Doctor

Representative Study

Microstructural evolution at the initial stage of two-step aging in an Al-Mg-Si alloy characterized by a three dimensional atom probe, Materials Science & Engineering A, Vol 815, pp 141031, 2021

Enhanced mechanical properties of Al–Si–Cu–Mg(-Fe) alloys by a deformation-semisolid extrusion process, Materials Science & Engineering A, Vol 825, pp 141667, 2021

Using multiple regression analysis to predict directionally solidified TiAl mechanical property, Journal of Materials Science & Technology, Vol 104, pp 285-291, 2021

Machine learning prediction of the mechanical properties of -TiAl alloys produced using random forest regression model, Journal of Materials Science & Technology, Vol 18, pp 520-530, 2022

Clustering evolution during low temperature aging and thermal stability during two-step aging in Al-Mg-Si alloys, Journal of Alloys and Compounds, Vol 946, pp 169291, 2023

Performance

Development of heat treatment technology for high strength aluminum alloys based on control of cluster formation below 2nm using 3 dimensional atom probe

Development of 3.0 GPa% grade aluminum material and casting analysis technology for high vacuum die casting

Commercialization development of 3Bar watertight performance inverter housing for electric vehicle applying machine learning based dissimilar friction stir welding

Seo Taehoon 교수님
Industrial Materials/
Smart Manufacturing Engineering
Gwangju
WBG Semiconductor power devices, Opto-electronic based on Ⅲ-Ⅴ compound semiconductors, Graphene

Details

  • Position

    Principal Researcher

  • Major

    UST/Industrial Materials and Smart Manufacturing E

  • Affiliation

    Seonam Technology Application Division(Purpose Bui

  • Division

    Energy & Nano Technology Group

  • e-Mail

    thseo@kitech.re.kr

  • Homepage

    -

  • TEL

    +82-62-600-6530

Education

2008 / Chonbuk National University / Bachelor's

2010 / Chonbuk National University / Master's

2014 / Chonbuk National University / Doctor's

Representative Study

Dominant formation of h-BC2N in h-BxCyNz films: CVD synthesis and characterization / 2021

Graphene-Based PDLC Device Enabled by Water-Induced Interface Cleaning Process/ 2023

Bayesian Optimization of Wet-Impregnated Co-Mo/Al2O3 Catalyst for Maximizing the Yield of Carbon Nanotube Synthesis / 2024

Performance

Research on characteristics of purpose-oriented multidimensional semiconductor material-based flexible devices

Development of process technology for graphene-based OLED lighting

Research on semiconductor nanosensor materials/devices for future and autonomous vehicles

Lee hak jun 교수님
Industrial Materials/
Smart Manufacturing Engineering
CHEONAN
Semiconductor inspection/packaging/test equipment technology, ultra-precision mechatronics

Details

  • Position

    Principal Researcher

  • Major

    Materials Science and Engineering

  • Affiliation

    KITECH

  • Division

    Industrial Transformation Technology Department

  • e-Mail

    hak1414@kitech.re.kr

  • Homepage

  • TEL

    041-589-8553

Education

2010 / Korea Advanced Institute of Science and Technology / Bachelor

2017 / Korea Advanced Institute of Science and Technology / Ph. D

Representative Study

Development of Air Bearing Stage Using Flexure for Yaw Motion Compensation, Actuators / 2022

Optimal Design of the Electroadhesion Pad with a Dual-Insulating Layer for Climbing Robots, Actuators / 2022

Vibration Damped Tool Holders in Industrial Robotic Machining Systems, IJPEM / 2023

Development of an ultrasonic-assisted soldering system for Fe-based lead frame surface coating, JMST / 2023

Development of Wafer Bonding System for High Precision Bonding Alignment, IJPEM / 2024

Performance

[Ministry of Trade, Industry and Energy] Development of commercialization technology for bonding/debonding equipment and adhesives for ultra-thin wafer handling for HBM manufacturing – 2022~2025

[Ministry of Trade, Industry and Energy] Micro semiconductor socket for high-density semiconductor inspection – 2023~2025

[Industrial Project-SEMES] Development of 6-degree-of-freedom stage – 2023~2025

[Ministry of Trade, Industry and Energy] Development of robot processing system for milling/routing/trimming processing with smart workpiece holder and smart gripper – 2021~2024

[Ministry of SMEs and Startups] Development of ultra-precision motion stage standard platform for semiconductor preprocess inspection/measurement/high-vacuum equipment – ​​2021~2025

[Ministry of SMEs and Startups] Development of UTG (Ultra-Thin Glass) property reinforcement coating process and equipment for foldable IT devices (smartphones/tablets/laptops) – 2021~2024

[Ministry of Land, Infrastructure and Transport] Smart logistics center Development of core technology for magnetic levitation multi-parallel transport and sorting system – 2020~2022

[Industrial Project] Basic design and test support service for single-axis actuator performance test device – 2021~2024

Seongil Kim 교수님
Industrial Materials/
Smart Manufacturing Engineering
CHEONAN
Energy and industrial sectors: Thermal/Energy optimization (process simulation, numerical simulation, dynamic simulation), AI-based energy system optimization, Hydrogen and ammonia production and utilization.

Details

  • Position

    Senior Researcher

  • Major

    Green Process and Energy System Engineering

  • Affiliation

    UST-KITECH SCHOOL

  • Division

    Low-carbon Emission Control Technology R&D Departm

  • e-Mail

    ksungil85@kitech.re.kr

  • Homepage

  • TEL

    041-589-8403

Education

2012 / Sungkyunkwan Univ. / Bachelor's

2014 / KAIST / Master's

2019 / KAIST / Doctor's

Representative Study

Publications (SCI)

● Evaluation of effects of ammonia co-firing on the thermal performances of supercritical pulverized coal and circulating fluidized bed boilers, Energy Conversion and Management) / 2023

● Assessment of energy self-sufficiency of a smart farm through integrated modeling of air-source heat pumps and solar power generation, Applied Energy) / 2024

● Improving waste-incineration energy recovery efficiency using a reverse calculation algorithm to estimate waste composition and heating value, Waste Management) / 2024

Performance

● Development of AI based prototyping SW advancement technology for intelligent conversion of energy field (COMPA, 24.04~25.12)

● Development and demonstration of Ammonia 20% co-combustion technology for Power generation CFB boilers (KETEP, 23.04~27.12)

● Development of combined cycle of magnetohydrodynamics(MHD) and hydrogen gas turbine with turquoise hydrogen (NST, 22.06~27.05)

● Optimization of energy-environment integrated management using modeling, data prediction and analysis (KETEP, 22.04~25.03)

● Development and demonstration of 2 ton/hr industrial hydrogen boiler (KEIT, 23.04~26.12)

● Development of 10Kg_H2/day hydrogen production technology by natural gas pyrolysis with molten metal catalysts (KETEP, 24.07~26.12)

Chisung Ahn 교수님
Industrial Materials/
Smart Manufacturing Engineering
Siheung
Development of synthesis and application technologies for nanomaterials based on plasma processes

Details

  • Position

    Principal Researcher

  • Major

    Industrial Materials and Smart Manufacturing Engin

  • Affiliation

    UST-KITECH SCHOOL

  • Division

    Customized Manufacturing R&D Department

  • e-Mail

    cahn@kitech.re.kr

  • Homepage

  • TEL

    031-8084-8634

Education

2010 / Sungkyunkwan Univ. / Bachelor's

2016 / Sungkyunkwan Univ. / Doctor's

Representative Study

- A study of highly activated hydrogen evolution reaction performance in acidic media by 2D heterostructure of N and S doped graphene on MoOx, Carbon Energy / 2023

- Synthesis of multiphase MoS2 heterostructures using temperature-controlled plasma-sulfurization for photodetector applications, Nanoscale / 2023

- Friction characteristics of molybdenum disulfide thin films synthesized via plasma sulfurization, Advanced Engineering Materials / 2021

Performance

- Development of multifunctional high conductivity-corrosion coating technology for high performance of semiconductor inspection probe

- Development of stacking technology of self-lubrication nanostructure by CVD process

- Development of combined process technology of electrochemical etahing and CMP for hybrid bonding

Seung Jin Oh 교수님
Industrial Materials/
Smart Manufacturing Engineering
Jeju
Thermal Energy Storage, Heatpump, Energy Conversion, P2H

Details

  • Position

    Principal Researcher

  • Major

    Green Process and Energy System Engineering

  • Affiliation

    UST-KITECH SCHOOL

  • Division

    Jeju Technology Application Division

  • e-Mail

    ohs8680@kitech.re.kr

  • Homepage

  • TEL

    0647541534

Education

2005 / Jeju National University / Bachelor's

2008 / Jeju National University / Master's

2014 / Jeju National University / Doctor's

Representative Study

Performance and feasibility assessment of an adsorptive-dehumidification system utilizing a heat pipe-based desiccant-coated heat exchanger / 2005

Numerical Study on the performance of a heat pump-driven-DCMD for sustainable desalination/2022

Heat and Mass Transfer of a Decoupling Cooling System: A Desiccant-Coated Heat Exchanger and a Dew-Point Evaporative Cooler/2022

Performance

Ministry of Science and ICT/ Development of Multi-Sector Coupling Core Technology for Increasing Receptivity of Variable Renewable Energy/ 2024.07.01.~2025.06.30.

Ministry of Trade, Industry and Energy/ Development of P2Heat Technology Using Renewable Energy Curtailment/ 2022.04.01.~2025.12.31.

Development of Buffer Functional Materials and Active Utilization System for Urban Climate Change/ 2023.05.01.~2026.12.31.

  • Fluorescent synthetic analyzer

    Fluorescent synthetic analyzer

    • Holding Area

      Incheon

    • Equipment Description

      희토류 컨텀닷 형광체의 실시간 배합 및 평가 모니터링 시스템

  • Industrial CT-computed tomography

    Industrial CT-computed tomography

    • Holding Area

      Incheon

    • Equipment Description

      의료용 단층촬영기(CT)를 산업용을 목적으로 하여 3차원적 고성능을 갖춘 기능으로 발전시킨 장비이며 X-ray투시에 의해 각종 금속,비금속 소재 및 부품 등의 내부결함, 형상, 치수 등 다양한 특성을 신속,정확하게 분석 할 수 있는 장비입니다.

  • Scanning electron microscope

    Scanning electron microscope

    • Holding Area

      Incheon

    • Equipment Description

      신소재 표면의 미세한 구조를 확대 관찰하는 전자현미경

  • New alloy powder manufacturing equipment for 3D pr

    New alloy powder manufacturing equipment for 3D pr

    • Holding Area

      Incheon

    • Equipment Description

      용융 금속에 고압의 가스를 분사하여 3D프린팅용 등의 신소재 분말을 제조하는 첨단장비

  • Semiconductor chip bonder

    Semiconductor chip bonder

    • Holding Area

      Incheon

    • Equipment Description

      초소형 반도체칩의 접합 실험장비

  • Glow discharge mass spectrometer

    Glow discharge mass spectrometer

    • Holding Area

      Incheon

    • Equipment Description

      신소재의 첨가원소 및 불순물을 ppm(백만분의 일) 단위까지 측정하는 초고분해능 성분 분석기

Project Title
Task Period
Total Research Costs
Joint Research Institute
Subject Content

'There is no such information.'