|
자회사/BG
|
인원
|
모집분야
|
수행직무/전공/자격요건
|
지역
|
|
기계/
Mechanical
Engineering
|
Thermal
& Fluid
|
00명
|
Thermal
& Fluid
|
- Supersonic/Subsonic solver development
- Design tool-CFD analysis tool integration & automation
- Even flow distribution and flow control
- Fluid induced vibration analysis
|
용인
(수지)
|
|
Turbo Machine
Flow
|
- Axial turbine design/flow analysis
- Multistage flow solver development including
wetsteam condensation
- Turbulence model development
|
용인
(수지)
|
|
Multi-phase
Flow
|
- 2 Phase Flow(Phase Change & Mixing)
CFD Analysis & Experiment
- Particle Generation and Behavior CFD
Analysis & Experiment(Fouling, Particle Separation, etc)
- Free Surface CFD Analysis and Experiment
|
용인
(수지)
|
|
Combustion
|
- Coal combustion analysis solver
development
- Combustion models development
(devolatilization, char conversion, gas reaction, etc)
- Coal burner combustion CFD analysis
- Coal boiler combustion optimization technology
|
용인
(수지)
|
|
Optimization of
Flow Circuit &
Heat Transfer
Surfaces
Arrangement
and
their Integrity
Assessment
|
- Development of design tools for various
type heat exchangers (condenser, feedwater heater,
moisture separator reheater, HRSG, Gas-Gas heater and etc.) - Analysis for transient heat transfer phenomena
- Dynamic simulation to predict the system dynamic behaviors
- Assessment of structural integrity, reliability and
life cycle of critical components
|
용인
(수지)
|
|
Heat Transfer
Performance
Improvement
|
- Optimum design of heat exchangers
- Experimental and numerical analysis of heat exchangers
- Heat transfer enhancement using super hydrophobic nanostructured surfaces
|
용인
(수지)
|
|
Structure
Vibration
|
00명
|
Structural
Strength
|
- Structure Analysis, Reliability
Analysis
- Seismic and Impact Analysis
- Optimum Design
|
용인
(수지)
|
|
Structure
Vibration
|
00명
|
Life
Assessment
|
- Fatigue Analysis and Life Assessment
- Crack Propagation Analysis, Creep Analysis
- Fatigue-Creep Interaction Analysis
|
용인
(수지)
|
|
Vibration
Engineering
|
- Structural Vibration
Analysis/Test Technology
- Rotor Dynamics and Tribology
- Signal Processing/Diagnostic Monitoring Technology
- Flow-induced Vibration
|
용인
(수지)
|
|
Noise
Engineering
|
- Noise Engineering and Noise Control
- Structure/Aerodynamic Noise Analysis and Test Technology
|
용인
(수지)
|
|
Plant
System
Engineering
|
00명
|
System
Performance
Analysis
|
- Plant cycle heat balance calculation
and
optimization technology
- Heat transfer and Boiler/Turbine performance design
- Tube inside flow balancing and stability analysis technology
|
용인
(수지)
|
|
System
Dynamic
Behavior
Analysis
|
- Computer aided dynamic simulation
technique
for power plant
- Boiler/HRSG dynamic analysis and system design technology
- Mechanical dynamics (Turbo machinery dynamic analysis, mechatronics)
- Simulator for power plant
|
용인
(수지)
|
|
Design Tool
Developmen
and
Automation
|
- Software design & integration,
Numerical analysis & algorithm
- Database design & data processing
- Graphics & data visualization, Application
framework
|
용인
(수지)
|
|
Combustion
System
Analysis
|
- Process design and optimization
- Thermal property, Thermal fluid characteristic research
- CAPE(Computer Aided Process Engineering) technology
- Supercritical fluid application technology development
|
용인
(수지)
|
|
New
Energy System
|
- Process design and optimization
- Thermal property, Thermal fluid characteristic research
- CAPE(Computer Aided Process Engineering) technology
- Supercritical fluid application technology development
|
용인
(수지)
|
|
전기전자/
Electrical
Engineering
|
Control
System
|
00명
|
Control System
Hardware
|
- Control system architecture design
- Embedded system hardware/firmware /FPGA design
- Industrial wireless, fieldbus communication
hardware/firmware design
- Inverter design
|
용인
(수지)
|
|
Control System
Software
|
- Control system software and
comunication protocol design
- Device driver design
- Engineering tool and database design
- Software verification and validation
|
용인
(수지)
|
|
Process
Control
|
00명
|
Control
algorithm
|
- Power & Desalination plant control
algorithm development
- Plant dynamic analysis & optimal tuning
technology development
|
용인
(수지)
|
|
Simulation &
Optimal control
|
- Power & Desalination plant
simulation & proven technology
- Optimal algorithm design using modern control theory
- Plant operation & reliability improvement technology
|
용인
(수지)
|
|
|
소재/
Material
Engineering
|
Material
Science &
Engineering
|
00명
|
Structural
Materia
|
- Alloy Design of Steel(Ferritic,
Martensitic, Austenitic) & Development
- Alloy Design(Simulation) of Non-ferrous Alloy (Ni & Co-based
Superalloy, Ti Alloy) & Development
- High Temperature Material for Steam, Gas Turbine, Boiler
Application
- Hot Stamping/Mold Steel & Roll Material
- Plant & Nuclear Material
|
창원
|
|
Material
Evaluation &
Life
Assessment
|
- Mechanical property/Evaluation of
ferrous & non-ferrous alloy
- Corrosion/Oxidation/Chemical metallurgy
/Diffusion
- Fatigue, Creep, Creep-Fatigue evaluation /Fracture mechanics
- Welding metallurgy/Simulation of welding
- Material evaluation/Life assessment of ferrous
& non-ferrous alloy
- Phase transformation/Metallography
/Crystallography
- Physical metallurgy
|
창원
|
|
Metal Process
Engineering
|
- Metal Forming & Process, Simulation
- Precision Forging & Open Die/Closed Forging of Metal
- Investment Casting of Ni- & Co-based Superalloy for GT Blade/Vane
- Ingot Making Process(ESR, VAR, VIM) & Simulation
|
창원
|
|
Advanced
Process
Development
|
00명
|
Surface
Treatment
|
- New process development of thermal
barrier coatings
- Surface treatment and coating powder materials development
- Optimized coating technology
- Metallurgical characteristics and reliability assessment techniques
|
창원
|
|
Welding Joining
|
- Repair Welding & Joining technology
of
Super Heat Resisting Alloys
- High Alloys Welding Metallurgy, Material Test & Evaluation
- Joining Material Development of Brazing & Diffusion Process
- Defect Analysis and Evaluation of Dissimilar Welding
|
창원
|
|
Structural
Integrity
Evaluation
|
- Flaw growth analysis & structural
integrity evaluation
- Evaluation of thermal, mechanical and welding
residual stresses using computer aided numerical method
- Fracture mechanical evaluation of cracked
structures, pipes & vessels
|
창원
|
|
화공/
Chemical
Engineering
|
Water R&D
|
00명
|
Desalination
|
- Advanced desalination technologies
(Electrochemical Tech, Noble membrane application, Energy consumption optimization, etc.)
|
용인
(수지)
|
|
Wastewater
Treatment
|
- Anaerobic digestion
technology(Pretreatment,
Biogas production, Wastewater treatment technology
after dewatering and drying, etc.)
- Industrial wastewater treatment(Process
Engineering,Absorption/separation technology)
- Advanced wastewater treatment technology
(Electrochemical Tech.)
|
용인
(수지)
|
|
Water system
hybridization
for
Low energy
Consumption
|
- Water system integration with
renewable energy
- Water process optimization for low energy consumption
- New process development applied with electrochemistry, osmotic technology, etc
|
용인
(수지)
|
|
가스터빈/
Gas Turbine
Technology
|
Gas Turbine
Development
|
00명
|
System
Integration
|
- Turbomachinery Rotor Integration Design
- Turbomachinery Layout/Platform Design
- Mechanical design (Pipe, Valves, Pedestal, etc)
- Turbomachinery Rotordynamics Analysis
|
창원
|
|
Compressor
|
- Axial Compressor Aerodynamic Design
- Turbomachinery Aeromechanic Design
- Turbomachinery Mechanical Design & Safety Evaluation
- Compress Performance/Aeromechanic Test
|
창원
|
|
Combustor
|
- Combustor Mechanical Design
- Combustor Heat Transfer Analysis/Cooling Design
|
창원
|
|
Turbine
|
- Axial Turbine Aero-Thermal Design
- Heat Transfer Analysis/Cooling Passage Design
- Cooled Blade/Vane Heat Transfer Tes
|
창원
|
|
