Download Full list of supervisors IHPC – Institute of High Performance

Full list of supervisors
IHPC – Institute of High Performance Computing
Surname
Given
Names
Department
Research Interests
Email Contact
-
Tandiono
IHPC/Fluid
Dynamics
[email protected]
Ahluwalia
Rajeev
Materials Science &
Engineering
Akimov
Yuriy
Electronics &
Photonics
Ba
Te
IHPC/Fluid
Dynamics
Bai
Kewu
Materials Science &
Engineering
Microfluidics, Acoustic cavitation,
Boundary layer flows, Hot-wire
anemometer
Phase Transformations,
Ferroelectrics, shape memory alloys.
Crack Propagation and Dislocation
dynamics, Microstructural Evolution
using Phase Field Modeling
1. Hydrodynamics
2. Nonlinear wave optics
3. Plasma physics
4. Nano-Photonics and Plasmonics
Multiphase fluid modeling and
analysis, Free surface tracking
methodology, Species transport and
reaction modeling
Computational Material Science
Bai
Ping
Electronics &
Photonics
[email protected]
Branico
Paulo
Independent
Investigatorship
Cheng
Ming
IHPC
Chirila
Constantin
Ciprian
Chu
Hong-son
IHPC/Materials
Science &
Engineering/Optics
& Transport
Electronics &
Photonics
Chwee
Tsz Sian
Jeremy
Computational nanoelectronics,
Nanoelectronic device modeling,
Nanophotonic device modeling
1. Large scale molecular dynamics
simulations
2. High strength ceramics at extreme
conditions
3. Dynamics of fast dislocations
4. Mechanical properties of
nanophase ceramics
5. Scalable parallel algorithms for
data mining and structure analysis
• Computational fluid dynamics
• Numerical method; vortex
dynamics; fluid-structure interaction
• Multi-phase and multi-component
flows
Laser interaction with matter, ab
initio numerical methods, X-Rays /
University of Bucharest (Romania)
Theoretical Physics
Plasmonics/nanophotonics and
optics components and devices for
data communication, sensing and
biological application.
Computational electromagnetics for
microwave and photonics.
Reduced scaling quantum chemical
methods
Intermolecular interactions
Materials Science &
Engineering
[email protected]
[email protected]
[email protected]
[email protected]
[email protected]
[email protected]
[email protected]
[email protected]
[email protected]
Full list of supervisors
Excited state quantum chemistry
Cui
Fangsen
Modeling and simulation of medical
device (stent), computational
biomechanics, Vibration and noise
Big data analytics, cloud computing,
parallel/distributed computing
[email protected]
Rubing
IHPC/Engineering
Mechanics/Soft
Matter
IHPC
Duan
Evgeniy
Burlutskiy
Fluid Dynamics
[email protected]
Farber
Ilya
Foo
Choon
Chiang,
Keith
Computational
Social Cognition
(Computing Science)
IHPC/Engineering
Mechanics
Fu
Xiuju
Gan
Chee
Kwan
Cross-disciplinary
data-intensive
analytics group
(Computing Science)
Materials Science &
Engineering
Generic interest of modelling of
complex multiphase flow systems
Advanced computational modelling
(3D CFD and CMFD, 1D Thermalhydraulic codes)
Software development (1D Transient
Compressible Non-isothermal
Multiphase flows)
Oil and gas pipeline designing by
using of the mathematical software
Cognitive neuroscience, neural basis
of consciousness, decision-making,
philosophy of mind
Mechanics of soft active materials,
Soft machines and stretchable
electronics, Structural deformation
and failure analysis
Data mining/analytics, data stream
mining, time-series data analysis,
complex network/system modeling
and simulation
Tight-binding and DFT calculations of
transport properties
Gandhi
Alagappan
Materials Science &
Engineering
Photonic Crystals and Quantum
Optics
[email protected]
Goh
Siow
Mong, Rick
Computing Science
[email protected]
Guo
Junyan
Engineering
Mechanics
Guo
Tianfu
Engineering
Mechanics
Parallel applications performance
prediction, Adaptive parallelism and
scheduling algorithms for multicore
and clusters, Lock-free parallel
algorithms, Large-scale discrete
event simulation
One of my current researches is
focused on growth, formation and
mechanics of nanostructures in
semiconductor material systems.
The influence of diffusion, growth,
and stress on the morphological
evolution of nanostructures in
epitaxial thin films is being
investigated. I am also interested in
numerical modeling and simulations
of mechanical response of various
engineering structures.
Constitutive modeling and numerical
simulation of polymeric materials,
soft matter and bulk metallic glasses
[email protected]
[email protected]
[email protected]
[email protected]
[email protected]
[email protected]
[email protected]
Full list of supervisors
Hariharaputra
n
Ramananr
ayan
Materials Science &
Engineering
Hegde
Ravi
Electronics &
Photonics
Herberg
Jonathan
IHPC
Hung
Gih Huang,
Terence
NA
Huynh
Phung
Hyunh
Computing Science
Jhon
Mark
Hyunpong
IHPC Independent
Investigatorship
Jin
Hongmei
Materials Science &
Engineering
Kang
Chang Wei
Fluid Dynamics
Ke
Yi Ping
Khoo
Eng Huat
Computing
Science/Crossdisciplinary Dataintensive Analytics
(CDA)
Electronics &
Photonics
Khoo
Khoong
Hong, Amy
Materials Science &
Engineering
Klaseboer
Evert
Fluid Dynamics
Koh
Wee Shing
Independent
Investigatorship
1. Mechanics of nanostructures
2. Physics of surfaces
3. Computational Phase
transformation
1. Electromagnetic metamaterials
2. Nonlinear fiber optics
[email protected]
a-star.edu.sg
Perception of agents and actions,
theory of mind, educational and
social psychology, human-robot
interaction
Cloud computing, high performance
computing, distributed computing,
big data, cloud-based data analytics
GPU mapping optimization,
hardware/software partitioning,
scheduling, large scale data analytics
Structure of flexible nanomaterials,
Mechanical properties of
nanostructured materials, in
particular biological hard tissues
such as bone and seashell, Magnetic
properties of nanostructured
materials for data storage
Surface, interface chemistry
[email protected]
Hydrodynamic study of wastewater
treatment process; multiphase flow
modelling; thermal and fluid flow
modeling for thermal spray process;
industrial applications using CFD.
Large-scale data mining and
machine learning; Data
management and information
analytics; Massive network
[email protected]
Research interest includes
nanophotonics, photonic crystals,
plasmonics, passive and active
semiconductor devices, quantum
mechanics and solid state physics.
Computational materials, Nanoscale
electronics, Molecular dynamics
[email protected]
Bubble and drop dynamics and how
to simulate them using boundry
elements methods
Intense electron-beam
nanostructure interactions, Charged
particle beam transport theory and
particle-in-cell simulations,
Computational micro- and nanoelectronics, Photonic-electronic
device integration
[email protected]
[email protected]
[email protected]
[email protected]
[email protected]
[email protected]
[email protected]
[email protected]
[email protected]
Full list of supervisors
Kuo
Shyh Hao
Computing Science
Le
Duc Vinh
Fluid Dynamics
Lee
Kee
Khoon,
Gary
Computing Science
Legara
Erika Fille
Leong
Fong Yew
IHPC/Computing
Science/Complex
Systems
Programme, Crossdisciplinary Dataintensive Analytics
(CDA)
Fluid Dynamics
Li
Erping
Electronics &
Photonics
Li
Hongying
IHPC/Fluid
Dynamics
Li
Xiaorong
Computing Science
Ligatchev
Valeri
Materials Science &
Engineering
1. Time Series Analysis for Rare
Event Detection
2. Emerging Parallel Programming
Techniques for Heterogeneous
Multicore
3. Computational Techniques for
Numerical Optimisation
4. Computational Linear Algebra and
Numerical Algorithms
Computational Mechanics;
Computational fluid dynamics; Fluidstructure interactions; High
Performance Computing; Biophysics;
Mechanics of cell membrane;
Numerical methods
Application of Artificial Intelligence
in multi-disciplinary problems
Machine Learning
Data Mining
Bioinformatics
Complexity science, Complex
network analysis, agent-based
modelling, computational social
science, statistical science
[email protected]
1. Bio-fluid mechanics
2. Heat and mass transfer
3. Aerosol science and technology
Micro/nanoscale electronics device
and electromagnetic modelling,
Electromagnetic research for hispeed digital, mixed signal and RF
integrated circuits, fast/efficient
computational electronics including
Fast Multiple algorithm, FDTD, FEM,
hybrid methods
1. Single-phase flow in complex
geometries 2. Multiphase flows 3.
Finite volume method4. Single and
two-phase flow and heat transfer in
porous media5. Level-set method 6.
Conjugate heat transfer
Parallel and Distributed systems,
Interactive Multimedia
Communication,Grid/Utility
Computing, QoS Management and
Adaptations
Effects of morphology on singleelectron and optical spectra of
spatially non-homogeneous
crystalline and amorphous
semiconductors and insulators,
including nano-scaled ones;
[email protected]
[email protected]
[email protected]
[email protected]
[email protected]
[email protected]
[email protected]
[email protected]
Full list of supervisors
deconvolution of single-electron and
relaxation time spectra from illposed integral equations of the first
kind
Computational geometry; surface
reconstruction
[email protected]
Lim
Chi Wan,
Calvin
Computing Science
Lim
Soon Thor
Electronics &
Photonics
Silicon nano-photonics, Nanophotonic biosensors
[email protected]
Lim
Teck-Bin
Arthur
IHPC
[email protected]
Lim
Materials Science &
Engineering
Liu
Chiang
Huay
Freda
Enxiao
Computational fluid mechanics, flow
control, aero-loads or aerodynamics
on rotor systems, environmental
assessment/modelling
Surface reactions, Heterogeneous
Catalysis, Consumer Care
[email protected]
Liu
Ping
Engineering
Mechanics
Liu
Zhengtong
Electronics &
Photonics
Liu
Yushi
IHPC
Lou
Jing
Fluid Dynamics
Lu
Xin
IHPC
Luo
Xin
IHPC/Materials
Science &
Engineering/Interfac
es
Computational Electromagnetics,
High-Speed Interconnect Modeling,
Electrical Modeling of Electronic
Packaging
• Low-dimension quantum
structures
• Carbon nanotube-based
nanodevices
• Cell dynamics
Photonic and plasmonic
nanostructures, metamaterials,
computational electromagnetics,
multiphysics modeling, parallel
computing, ellipsometry, graphene
• Computational fluid dynamics
• Environmental fluid mechanics
• High performance computing
Multiphase flow and mass/heat
transfer modeling; Fluid-structure
interaction; Coastal pollution and
ecosystem modeling; Nonlinear
wave-current dynamics; Bio fuid
mechanics; CFD applications
• Finite volume methods for solving
Navier-Stokes equations and
turbulence;
• Moving boundary and fluidstructure interaction simulations;
• Multiphase flows and free surface
capture;
• Marine & offshore engineering
First-principles calculation on
Electronic transport between
metal/insulator interface; Phonon
and thermoelectric properties in 2D
Low dimensional nanomaterial;
Ferroelectric, Ferromagnetic
properties in oxide interface.
Electronics &
Photonics
[email protected]
[email protected]
[email protected]
[email protected]
[email protected]
[email protected]
[email protected]
Full list of supervisors
Mak
Materials Science &
Engineering
Manica
Weng Kin
Adrian
Matthew
Rogerio
Miao
Haiyan
IHPC/Fluid
Dynamics
Ng
Kuang
Chern
Nathaniel
Materials Science &
Engineering
Ng
Man Fai,
Andy
Materials Science &
Engineering
Nguyen
Vinh-Tan
IHPC/Fluid
Dynamics
OHL
Siew-Wan
IHPC/Fluid
Dynamics
Ong
Phuong
Khuong
Materials Science &
Engineering
Pautler
David
Computing Science
Pei
Qing Xiang
Engineering
Mechanics
Png
Ching Eng,
Jason
Electronics &
Photonics
Poh
Hee Joo
Fluid Dynamics
Qin
Zheng
Distributed
Computing
(Computing Science)
Independent
Investigatorship
Electronic structure theory, Clean
energy applications, Free radical
chemistry
1. Colloid and interfacial science 2.
Bubbles and drops interactions 3.
Numerical simulations
Urban Wind Simulation, Multiphase
Flow, Alternative Fuels, Spray &
Combustion, Internal Combustion
Engine: Design & Optimisation
1. Phase Field Models for
Microstructural Evolution
2. Experimental Studies in
Ferroelectric Perovskites & Polymers
Optical/Electronic/Electrical
properties of nano-scaled materials
and large organic molecules
Fluid dynamics, biological flows,
fluid-structure interactions,
numerical methods
Fluid/bubble dynamics, numerical
simulation, high speed photography
[email protected]
Ab initio studying of electronic and
physical properties of materials;
Computational design new
materials; Metal-insulator phase
transitions / Solid state Physics:
electronic, magnetic, optic
properties of inorganic materials;
Materials science; DFT
Symbolic models of commonsense
psychology; embodied
conversational agents; sociopragmatics
Modeling and simulation of
nanostructures and nanomaterials,
Modeling and optimization of
manufacturing processes, Finite
element and molecular dynamics
simulations, Coupled structural,
thermal, and fluid flow analysis,
Modeling of biomolecular system
Silicon Photonics, Integrated optics,
Biophotonics
[email protected]
Computational Fluid Dynamics,
Green Buildings, Fuel Cell Renewable
Energy, Basic and Application Study
in Fluid Flow, Heat and Mass
Transfer
Cloud computing, data analytics,
MapReduce/Hadoop, parallel and
distributed systems
[email protected]
[email protected]
[email protected]
[email protected]
[email protected]
[email protected]
[email protected]
[email protected]
[email protected]
[email protected]
[email protected]
Full list of supervisors
Quek
Boon Kiat
IHPC
• Robotics: autonomous unmanned
vehicles; autonomous system
survivability; multi-agent systems;
control architecture design for
autonomy; fuzzy logic control and
inference; system engineering and
integration; computer vision;
machine perception; wireless
networking; artificial cognitive
systems
• Computational Social Cognition:
computational models of social
information processing of affective
and cognitive states and other sociocognitive constructs (e.g.,
motivations, emotions, action
tendencies, personality, attitudes,
behaviour); connectionist and
localist-connectionist networks;
cognitive modelling and simulation
Dislocation dynamics, Interfacial
dynamics, Computational
mechanics, Thin film mechanics
Electronic Structure and Transport
from First Principles; Nanoscale
spintronics, thermoelectrics,
photovoltaics and catalysis
Mechanical properties of graphene
and carbon nanotubes
Mechanical and thermal properties
of two-dimensional nanomaterials
Heterogeneous catalysis, biomass
conversion, homogeneous catalysis,
zeolites, metal particles,
photocatalysis, method
development
1. Plasma physics
2. MD simulation
3. Hydrodynamics
Human-machine interaction;
robotics; artifical intelligence
[email protected]
Quek
Siu Sin,
Jerry
Materials Science &
Engineering
Quek
Su Ying
IHPC Independent
Investigatorship
Reddy
Chilla
Damodara
Engineering
Mechanics
Roesch
Notker
IHPC
Rutkevych
Pavlo
Materials Science &
Engineering
Saerbeck
Martin
Computing Science
Seduraman
Abirami
Materials Science &
Engineering
1. Computational Chemistry
2. Modeling Biomolecules
[email protected]
Sorkin
Viacheslav
Engineering
Mechanics
[email protected]
Srinivasan
Bharathi
Madurai
Engineering
Mechanics
Su
Yi
Computing Science
1. Self-assembly of carbon nanotubes on quartz substrate surfaces
2. Multi-scale Modeling of Materials
3. Quantum Monte Carlo
4. Phase Transitions
5. Scientific Visualization
1. Plastic deformation
2. Dynamic Fracture
3. Pattern formation on surfaces
Automatic quardrilateral and
hexahedral mesh generation; Non-
[email protected]
[email protected]
[email protected]
[email protected]
[email protected]
[email protected]
[email protected]
Full list of supervisors
Sullivan
Michael
Brian
Materials Science &
Engineering
Tan
Teck
Leong
IHPC/Materials
Science &
Engineering
Tong
Joo Chuan
IHPC
Turangan
Cary
Kenny
Fluid Dynamics
Wan
Yee Ming
Stephen
IHPC/Fluid
Dynamics
Wee
Keng Boon
Dave
IHPC Independent
Investigatorship
Wong
Chiong
Teck
Materials Science &
Engineering
Wu
Chih Hua
Keni
IHPC
Wu
David
Materials Science &
Engineering
Wu
Gang
Materials Science &
Engineering
Yang
Shuowang
Materials Science &
Engineering
manifold and mixed-dimensional
mesh generation; Mesh enrichment
and adaptive mesh generation;
Computational geometry; Scientific
visualization
Chemistry of Materials, Catalysis,
Interfacial Chemistry
[email protected]
First-principles based models for
alloy structural prediction as applied
to nanoalloy structures and energy
applications.
Data mining, pattern recognition,
bioinformatics, transportation and
logistics
Detonation modelling (compressible
flow), Cavitation Bubble Collapse,
Computational Cancer Mechanics
• Analysis and application of particle
laden and granular flow (erosion,
abrasive jets, shot-peening, drill
chips transport, surface finishing and
material removal processes)
• Microfluidics (micro mixers, heat
exchangers and micropumps)
Computational systems biology,
computational drug discovery and
design.
Elucidating reaction mechanisms of
organocatalyst-catalyzed reactions
[email protected]
• Slamming
• Sloshing phenomenon and its
application in engineering
• Wave energy capture system
Theory and modelling of nucleation,
crystallization and grain growth
Keni Wu Chih-Hua
Heat conduction and heat
controlling in low dimensional
systems; Molecular dynamics
method and Non-equilibrium
Green’s function method;
Vibrational properties and Raman
spectra of nano-materials;
Theoretical investigation of
thermoelectric materials; Predict the
material properties using density
functional theory; Gradientcorrected EAM potentials.
First principle calculations on
nanostructures such as nanotubes,
nanowire and nanoclusters,
Theoretical investigation molecular
electrical conductivity and magnet,
Surface adsorptions and reactions,
Chemical thermodynamic and
[email protected]
[email protected]
[email protected]
[email protected]
[email protected]
[email protected]
[email protected]
[email protected]
Full list of supervisors
kinetics simulations.
Yang
Yinping
Independent
Investigatorship
Yim
Wai-Leung
Independent
Investigatorship
Yu
Zhigen
Materials Science &
Engineering
Zhang
Gang
IHPC/Engineering
Mechanics
Zhang
Jia
Materials Science &
Engineering
Zhang
Yong-Wei
Engineering
Mechanics
Zhang
Zuoqi
IHPC/Engineering
Mechanics
Zhao
Weijiang
Electronics and
Photonics
Zheng
Jianwei
Materials Science &
Engineering
# E-Negotiation System Design, User
Behavior, and Success
# The Business Model of Cloud
Computing
# Strategies and Persuasion in
Negotiation
chemical reactions on surfaces,
multiscale modeling, phonon
properties in low dimensions
Transparent conducting oxides
(TCOs) and optoelectronic devices,
Semiconductor thin film technology
and process, p -type ZnO fabrication
and applications, Molecular
modeling for materials
Nanoscale Thermal Conduction;
Thermoelectric Materials: Energy
Transfer and Harvesting;NanoElectronics: Transport Through
Nanotubes, Nanowires and
Graphene
Computational modeling of
electronic properties of
nanomaterials; Computational
modeling of surface and surface
catalysis
Modelling and simulation of
mechanical properties and
morphological evolution of
nanomaterials, soft materials and
biomaterials.
1) Biomechanics, especially
related topics on hierarchical and
multifunctional materials
2) Nanomechanics, especially
related topics on carbon nanotube
or graphene based materials and
devices
3) Characterization and
optimization of composites with
microstructures
Electromagnetic Compatibility;
Antennas and Electromagnetic
Scattering; Computational
Electromagnetics
Photocatalysts, Li-ion battery
materials, functionalization of
nanotube and graphene
[email protected]
[email protected]
[email protected]
[email protected]
[email protected]
[email protected]
[email protected]
[email protected]
[email protected]