institute of materials research and engineering · advanced catalysis design for flow electro/photo...
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No: RI
Category (please refer to the SINGA website on this)
Supervisor's Name Supervisor's DesignatioWebsite address of personal webpage (if any)
Email Contact Potential PhD Project Title/Area Degree Awarded By
1 IMRE
Alternative Energy/Material Sciences/Nano‐Science and Technology
Albertus Denny Handoko
Scientist II
https://www.a‐star.edu.sg/imre/Talent/ctl/StaffDetails/mid/16645/tid/596.aspx
[email protected]‐star.edu.sg
Advanced catalysis design for flow electro/photo catalysis for CO2 and N2 conversion to valuable chemicals and fuels
NUS/NTU/SUTD
2 IMRENano Science and Technology
Arseniy Kuznetsov Principal Scientist I
https://www.a‐star.edu.sg/imre/Research/Departments/Advanced‐Concepts‐Nanotechnology‐ACN/Nanophotonics
[email protected]‐star.edu.sg
Nanophotonics; Flat optics; Dielectric nanoantennas; Reconfigurable metasurface; NUS/NTU/SUTD
3 IMRE Materials SciencesBirch William Richard Nicholas
Senior Scientist II w‐[email protected]‐star.edu.sgCost‐effective functional surfaces on degradable cell culture supports" within the domain of "scalable cell manufacturing in free‐volume bioreactors
NUS/NTU/SUTD
4 IMRE
Material Sciences/Electronics/Photonics /Solid State Device
Chellappan Vijila Senior Scientist I
https://www.a‐star.edu.sg/imre/Talent/ctl/StaffDetails/mid/16645/tid/26.aspx
c‐[email protected]‐star.edu.sg
1. High throughput optical diagnostics of thin films
2. Machine Learning guided material property prediction and optimization
NUS/NTU/SUTD
5 IMRE Materials Sciences Chen Shuting Scientist III [email protected]‐star.edu.sg
Smart materials, particularly ferroelectric and piezoelectric materials for electrical applications.
Development of ultrasonic transducers using novel piezoelectric material/structure for non‐destructive testing (NDT) applications.
NUS/NTU/SUTD
6 IMRENano Science and Technology
Chi Dongzhi Principal Scientist I dz‐[email protected]‐star.edu.sg
(1) Van der Waals integration of 2D materials into 3D smart system on Si platform(2) Novel 2D semiconductors: material growth, layer transfer, & device fabrication
NUS/NTU/SUTD
Institute of Materials Research and Engineering
No: RI
Category (please refer to the SINGA website on this)
Supervisor's Name Supervisor's DesignatioWebsite address of personal webpage (if any)
Email Contact Potential PhD Project Title/Area Degree Awarded By
7 IMRE
Alternative Energy/Material Sciences/Nano‐Science and Technology
Chiam Sing Yang Senior Scientist [email protected]‐star.edu.sg
Surface and interface studies for electronic and energy related applications
NUS/NTU/SUTD
8 IMREElectronics/Solid State Devices
Chiam Sing Yang Senior Scientist [email protected]‐star.edu.sg
Surface and interface studies for electronic and energy related applications
NUS/NTU/SUTD
9 IMRE
Electronics/Photonics/Micro‐Electro‐Mechanical Systems technology, sensors and detectors
Ding Lu Scientist III [email protected]‐star.edu.sgReconfigurable metasurface; nanophotonics; Dielectric nanoantennas
NUS/NTU/SUTD
10 IMREElectronics/Photonics/Nano Science and Technology
Dong Zhaogang Scientist III
https://www.a‐star.edu.sg/imre/Talent/ctl/StaffDetails/mid/16645/tid/68
[email protected]‐star.edu.sg Sub‐10‐nm nano‐plasmonics; Nanoscale light emitting devices; Dielectric nanoantennas; Nanophotonics
NUS/NTU/SUTD
11 IMRE Materials SciencesFam Wen Hui Derrick
Scientist [email protected]‐star.edu.sg
Structural energy storage materials
Flame retardant systems for structural compositesNUS/NTU/SUTD
12 IMRE
Electronics/Photonics/Solid State Devices/Material Science/Nano Science and Technology/Artificial Intelligence
Goh Kuan Eng Johnson
Senior Scientist III
https://sg.linkedin.com/in/johnson‐goh‐765a307
[email protected]‐star.edu.sg
Spin‐valley Qubits:
1. Quantum materials engineering for qubits2. High‐quality encapsulation for quantum materials3. Design and fabrication of gated quantum dot devices for qubits4. Quantum measurements for qubits (DC and RF)5. Cryogenic electronics for quantum measurements6. Impact of defects on qubit performance7. Machine learning for quantum materials characterization 8. Machine learning for qubit optimization
NUS/NTU/SUTD
No: RI
Category (please refer to the SINGA website on this)
Supervisor's Name Supervisor's DesignatioWebsite address of personal webpage (if any)
Email Contact Potential PhD Project Title/Area Degree Awarded By
13 IMRE
Electronics/Photonics/Solid State Devices/Material Science/Nano Science and Technology
Goh Kuan Eng Johnson
Senior Scientist III
https://sg.linkedin.com/in/johnson‐goh‐765a307
[email protected]‐star.edu.sg
Valleytronics:
1. Heterostructure growth and development for transition metal dichalcogenides2. Dielectric development and characterization3. Contact engineering for valleytronics4. Charge/Spin transport investigations5. Valleytronic device development6. Single photon generation
NUS/NTU/SUTD
14 IMRE Materials Sciences He Chaobin Principal Scientist II cb‐[email protected]‐star.edu.sg
Polymer nanocomposites
Organic inorganic hybrids
Block copolymers and self‐assembly
Scattering method in polymer research
NUS/NTU/SUTD
15 IMRE Materials SciencesHippalgaonkar Kedar
Senior Scientist Ihttps://kedarh.wixsite.com/nanotransport
[email protected]‐star.edu.sg
• Artificial Intelligence in Materials Science• Thermal, electrical and Thermoelectric transport; • Energy devices and systems; • Heterogeneous and Electrocatalysis with Machine Learning and High‐throughput experiments (HTE);• Polymer flow chemistry with Machine Learning and THE;• Electronic materials – calculation of charge scattering times with high performance computing (DFT and beyond);• High‐throughput rapid synthesis of inorganic materials
NUS/NTU/SUTD
16 IMREElectronics/Photonics/Solid State Devices
Huang Xiaohu Scientist [email protected]‐star.edu.sg
Multifunctional materials for optoelectronics, thermoelectric, electrochromic, etc.
NUS/NTU/SUTD
No: RI
Category (please refer to the SINGA website on this)
Supervisor's Name Supervisor's DesignatioWebsite address of personal webpage (if any)
Email Contact Potential PhD Project Title/Area Degree Awarded By
17 IMRE Materials Sciences Huang Xiaohu Scientist [email protected]‐star.edu.sg
Multifunctional materials for optoelectronics, thermoelectric, electrochromic, etc.
Advanced ceramic coatings
CO2 conversion for sustainability
NUS/NTU/SUTD
18 IMRE Materials Sciences Jatin Nitin Kumar Scientist [email protected]‐star.edu.sg
AI for Polymer Discovery and Innovation; The Development of Natural Polymers for Nanomedical Applications
NUS/NTU/SUTD
19 IMREElectronics/Photonics/Solid State Devices
Ke Lin Senior Scientist Ikaren‐[email protected]‐star.edu.sg
Terahertz emission NUS/NTU/SUTD
20 IMREElectronics/Photonics/Solid State Devices
Ke Lin Senior Scientist Ikaren‐[email protected]‐star.edu.sg
Surface Terahertz Phenomena for Enhanced Detection
NUS/NTU/SUTD
21 IMRENano Science and Quantum Technology
Krivitskiy Leonid Senior Scientist III
https://www.a‐star.edu.sg/imre/Research/Departments/Advanced‐Concepts‐Nanotechnology‐ACN/Quantum‐Sensors
[email protected]‐star.edu.sg
Nonlinear and quantum opticsOptical interfaces with nanomaterialsQuantum Sensing
NUS/NTU/SUTD
22 IMRENano Science and Quantum Technology
Leong Xu Heng Victor
Scientist II
https://www.a‐star.edu.sg/imre/Research/Departments/Advanced‐Concepts‐Nanotechnology‐ACN/Quantum‐Sensors
[email protected]‐star.edu.sg
Quantum opticsOptical interfaces with nanomaterialsNanophotnics
NUS/NTU/SUTD
23 IMREFunctional materials (polymer; hybrid)
Li Xu Senior Scientist III x‐[email protected]‐star.edu.sgNanostructured hybrid polymer materials and their application
NUS/NTU/SUTD
24 IMRE Materials Sciences Li Xu Senior Scientist III x‐[email protected]‐star.edu.sgNanostructured hybrid polymer materials and their application
NUS/NTU/SUTD
No: RI
Category (please refer to the SINGA website on this)
Supervisor's Name Supervisor's DesignatioWebsite address of personal webpage (if any)
Email Contact Potential PhD Project Title/Area Degree Awarded By
25 IMRENano Science and Technology
Li Xu Senior Scientist III x‐[email protected]‐star.edu.sg
Nanostructured hybrid materials for energy storage; Nanostructured hybrid materials for biomedical applications; Nanostructured hybrid materials for food preservation applications
NUS/NTU/SUTD
26 IMREFunctional materials (polymer; hybrid)
Li Zibiao Senior Scientist I
https://scholar.google.com/citations?user=gRUvVV4AAAAJ&hl=en
[email protected]‐star.edu.sgHigh Performance Green Biocomposites; Bioplastics for Circular Economy NUS/NTU/SUTD
27 IMRE Materials Sciences Li Zibiao Senior Scientist I
https://scholar.google.com/citations?user=gRUvVV4AAAAJ&hl=en
[email protected]‐star.edu.sg
High Performance Green Biocomposites;Bioplastics for Circular Economy
NUS/NTU/SUTD
28 IMRE Electronics/Photonics Liang Xinan Senior Specialist III
https://www.a‐star.edu.sg/imre/Talent/ctl/StaffDetails/mid/16645/tid/706
[email protected]‐star.edu.sg
1. Nondestructive testing technologies ‐ digital shearography and pulsed phase thermography;2. Dielectric Metasurface for holographic optical element and submicron spatial light modulator3. Near eye holographic display with nano antenna based spatial light modulator;
NUS/NTU/SUTD
29 IMREElectronics/Photonics/Solid State Devices
Liu Hong Senior Scientist I
https://www.a‐star.edu.sg/imre/Talent/ctl/StaffDetails/mid/16645/tid/191
h‐[email protected]‐star.edu.sg
Tunable metasurfaces, active control of beam steering and shaping, 3D laser fabrication for photonic structures
NUS/NTU/SUTD
30 IMRE Materials Sciences LIU Hong Senior Scientist I
https://www.a‐star.edu.sg/imre/Talent/ctl/StaffDetails/mid/16645/tid/191
h‐[email protected]‐star.edu.sgHigh refractive index polymer materials development for nanophotonics; novel materials with electrically tunable refractive index
NUS/NTU/SUTD
31 IMRE
Micro‐Electro‐Mechanical Systems technology, sensors and detectors
Liu Hong Senior Scientist I
https://www.a‐star.edu.sg/imre/Talent/ctl/StaffDetails/mid/16645/tid/191
h‐[email protected]‐star.edu.sg N.A. NUS/NTU/SUTD
No: RI
Category (please refer to the SINGA website on this)
Supervisor's Name Supervisor's DesignatioWebsite address of personal webpage (if any)
Email Contact Potential PhD Project Title/Area Degree Awarded By
32 IMRENano Science and Technology
Liu Hong Senior Scientist I
https://www.a‐star.edu.sg/imre/Talent/ctl/StaffDetails/mid/16645/tid/191
h‐[email protected]‐star.edu.sg3D free form laser fabrication of nanostructures for advanced optics and photonics; high refractive index soft materials development for 3D printing.
NUS/NTU/SUTD
33 IMREPhysical Science and Engineering
Liu Hongfei Senior Scientist II [email protected]‐star.edu.sgAdvanced Surface Enhancement
Structural Alloy MaterialsNUS/NTU/SUTD
34 IMREPhysical Science and Engineering
Liu Hongfei Senior Scientist II [email protected]‐star.edu.sgCoating Science and Technology
Protective CoatingsNUS/NTU/SUTD
35 IMRE
Alternative Energy/Material Sciences/Nano‐Science and Technology
Liu Hongfei Senior Scientist II [email protected]‐star.edu.sgNon‐graphene 2D materials
Semiconductor MaterialsNUS/NTU/SUTD
36 IMREElectronics/Photonics/Solid State Devices
Liu Hongfei Senior Scientist II [email protected]‐star.edu.sgNon‐graphene 2D materials
Semiconductor Materials NUS/NTU/SUTD
37 IMRE Materials Sciences Liu Hongfei Senior Scientist II [email protected]‐star.edu.sgNon‐graphene 2D materials
Semiconductor Materials NUS/NTU/SUTD
38 IMRE
Micro‐Electro‐Mechanical Systems technology, sensors and detectors
Liu Hongfei Senior Scientist II [email protected]‐star.edu.sg
Non‐graphene 2D materials
Semiconductor Materials NUS/NTU/SUTD
39 IMRENano Science and Technology
Liu Hongfei Senior Scientist II [email protected]‐star.edu.sgNon‐graphene 2D materials
Semiconductor Materials NUS/NTU/SUTD
40 IMRE
Semiconductor process technology and advance packaging
Liu Hongfei Senior Scientist II [email protected]‐star.edu.sgNon‐graphene 2D materials
Semiconductor Materials NUS/NTU/SUTD
No: RI
Category (please refer to the SINGA website on this)
Supervisor's Name Supervisor's DesignatioWebsite address of personal webpage (if any)
Email Contact Potential PhD Project Title/Area Degree Awarded By
41 IMRE Materials Sciences Liu Songlin Senior Scientist II [email protected]‐star.edu.sg
Polymer composites and nanocomposites
Polymeric membrane materials and technology for separation
NUS/NTU/SUTD
42 IMRENano Science and Technology
Liu Songlin Senior Scientist II [email protected]‐star.edu.sg
Polymer composites and nanocomposites
Polymeric membrane materials and technology for separation
NUS/NTU/SUTD
43 IMREFunctional materials (polymer; hybrid)
Liu Ye Senior Scientist III ye‐[email protected]‐star.edu.sg
Functional polymers and hollow silica spheres.
Self‐assembly of polymers.
Polymers for sustainability
NUS/NTU/SUTD
44 IMRE Materials Sciences Liu Ye Senior Scientist III ye‐[email protected]‐star.edu.sg
Functional polymers and hollow silica spheres.
Self‐assembly of polymers.
Polymers for sustainability
NUS/NTU/SUTD
45 IMRENano Science and Technology
Liu Ye Senior Scientist III ye‐[email protected]‐star.edu.sg
Functional polymers and hollow silica spheres.
Self‐assembly of polymers.
Polymers for sustainability
NUS/NTU/SUTD
46 IMRE Materials Sciences Liu Zhaolin Senior Scientist III
https://www.a‐star.edu.sg/imre/Talent/ctl/StaffDetails/mid/16645/tid/203.aspx
zl‐[email protected]‐star.edu.sgNano‐materials for Energy Storage Systems; Nano‐structure materials and composite for their applications in batteries
NUS/NTU/SUTD
No: RI
Category (please refer to the SINGA website on this)
Supervisor's Name Supervisor's DesignatioWebsite address of personal webpage (if any)
Email Contact Potential PhD Project Title/Area Degree Awarded By
47 IMRE
Chemical and Pharmaceutical Processing, reactor design, formulation processes
Loh Xian Jun Principal Scientist I [email protected]‐star.edu.sg
Hybrid thermogelling block copolymers for biomedical applications
Biocompatible and biodegradable organic‐inorganic shape memory polymers
Hybrid materials for targeted gene and drug delivery
Poly[(R)‐3‐hydroxybutyrate] as a future biomaterial?
Synthesis of “green” polymer‐based hydrogel for biomedical application
Tough natural hydrogels
Wearable electronics
NUS/NTU/SUTD
48 IMREFunctional materials (polymer; hybrid)
Loh Xian Jun Principal Scientist I [email protected]‐star.edu.sg
Hybrid thermogelling block copolymers for biomedical applications
Biocompatible and biodegradable organic‐inorganic shape memory polymers
Hybrid materials for targeted gene and drug delivery
Poly[(R)‐3‐hydroxybutyrate] as a future biomaterial?
Synthesis of “green” polymer‐based hydrogel for biomedical application
Tough natural hydrogels
Wearable electronics
NUS/NTU/SUTD
No: RI
Category (please refer to the SINGA website on this)
Supervisor's Name Supervisor's DesignatioWebsite address of personal webpage (if any)
Email Contact Potential PhD Project Title/Area Degree Awarded By
49 IMRE Materials Sciences Loh Xian Jun Principal Scientist I [email protected]‐star.edu.sg
Hybrid thermogelling block copolymers for biomedical applications
Biocompatible and biodegradable organic‐inorganic shape memory polymers
Hybrid materials for targeted gene and drug delivery
Poly[(R)‐3‐hydroxybutyrate] as a future biomaterial?
Synthesis of “green” polymer‐based hydrogel for biomedical application
Tough natural hydrogels
Wearable electronics
NUS/NTU/SUTD
50 IMREMiniaturized medical device and Biosensors
Loh Xian Jun Principal Scientist I [email protected]‐star.edu.sg
Hybrid thermogelling block copolymers for biomedical applications
Biocompatible and biodegradable organic‐inorganic shape memory polymers
Hybrid materials for targeted gene and drug delivery
Poly[(R)‐3‐hydroxybutyrate] as a future biomaterial?
Synthesis of “green” polymer‐based hydrogel for biomedical application
Tough natural hydrogels
Wearable electronics
NUS/NTU/SUTD
No: RI
Category (please refer to the SINGA website on this)
Supervisor's Name Supervisor's DesignatioWebsite address of personal webpage (if any)
Email Contact Potential PhD Project Title/Area Degree Awarded By
51 IMRENano Science and Technology
Loh Xian Jun Principal Scientist I [email protected]‐star.edu.sg
Hybrid thermogelling block copolymers for biomedical applications
Biocompatible and biodegradable organic‐inorganic shape memory polymers
Hybrid materials for targeted gene and drug delivery
Poly[(R)‐3‐hydroxybutyrate] as a future biomaterial?
Synthesis of “green” polymer‐based hydrogel for biomedical application
Tough natural hydrogels
Wearable electronics
NUS/NTU/SUTD
No: RI
Category (please refer to the SINGA website on this)
Supervisor's Name Supervisor's DesignatioWebsite address of personal webpage (if any)
Email Contact Potential PhD Project Title/Area Degree Awarded By
52 IMREOrganic Electronics/ Printed Electronics
Loh Xian Jun Principal Scientist I [email protected]‐star.edu.sg
Hybrid thermogelling block copolymers for biomedical applications
Biocompatible and biodegradable organic‐inorganic shape memory polymers
Hybrid materials for targeted gene and drug delivery
Poly[(R)‐3‐hydroxybutyrate] as a future biomaterial?
Synthesis of “green” polymer‐based hydrogel for biomedical application
Tough natural hydrogels
Wearable electronics
NUS/NTU/SUTD
No: RI
Category (please refer to the SINGA website on this)
Supervisor's Name Supervisor's DesignatioWebsite address of personal webpage (if any)
Email Contact Potential PhD Project Title/Area Degree Awarded By
53 IMRE
Organometallic catalysis / polymerization catalysis/ photocatalysis
Loh Xian Jun Principal Scientist I [email protected]‐star.edu.sg
Hybrid thermogelling block copolymers for biomedical applications
Biocompatible and biodegradable organic‐inorganic shape memory polymers
Hybrid materials for targeted gene and drug delivery
Poly[(R)‐3‐hydroxybutyrate] as a future biomaterial?
Synthesis of “green” polymer‐based hydrogel for biomedical application
Tough natural hydrogels
Wearable electronics
NUS/NTU/SUTD
54 IMREPharmaceutical Science and Technology
Loh Xian Jun Principal Scientist I [email protected]‐star.edu.sg
Hybrid thermogelling block copolymers for biomedical applications
Biocompatible and biodegradable organic‐inorganic shape memory polymers
Hybrid materials for targeted gene and drug delivery
Poly[(R)‐3‐hydroxybutyrate] as a future biomaterial?
Synthesis of “green” polymer‐based hydrogel for biomedical application
Tough natural hydrogels
Wearable electronics
NUS/NTU/SUTD
No: RI
Category (please refer to the SINGA website on this)
Supervisor's Name Supervisor's DesignatioWebsite address of personal webpage (if any)
Email Contact Potential PhD Project Title/Area Degree Awarded By
55 IMREElectronics/Photonics/Solid State Devices
Lourembam James Scientist II
https://www.a‐star.edu.sg/imre/Talent/ctl/StaffDetails/mid/16645/tid/738
[email protected]‐star.edu.sg
New science and emerging applications in spin‐orbitronics
NUS/NTU/SUTD
56 IMREFunctional materials (polymer; hybrid)
Luo He‐Kuan Scientist III [email protected]‐star.edu.sg
(1) To develop new strategies to depolymerize waste plastics to monomers and convert these monomers to new materials.(2) To develop economically viable strategies to synthesize monodisperse copolymer beads, and magnetic beads for IVD applications.(3) To synthesize micro/nanocrystals of conductive coordination polymers, and applications in thermoelectric materials.
NUS/NTU/SUTD
57 IMRE Materials Sciences Luo He‐Kuan Scientist III [email protected]‐star.edu.sg
(1) To develop new strategies to depolymerize waste plastics to monomers and convert these monomers to new materials.(2) To develop economically viable strategies to synthesize monodisperse copolymer beads, and magnetic beads for IVD applications.(3) To synthesize micro/nanocrystals of conductive coordination polymers, and applications in thermoelectric materials.
NUS/NTU/SUTD
58 IMRE Materials Sciences Maria Antipina Senior Scientist [email protected]‐star.edu.sg
Microencapsulation and controlled delivery of active compounds
NUS/NTU/SUTD
59 IMREFunctional materials (polymer; hybrid)
Maxim Kiryukhin Senior Scientist Ikiryukhin‐[email protected]‐star.edu.sg
Functional surfaces (films, shells) for controlled release of actives
NUS/NTU/SUTD
60 IMRE Materials Sciences Michel Bosman Senior Scientist IIhttps://www.eng.nus.edu.sg/mse/staff/michel‐bosman/
[email protected]‐star.edu.sg
Atom‐by‐atom imaging and spectroscopy of 2D materials using aberration‐corrected STEM
NUS/NTU/SUTD
No: RI
Category (please refer to the SINGA website on this)
Supervisor's Name Supervisor's DesignatioWebsite address of personal webpage (if any)
Email Contact Potential PhD Project Title/Area Degree Awarded By
61 IMREElectronics/Photonics/Solid State Devices
Michel Bosman Senior Scientist IIhttps://www.eng.nus.edu.sg/mse/staff/michel‐bosman/
[email protected]‐star.edu.sg
Plasmonic circuits NUS/NTU/SUTD
62 IMREElectronics/Photonics/Solid State Devices
Michel Bosman Senior Scientist IIhttps://www.eng.nus.edu.sg/mse/staff/michel‐bosman/
[email protected]‐star.edu.sg
Nanoscale electrical probing of thin films and plasmon resonators inside the TEM
NUS/NTU/SUTD
63 IMREFunctional materials (polymer; hybrid)
Mohit Sharma Scientist [email protected]‐star.edu.sg
Advanced structural composites for lightweight vehicle autonomous/ EVs/aviation applications,
Thermoplastics FRPCs using pre‐preg technologies for rapid prototyping and manufacturing.
Advance fiber‐polymer interface: structure health monitoring and nano‐mechanical analyses
Composites materials development for extreme utilities.
NUS/NTU/SUTD
64 IMRE Materials Sciences Mohit Sharma Scientist [email protected]‐star.edu.sg
Sustainable Bio‐polymer composites: Biocompatibility, self‐healing repair and recyclability. Heat regulating coatings for Green building applications,Polymer/composites surface functionalization, functionalized nano particles, nano additive
NUS/NTU/SUTD
No: RI
Category (please refer to the SINGA website on this)
Supervisor's Name Supervisor's DesignatioWebsite address of personal webpage (if any)
Email Contact Potential PhD Project Title/Area Degree Awarded By
65 IMRENano Science and Technology
Mohit Sharma Scientist [email protected]‐star.edu.sg
Development of hierarchical nano‐composites materials, nano‐structured interphase characterization,
Tribology of advance nano‐composites,
Nano‐mechanical analyses, nano‐tribology, nano‐indentation, advanced AFM techniques.
NUS/NTU/SUTD
66 IMREElectronics & Photonics
Ngo Chun Yong Andrew
Senior Scientist I
https://www.a‐star.edu.sg/imre/Talent/ctl/StaffDetails/mid/16645/tid/233.aspx
[email protected]‐star.edu.sg
1. AI/ML assisted infrared (IR) imaging for residual stress (RS) detection on metal alloys
2. AI/ML assisted infrared (IR) imaging for plastic sorting
3. AI/ML assisted infrared (IR) imaging for fats, oil & grease (FOG) detection
NUS/NTU/SUTD
67 IMRENano Science and Technology
Pan Jisheng Senior Scientist III js‐[email protected]‐star.edu.sgGrowth and characterization of 2D materialsSurface nanostructure growth and characterization
NUS/NTU/SUTD
68 IMRE Materials Sciences Pan Jisheng Senior Scientist III js‐[email protected]‐star.edu.sg
Gas absorption on metal and semiconductor single crystals as well as on surfaces of catalyst studied by near ambient pressure X‐ray photoelectron spectroscopy
NUS/NTU/SUTD
69 IMRE
Chemical and Pharmaceutical Processing, reactor design, formulation processes
Pan Jisheng Senior Scientist III js‐[email protected]‐star.edu.sg
Gas absorption on metal and semiconductor single crystals as well as on surfaces of catalyst studied by near ambient pressure X‐ray photoelectron spectroscopy
NUS/NTU/SUTD
70 IMRE
Semiconductor process technology and advance packaging
Pan Jisheng Senior Scientist III js‐[email protected]‐star.edu.sgThin film growth and in‐situ characterization for microelectronic device fabrication
NUS/NTU/SUTD
71 IMREElectronics/Photonics/Solid State Devices
Pan Jisheng Senior Scientist III js‐[email protected]‐star.edu.sgThin film growth and in‐situ characterization for microelectronic device fabrication
NUS/NTU/SUTD
No: RI
Category (please refer to the SINGA website on this)
Supervisor's Name Supervisor's DesignatioWebsite address of personal webpage (if any)
Email Contact Potential PhD Project Title/Area Degree Awarded By
72 IMRE
Nano Science and Technology / Photonics / Electronics
Ramon Jose Paniagua Dominguez
Senior Scientist I
https://www.a‐star.edu.sg/imre/core‐research/advanced‐optical‐technologies
[email protected]‐star.edu.sg
Nanophotonics; Flat optics; Tunable metasurfaces; Dielectric nanoantennas NUS/NTU/SUTD
73 IMREFunctional materials (polymer; hybrid)
Saifullah Mohammad Sultan Mohiddin
Senior Scientist [email protected]‐star.edu.sg
Direct nanopatterning of chalcogenides (oxides, sulfides, selenides, tellurides) using a single source precursor via an electron beam
Studying optical and electrical properties of nanoscale materials using different characterisation tools
Nanoimprint lithography of high refractive index materials for optical applications
NUS/NTU/SUTD
74 IMRE Materials SciencesSaifullah Mohammad Sultan Mohiddin
Senior Scientist [email protected]‐star.edu.sg
Direct nanopatterning of chalcogenides (oxides, sulfides, selenides, tellurides) using a single source precursor via an electron beam
Studying optical and electrical properties of nanoscale materials using different characterisation tools
Nanoimprint lithography of high refractive index materials for optical applications
NUS/NTU/SUTD
75 IMRENano Science and Technology
Saifullah Mohammad Sultan Mohiddin
Senior Scientist [email protected]‐star.edu.sg
Direct nanopatterning of chalcogenides (oxides, sulfides, selenides, tellurides) using a single source precursor via an electron beamStudying optical and electrical properties of nanoscale materials using different characterisation toolsNanoimprint lithography of high refractive index materials for optical applications
NUS/NTU/SUTD
No: RI
Category (please refer to the SINGA website on this)
Supervisor's Name Supervisor's DesignatioWebsite address of personal webpage (if any)
Email Contact Potential PhD Project Title/Area Degree Awarded By
76 IMRE Materials SciencesSantiranjan Shannigrahi
Senior Scientist I
https://www.a‐star.edu.sg/imre/Talent/ctl/StaffDetails/mid/16645/tid/266.aspx
santi‐[email protected]‐star.edu.sg
Magnetic nanomaterials for next generation high frequency EMI shielding/absorption applications
Lead free advanced piezoelectric nano ceramics for sensors applications
NUS/NTU/SUTD
77 IMRENano Science and Technology
Sean Joseph O'Shea
Principal Scientist I s‐[email protected]‐star.edu.sg
Atomic Force Microscopy (AFM) in liquid environments.
Atomic Force Microscopy (AFM) studies of friction and lubrication.
Electronic properties of interfaces at the Nanoscale with AFM and STM.
Flow of water in single and multiple nanopores.
NUS/NTU/SUTD
78 IMRE
Alternative Energy/Material Sciences/Nano‐Science and Technology
SEH Zhi Wei Senior Scientist Ihttp://www.zwseh.com
[email protected]‐star.edu.sgDesigning advanced materials for next‐generation batteries and electrocatalysts
NUS/NTU/SUTD
79 IMRE Materials Sciences Sergey Gorelik Senior Specialist III
www.a‐star.edu.sg/imre/Talent/ctl/StaffDetails/mid/16645/tid/91.aspx
[email protected]‐star.edu.sg Photochemistry/photophysics NUS/NTU/SUTD
No: RI
Category (please refer to the SINGA website on this)
Supervisor's Name Supervisor's DesignatioWebsite address of personal webpage (if any)
Email Contact Potential PhD Project Title/Area Degree Awarded By
80 IMRE Materials Sciences Song Jing Scientist II [email protected]‐star.edu.sg
Potential Project title:1) Bioinspired multi‐functional wearable sensors for simultaneous sweat pH and skin temperature monitoring 2) Additive Manufacturing of Polymer Composites for Multifunctional MaterialsArea: 1) Biomimetic and bioinspired material design and application2) Polymer surface modification and functionalization
NUS/NTU/SUTD
81 IMRE
Materials Science, Nano Science and Technology, Solid State Devices
Soumyanarayanan Anjan
Senior Scientist Ihttps://www.a‐star.edu.sg/imre/speed
[email protected]‐star.edu.sgSpintronic materials and devices, topological materials and devices, scanning probe microscopy and spectroscopy, magnonic devices
NUS/NTU/SUTD
82 IMRE Materials SciencesSreenivasa Reddy Puniredd
Scientist [email protected]‐star.edu.sg
Extraction of high value added compounds by supercritical carbon dioxide (SCCO2) technology.
Micro and nano encapsulation of active ingredients by using supercritical carbon dioxide process(SCCO2)
NUS/NTU/SUTD
No: RI
Category (please refer to the SINGA website on this)
Supervisor's Name Supervisor's DesignatioWebsite address of personal webpage (if any)
Email Contact Potential PhD Project Title/Area Degree Awarded By
83 IMRENano Science and Technology
Sreenivasa Reddy Puniredd
Scientist [email protected]‐star.edu.sg
Extraction of high value added compounds by supercritical carbon dioxide(SCCO2) technology
Micro and nano encapsulation of active ingredients by using supercritical carbon dioxide process(SCCO2)
NUS/NTU/SUTD
84 IMRE
Semiconductor process technology and advance packaging
Sreenivasa Reddy Puniredd
Scientist [email protected]‐star.edu.sg
Surface/interface chemistry of 2D and 1D semiconductor surfaces in supercritical carbon dioxide (SCCO2) for molecular electronics and monolayer doping applications
NUS/NTU/SUTD
85 IMREMiniaturized medical device and Biosensors
Su Xiaodi Senior Scientist III xd‐[email protected]‐star.edu.sg1. Wearable biosensors 2. Biosensors for agriculture and aquaculture industry
NUS/NTU/SUTD
86 IMRENano Science and Technology
Su Xiaodi Senior Scientist III xd‐[email protected]‐star.edu.sgNanosensors for medical diagnosis, food safety , and environmental monitoring
NUS/NTU/SUTD
87 IMREElectronics/Photonics/Solid State Devices
Suresh Vignesh Scientist II [email protected]‐star.edu.sg
High throughout nanopatterning of functional materials
3D nanoplasmonic assembliesNUS/NTU/SUTD
88 IMREFunctional materials (polymer; hybrid)
Suresh Vignesh Scientist II [email protected]‐star.edu.sg
High throughout nanopatterning of functional materials
3D nanoplasmonic assemblies
NUS/NTU/SUTD
No: RI
Category (please refer to the SINGA website on this)
Supervisor's Name Supervisor's DesignatioWebsite address of personal webpage (if any)
Email Contact Potential PhD Project Title/Area Degree Awarded By
89 IMRE Materials Sciences Suresh Vignesh Scientist II [email protected]‐star.edu.sg
High throughout nanopatterning of functional materials
3D nanoplasmonic assemblies
NUS/NTU/SUTD
90 IMREMiniaturized medical device and Biosensors
Suresh Vignesh Scientist II [email protected]‐star.edu.sg
High throughout nanopatterning of functional materials
3D nanoplasmonic assemblies
NUS/NTU/SUTD
91 IMRENano Science and Technology
Suresh Vignesh Scientist II [email protected]‐star.edu.sg
High throughout nanopatterning of functional materials
3D nanoplasmonic assemblies
Imprinting and injection molding towards nanomanufacturing
NUS/NTU/SUTD
92 IMREElectronics/Photonics/Solid State Devices
Teng Jinghua Principal Scientist I jh‐[email protected]‐star.edu.sg
2D materials for optoelectronics
Metamaterials and metasurfaces
Nanopohtonics
NUS/NTU/SUTD
93 IMRE Materials Sciences Teng Jinghua Principal Scientist I jh‐[email protected]‐star.edu.sg
2D materials for optoelectronics
Metamaterials and metasurfaces
Nanopohtonics
NUS/NTU/SUTD
94 IMRENano Science and Technology
Teng Jinghua Principal Scientist I jh‐[email protected]‐star.edu.sg
2D materials for optoelectronics
Metamaterials and metasurfaces
Nanopohtonics
NUS/NTU/SUTD
95 IMREElectronics/Photonics/Solid State Devices
Teo Ee Jin Senior Scientist I [email protected]‐star.edu.sg High speed Li‐Fi communications. NUS/NTU/SUTD
96 IMREElectronics/Photonics/Solid State Devices
Teo Ee Jin Senior Scientist I [email protected]‐star.edu.sgEnergy efficient quantum dot based lighting
NUS/NTU/SUTD
No: RI
Category (please refer to the SINGA website on this)
Supervisor's Name Supervisor's DesignatioWebsite address of personal webpage (if any)
Email Contact Potential PhD Project Title/Area Degree Awarded By
97 IMREFunctional materials (polymer; hybrid)
Teo Peili Scientist III [email protected]‐star.edu.sg
Antibiotic containing polymers for medical devices
3D printable craniofacial implants with accelerated wound healing properties
3D printable bioresorbable intervertebral discs for spinal disc regeneration
NUS/NTU/SUTD
98 IMRE Materials SciencesTomczak Nikodem Leon
Senior Scientist [email protected]‐star.edu.sg
Macromolecular nanotechnology with single molecules
Hybrid biosynthetic Pickering emulsions
Multimodal single molecule detection
Radiative decay engineering of single light emitters by nanostructured metal/dielectric interfaces
NUS/NTU/SUTD
99 IMRE
Electronics/Solid State Devices/Materials Sciences/Alternate Energy
Tong Shi Wun Scientist II [email protected]‐star.edu.sg
Nanostructured electrochromic materials and devices.Tailor the electronic and optical properties of metal oxide and polymer via surface engineering.
NUS/NTU/SUTD
100 IMREElectronics/Photonics/Solid State Devices
Tripathy Sudhiranjan
Senior Scientist IIItripathy‐[email protected]‐star.edu.sg
High Voltage Electronics using 4H‐SiC epitaxial Wafer Development
200 mm diameter GaN epiwafers for Power/RF/sensor electronics
Wide bandgap Emitters and Detectors on large wafer area substrates
NUS/NTU/SUTD
101 IMREFunctional materials (polymer; hybrid)
Wang Fuke Senior Scientist I [email protected]‐star.edu.sgSustainable and biocompatible composites for the next generation healthcare products
NUS/NTU/SUTD
102 IMRE Materials Sciences Wang Fuke Senior Scientist I [email protected]‐star.edu.sgHigh‐performance polymer and polymer nanocomposites for Stereolithography based 3D printing applications
NUS/NTU/SUTD
No: RI
Category (please refer to the SINGA website on this)
Supervisor's Name Supervisor's DesignatioWebsite address of personal webpage (if any)
Email Contact Potential PhD Project Title/Area Degree Awarded By
103 IMRENano Science and Technology
Wang Fuke Senior Scientist I [email protected]‐star.edu.sgSynthesis and applications of new nanocrystals for digital optical devices
NUS/NTU/SUTD
104 IMRE Materials Sciences Wang Pei Scientist III
https://www.a‐star.edu.sg/imre/about‐us/talent‐webpage/w/wang‐pei
[email protected]‐star.edu.sgMetal alloy development for metal additive manufacturing
NUS/NTU/SUTD
105 IMRE Materials Sciences Wang Pei Scientist III
https://www.a‐star.edu.sg/imre/about‐us/talent‐webpage/w/wang‐pei
[email protected]‐star.edu.sgSustainable metal development using urban wastes for high value products
NUS/NTU/SUTD
106 IMRENano Science and Technology/Electronics & Photonics
Wang Qian Scientist III
https://www.a‐star.edu.sg/imre/Talent/ctl/StaffDetails/mid/16645/tid/492.aspx
[email protected]‐star.edu.sg
(1) Optical design of Augmented Reality display system (2)Active, Tunable, and reconfigurable nanophotonics meta‐devices and meta‐systems for full control of light in term of phase, amplitude and polarization; (3) Quantitative phase microscope system for wafer/glass/bio‐cell non‐destructive defect inspection and imaging; (4) Integrated nanophotonics device and system for Lidar sensing, optical communication, imaging, etc.
NUS/NTU/SUTD
107 IMRE Materials Sciences Wang Shijie Senior Scientist III sj‐[email protected]‐star.edu.sg Ceramic composites NUS/NTU/SUTD
108 IMRENano Science and Technology
Wang Shijie Senior Scientist III sj‐[email protected]‐star.edu.sg
1. Low‐dimensional materials growth and device fabrication2. Functional oxide film growth and devices
NUS/NTU/SUTD
No: RI
Category (please refer to the SINGA website on this)
Supervisor's Name Supervisor's DesignatioWebsite address of personal webpage (if any)
Email Contact Potential PhD Project Title/Area Degree Awarded By
109 IMRE
Semiconductor process technology and advance packaging
Wang Xizu Scientist IIIhttps://www.linkedin.com/in/xizu‐wang‐3656aa27/
[email protected]‐star.edu.sg
Thermal electronics material, sensor and flexible device development. New organic/nano hybrid material application in new thermal electronics device; thermal electronics integration system. Printable electronics thin film for nano functional and flexible device. Surface and interface studies of organic, inorganic/metal for flexible electronics device.
NUS/NTU/SUTD
110 IMRE Materials SciencesWarintorn Thitsartarn
Senior Scientist I
https://www.a‐star.edu.sg/imre/Talent/ctl/StaffDetails/mid/16645/tid/329
[email protected]‐star.edu.sg
1. Advanced polymer composite2. Nanostructured hybrid polymer materials and their applications3. Polymer composite for high temperature applications
NUS/NTU/SUTD
111 IMREElectronics/Photonics/Solid State Devices
Wong Swee Liang Scientist II [email protected]‐star.edu.sgApplication of Machine Learning and high‐throughput experimentation to accelerate materials development.
NUS/NTU/SUTD
112 IMRE Materials Sciences Wong Swee Liang Scientist II [email protected]‐star.edu.sgApplication of Machine Learning and high‐throughput experimentation to accelerate materials development.
NUS/NTU/SUTD
113 IMRE
Functional materials (polymer; hybrid)
Aggregation‐induced emission (AIE) materials
Xu Jianwei Principal Scientist I jw‐[email protected]‐star.edu.sg
Functional polymer materials
Functional hybrid materials
Aggregation‐induced emission (AIE) molecules and polymers
NUS/NTU/SUTD
114 IMREOrganic Electronics/ Printed Electronics
Xu Jianwei Principal Scientist I jw‐[email protected]‐star.edu.sg
Electrochromic materials and devices
Thermoelectric materials and devicesNUS/NTU/SUTD
115 IMREInteractive & Digital Media
Xu Xuewu Principal Specialist [email protected]‐star.edu.sg
Full‐color 3D holographic display based on computer‐generated holography
NUS/NTU/SUTD
116 IMRE Materials Sciences Xu Xuewu Principal Specialist [email protected]‐star.edu.sg
Tunable metasurface‐based spatial light modulators for information display and LiDAR applications
NUS/NTU/SUTD
117 IMREElectronics/Photonics/Solid State Devices
Yang Kwang Wei Joel
Principal Scientist [email protected]‐star.edu.sg
Nanoscopic optical resonators for color printing applications
NUS/NTU/SUTD
No: RI
Category (please refer to the SINGA website on this)
Supervisor's Name Supervisor's DesignatioWebsite address of personal webpage (if any)
Email Contact Potential PhD Project Title/Area Degree Awarded By
118 IMRENano Science and Technology
Yang Kwang Wei Joel
Principal Scientist [email protected]‐star.edu.sg
Nanofabrication of Plasmonic Nano Antennas and Optical Resonators for applications in 100,000 dpi color printing, and anti‐counterfeiting features, light‐sources, and lasers.
NUS/NTU/SUTD
119 IMRE Materials Sciences Yang Ming Scientist II [email protected]‐star.edu.sg
Large‐scale growth and device applications of transition metal dichalcogenide based 2D materials and 2D heterostructures.
High‐throughput screening and experiment on electrocatalyst innovation.
Electronic and excitonic reconstruction in 2D materials based heterostructures.
NUS/NTU/SUTD
120 IMRE Materials Sciences Yao Kui Principal Scientist II
https://www.a‐star.edu.sg/imre/Talent/ctl/StaffDetails/mid/16645/tid/385
k‐[email protected]‐star.edu.sg
Nano‐structured ferroics and device functional mechanisms
Energy harvesting by functional materials with structure tailored at nanometer scales
Smart materials for advanced sensors, actuators and transducers
Ultrasonic/acoustic sensors & transducers; Batteryess and wireless sensors
NUS/NTU/SUTD
121 IMRENano Science and Technology, Chemical Engineering
Yu Yong Scientist I [email protected]‐star.edu.sg1) Rational design of atomically precise metal nanoclusters for biological related applications2) New generation of point‐of‐care biosensors
NUS/NTU/SUTD
122 IMRE
Computational Fluid Dynamics or Computational Mechanics
Zhang Lei Senior Scientist I [email protected]‐star.edu.sg
Acoustic shearography for non‐destructive testing applications Ultrasonic methods for material characterisation of composite materials
NUS/NTU/SUTD
123 IMRE Materials Sciences Zhang Lei Senior Scientist I [email protected]‐star.edu.sg Electromechanical properties of smart materials NUS/NTU/SUTD
No: RI
Category (please refer to the SINGA website on this)
Supervisor's Name Supervisor's DesignatioWebsite address of personal webpage (if any)
Email Contact Potential PhD Project Title/Area Degree Awarded By
124 IMRE
Micro‐Electro‐Mechanical Systems technology, sensors and detectors
Zhang Lei Senior Scientist I [email protected]‐star.edu.sg High‐power ultrasonic transducers NUS/NTU/SUTD
125 IMRENano Science and Technology
Zheng Xinting Scientist II [email protected]‐star.edu.sg
Wearable biosensors for non‐invasive monitoring and analysis of bodily fluids (may involve nanomaterials design, electrochemical or optical sensor development, machine learning, system integration)
NUS/NTU/SUTD
126 IMRE
Micro‐Electro‐Mechanical Systems technology, sensors and detectors
Zhou Xiao Dong Donna
Senior Scientist Idonna‐[email protected]‐star.edu.sg
Portable heavy metal ion sensors and chemical sensors for environment
Point‐of‐care system development for diagnostics
Micro total analysis system (µTAS) for on‐site detections
NUS/NTU/SUTD
127 IMREMicrofluidics and Lab on Chip Technology
Zhou Xiao Dong Donna
Senior Scientist Idonna‐[email protected]‐star.edu.sg
Portable heavy metal ion sensors and chemical sensors for environment
Point‐of‐care system development for diagnostics
Micro total analysis system (µTAS) for on‐site detections
NUS/NTU/SUTD