| Name | Research Interests |
| Assoc Prof Ang Diing Shenp | 1. Reliability physics and characterization of nanoscale transistors (negative-bias temperature instability, hot-carrier effects, gate oxide breakdown, low frequency/RF noise, metal gate/high-kappa gate stack, non-volatile memories, silicon-on-insulator transistors, nanowire devices etc.)
2. Nano-characterization techniques (conductive atomic force microscopy, high-resolution transmission electron microscopy and associated anaytical techniques for alternative gate dielectrics, nanowire devices etc.)
3. Characterization of novel devices (e.g. tunneling FETs, novel memories etc.) |
| Asst Prof Anupam Chattopadhyay | Computing Architecture
Design Automation
Security
Emerging Technologies |
| Assoc Prof Boon Chirn Chye | Please See link below for more publications and awards.
http://www.ntu.edu.sg/home/Eccboon/
PI: Industry: Wireless Heterogeneous Network Transceiver Chipset for Content-Driven Transmission of Learning Media (SLE-RP3) Research Area (SLE), 1st July 2016 to 30th June 2021.
PI: Monolithic Terahertz Passive Components in Advanced CMOS Technology: From Fundamental Understandings to Integrated Circuit Applications, 1st November 2016 to 31st October 2018.
PI: Industry: Circuit Design for GaN Based DC-DC Converter Power, 1st June 2016 to 31st December 2018..
Industry: An Integrated Platform Approach Towards Non-Invasive Continuous Blood Glucose Monitoring Addressing Clinical Need for Early Diagnosis and Improved Compliance, 1st July 2016 to 30th July 2018.
PI: Industrial Grant (Fortune 500 Company) 10GiFi research & development of ultra-wideband RF transceiver, S$927,840.00, 15th July 2014 to 14th July 201.
PI: High Thermal Resolution Ultra-Low Power Integrated Imager: Fund. Issues in CMOS, $840,000, July 2013 to June 2016, AcRF Tier 2 MOE.
PI: Project 2: Electronic Circuit Design, Communication, S$391,560, April. 2012 to March 2013, LEES-SMART-IRG.
PI: Project 2: Electronic Circuit Design, Communication, S$376,200, April. 2013 to March 2014, LEES- SMART-IRG. Due to his excellent work and performance, he was again awarded this subcontract.
PI: Project 2: Electronic Circuit Design, Communication, S$836,400, April. 2014 to March 2016, LEES-SMART-IRG.
Recently, due to the outstanding feedback on Jan 2014 LEES Annual Review Meeting, he was further awarded a large subcontract amount of S$836,400 as PI under the “Low Energy Electronic Systems” from April 2014 to March 2016. LEES Annual Review Meeting is attended by all the PIs and Scientific Advisory Board (SAB) members which include Prof. Timothy David Sands who was recently appointed as President of Virginia Tech, USA.
PI: Ultra-low Power Fully Integrated CMOS 24GHz Receiver, $0.323mil, March 2008 to February 2011, AcRF Tier 1 MOE.
PI: Batteryless Flexible Transceiver for Biomedical Applications, $1,186,270 including scholarships), May 2009 to April 2012, AcRF Tier 2 MOE.
Co-PI: An Ultra Low-Power RFIC Chip For Wireless and Communication Applications S$1.2 mil, March 2006 to February 2009, funded by Agency for Science, Technology and Research (A*STAR).
Co-PI: System-on-chip: Realization of Software Radio, S$0.3 mil, 3 December 2008 to 2 December 2009, University of Electronic Science and Technology (UEST) of China-NTU Joint R&D, jointly funded by UEST and NTU.
Co-PI: An Ultra Low-Power RF Transceiver Chip towards a New Paradigm of Life Quality, S$0.25 mil, 3 December 2008 to 2 December 2009, NRF.
Key Collaborator: “Low Energy Electronic Systems” which has won the Singapore-MIT Alliance for Research and Technology (SMART) International Research Grant (IRG) proposal with a grant total of S$25million.
Various JIP programs. |
| Assoc Prof Chan Pak Kwong | Dr Chan’s research interests are in areas of mixed-mode circuits and systems, precision analog circuit design, integrated circuit analysis and circuit theory & applications. He initiated SENSOR CIRCUITS & SYSTEMS research, focusing on
• Sensor interface ICs for biomedical, chemical, environmental and nanotechnology based sensors;
• Sensor systems based on highly-accurate instrumentation circuits or intelligent design techniques;
• Ultra low-voltage low-power low-noise circuit design techniques;
• Power management ICs for integrated sensors and system-on-chip;
• PVT-Insensitive circuits and systems |
| Prof Chang, Joseph Sylvester | Joseph Chang is multi-disciplinary engineer with research encompassing core CAS-related fields including analog, digital and aerospace circuits/systems; biomedical/life-sciences related-fields; and the emerging printed-electronics. He received the B.Eng (ECE) from Monash University, and Ph.D. from the Department of Otolaryngology, Faculty of Medicine, University of Melbourne, and has two-years IC-related industrial-experience. He is currently with the Nanyang Technological University, Singapore (and Adjunct at Texas A&M).
He has contributed to senior university administration and to ECE undergraduate/graduate education. He was the inaugural Associate-Dean of Research-and-Graduate-Studies at the 660 faculty-strong College-of-Engineering. For undergraduate education, he emphasized on promoting and instilling undergraduates’ interest in ECE, including being the chair of the Undergraduate-Research-Experience-on-Campus and Undergraduate-Research-Opportunities-Program programs, chaired Orientation-Programs and national-level undergraduate-conferences, and has given several talks in high-schools.
In the IEEE, he contributed to both core and multi-disciplinary fields, including as Guest-Editor of the Proceedings-of-the-IEEE on ‘Computational System-Biology’, Guest-Editor of the CAS-Magazine on ‘Special-Issue on Life-Sciences’, Editor of the CAS-Magazine’s Open-Column, Chairperson of the IEEE-NIH Life-Sciences-Systems-and-Applications (LiSSA) Workshop, Chairperson of two IEEE-NIH CAS-Medical-and-Environmental (CASME) Workshops, Chairperson of the LiSSA Technical-Committee, Associate-Editor of IEEE TCAS-I (3-terms) and -II, Associate-Editor of the IEEE CAS-Magazine, Distinguished-Lecturer, etc. Of specific interest, he organized the successful merging of the BioCAS and LiSSA technical-committees, largely for CAS’s concerted/united life-sciences efforts. He was instrumental in several non-IEEE establishments’ engagement in CAS’s activities, including other IEEE societies, National-Institutes-of-Health, Telemedicine-and-Advanced-Technology-Research-Center, American-Institute-of-Medical-and-Bioengineering, etc. Impact thereto includes NIH’s request for each of their 27 institutes a copy of the aforesaid CAS-magazine’s special-issue, representation by different IEEE societies at the IEEE-NIH workshops and NIH financial support for CASME.
He has published over 200 referee-reviewed publications (primarily in IEEE) and has over 20 patents (awarded/pending). In the field of ‘Class-D amplifier’, he has the most number of publications in the IEEE; and the top-ranked paper (excluding patents) and four of the top six papers in ‘Digital Class-D Amplifier’ in Google Scholar. He has received numerous grants from local and international funding-agencies (including DARPA and the EU) and from industry, amounting to >US$10M. He has founded two startups, and has designed numerous ECE-related products for industry.
His research interests are largely emerging technologies, including bioengineering, microfluidics, audiology, psychoacoustics, and analog and digital circuit designs. He leads a group of 25 researchers - externally funded - including from DARPA (USA) and from the European Union. Some description of his work may be found in the following editorials of the Proceedings of the IEEE and the IEEE Circuits and Systems Magazine (where he served as a Guest Editor):
J. Chang, S. Wong, R. Newcomb and P. Häfliger, ‘Third Revolution in Medicine – the Convergence of Life Sciences with Physical Sciences, Mathematics and Engineering’, IEEE Circuits and Systems Magazine, Special Issue on Life Sciences, Aug 2012
S. Wong, M. Ogorzalek and J. Chang, ‘Editorial on the Special Issue on Computational Systems Biology’, The Proceedings of the IEEE, Aug 2008 |
| Assoc Prof Chen Tupei | Past and current research topics / interests include
1) Nanoscale CMOS devices and reliability physics; ULSI technology
2) Semiconductor and metal nanocrystals/nanoparticles and their applications in nanoelectronic and photonic devices;
3) Novel memory devices (nanocrystal Flash memory, RRAMs/CBRAMs, analog memory, WORM, 1T-DRAM, etc.);
4) Memristors and applications in Si neural devices and networks (electronic neuron & synapse);
5) Si photonic devices (Si-based light emitters, on-chip optical interconnects);
6) Flexible/transparent electronic devices and applications (transparent/flexible high mobility thin-film transistors / thin film memory / thin film circuits, transparent display, high-resolution touch panel, electronic skin, large-area flexible x-ray & ultrasonic imaging films, etc.);
7) Solar energy-related materials and devices (nanostructured spectrally selective absorbing coating for concentrating solar power, smart thermochromic / photochromic / electrochromic materials & devices, etc.). |
| Prof Chen Zhong | Thin Films & Low-dimensional Materials: Thin films & nano-materials for clean energy and environmental applications; Microelectronic thin films; Protective and functional surface coatings.
Mechanical Behavior of Materials: Fracture, fatigue, and creep of bulk monolithic & composite materials, thin films and multi-layers; Experimental and computational mechanics. |
| Asst Prof Cuong Dang | - OptoElectronic Devices
- Nano-Photonics
- LEDs, Lasers, Quantum Emitters
- Nano-Materials |
| Prof Denis Fichou | Our present research aims at conceiving novel materials, either organic or inorganic in nature, in view of energy applications such as sunlight conversion and storage.
1. Organic and hybrid photovoltaic cells
We design and synthetize novel small organic molecules having an extended pi-electron system and use them either as active materials (p- or n-type semiconductors) or as interfacial layers in thin film solar cells. We recently developed series of molecules such as for example dipyrranylidenes and organo-cobalt complexes, that we used to fabricate efficient photovoltaic solar cells.
2. Oxide-based photoelectrochemical systems
We aim at converting efficiently sunlight into clean and readily usable fuels such as hydrogen or methane on a large scale. One of the most promising technologies consists in splitting water into hydrogen and oxygen through solar irradiation of semiconductor-based devices. We recently designed various efficient PEC systems based on either WO3, Cu2O, or BiVO4 among others, and used them under sunlight illumination to produce hydrogen.
3. Supramolecular self-assemblies on surfaces
The self-assembly of organic molecules on solid surfaces provides a versatile route towards functional 2D arrays in view of energy, catalytic and magnetic applications. Our group develops unique supramolecular architectures by controlling the size and shape of the molecular bricks. We then observe and manipulate the assemblies at the atomic/molecular scale by means of scanning tunneling microscopy (STM). |
| Prof Gan Chee Lip | A/Prof Gan's research area is on microelectronics interconnect systems, spanning from reliability of conventional Cu/low-k interconnects, to three-dimensional (3D) interconnects and nanowires interconnects. Dr Gan's current research interests include the reliability study of advanced interconnect systems, such as copper electromigration, time-dependent-dielectric-breakdown of low-k dielectrics and new assessment methodology for circuit level reliability projection. Another area of research is on the process integration and reliability of 3D interconnects through copper-copper wafer bonding. Fabrication of metallic nanowires by a template method as interconnects is also being investigated. Work is carried out to characterize the morphology and electrical properties of the nanowires to assess its suitability for actual applications. |
| Assoc Prof Goh Wang Ling | Digital/mixed-signal IC designs:-
1) Wireless implantable neural recording IC for motor prosthesis,
2) 3D IC design for 100 GHz Application,
3) Class D amplifier,
4) Field-Programmable Gate-Array-Based Investigation of Coding and Detection for Ultra-High Density Magnetic Recording.
As well as Silicon-On-Insulator (SOI) process technology, SOI devices and Nanowire transistors. |
| Prof Graham Trevor Reed | My research focuses on the design, modelling, fabrication and demonstration of novel Silicon Photonics devices and circuits both for tradition Silicon Photonics applications.
My group at the University of Southampton in the UK is more than 40 individuals, and as a visiting Professor at NTU we work closely with colleagues at NTU on related activities |
| Assoc Prof Hirotaka Sato | MICRO SYSTEM
micro air vehicle, MAV
insect flight control
insect physiology
biofuel cell
NANO FABRICATION
electrochemical etching, deposition
electroless deposition |
| Asst Prof Hou Han Wei | -Microtechnologies and biosensors for blood diagnostics
-Label-free immune cell phenotyping for rapid risk stratification in metabolic disorders
-Circulating microvesicles and exosomes as novel biomarkers for non-invasive vascular health profiling
-Biomimetic microengineered human organ-on-chip platforms for precision medicine |
| Prof Huan Cheng Hon, Alfred | Alfred Huan's research interests lie primarily in surface science and spectroscopy. He has published over 180 papers in international refereed journals and 1 book chapter, with a current H-index of 19 and citation rate of 7.92. He has been the PI of several research grants awarded by Ministry of Education and A*STAR, with total exceeding S$4 million.
He serves on the editorial board of a new journal (Research Letters in Physics), and is a member of the Programme Committees for the ICMAT and VASSCAA conference series |
| Dr Ji-Jon Sit | My current research interest is in near-field RF systems and design, for wireless power delivery and telemetry.
In particular, I want to employ analog feedback control to optimize the efficiency of the wireless link, and am developing a closed-loop system in discrete electronics. The final solution however would be miniaturized into an RFIC. |
| Assoc Prof John Ngo Quoc Nam | His current research interest is mainly on optical signal processing (e.g., passive and active fiber-based and waveguide-based devices) and its applications in, for example, optical communications systems, optical sensors and microwave photonics. |
| Assoc Prof K Radhakrishnan | Epitaxial growth and characterization of compound semiconductor materials including III-Nitrides. Development of advanced structures for gas sensing, biosensing and optical detectors and emitters. Device fabrication and characterization for various electronic and photonics applications. |
| Prof Kam Chan Hin | His current research interests are mainly in the area of sol-gel photonics, non-linear optics, quantum transport and spectroscopy of rare-earth doped glasses. He has contributed more than 200 international journal and conference publications in the area of Photonics and High Energy Physics. He holds 6 international patents in surface acoustic wave devices and sol-gel photonics. |
| Assoc Prof Kantisara Pita | Prof K. Pita's areas of expertise are synthesis and fabrication of novel oxide based films and nanoparticles for photonics applications such as light emitting based devices, waveguide based devices and solar cells. His current research works focus on novel oxide based films/nanoparticles materials system for light emitting based devices, solar cells and waveguide based devices. |
| Asst Prof Kim Bongjin | VLSI Circuit Research (Analog, Mixed-Signal and Digital Circuits)
1) Design techniques and methodologies for wireline communication circuits and systems
2) Data converters and clock synthesizers for wireline, wireless and computing applications
3) Machine learning hardware implementation using analog/mixed-signal and digital circuit techniques
4) Low-power integrated circuits for biomedical and IoT applications |
| Asst Prof Kim Munho | Current research interests include, but are not limited to:
- Development of wide bandgap nanomembranes and its device applications (high power transistors and photodetectors)
- Flexible/stretchable/wearable electronics and photonics
- Silicon/germanium electronics and optoelectronics
- Novel nano/micro fabrication processes for future flexible/wearable electronics and photonics
- Development of semiconductor heterojunction with wide bandgap materials
Our lab is currently seeking excellent candidates for "1" Ph.D and "2" postdoc positions. Please visit the above group homepage for details.
Please send an email to munho.kim@ntu.edu.sg if you are interested. |
| Assoc Prof Lau Kim Teen | Ultra Low Power IC Design
Adiabatic CMOS Circuit Design
Self-Timed CMOS Circuit Design
Radiation-hardened CMOS Circuit Design
CMOS Circuits for IoT Applications |
| Assoc Prof Law Choi Look | Dr. Choi Look LAW's areas of expertise are microwave circuits and wireless systems. His research interests are digital beam forming array antenna, ultra-wideband microwave circuits, wideband channel characterization and modeling, radio frequency identification, wireless networking and positioning systems.His current research work focus on high linearity high efficiency microwave power amplifiers for OFDM sytems and scalable precision positioning systems using ultra-wideband impulse radio. |
| Prof Lee Pooi See | Nanoelectronic materials, Organic electronics and memory, Ferroelectric polymers, Capacitor materials, Energy Storage |
| Asst Prof Leong Wei Lin | - Organic and Molecular Electronics
- Interfaces and Surface Science
- Printing processes for large-area and flexible electronics
We are always looking for highly motivated PhD students and postdocs in the related fields. Please enquire independently. |
| Assoc Prof Lew Wen Siang | Dr Lew's areas of expertise are spintronic devices, nanoscale magnetism, and bio magnetic sensors. |
| Asst Prof Li Hong | Dr. Li’s expertise is development of electrochemical devices and catalysts for energy conversion and storage applications. His current research works focus on energy conversion through designing of electrochemical devices and engineering of electrocatalysts. |
| Asst Prof Li King Ho, Holden | Holden's research interest is in the area of microelectronics, micro and nano fabrication methods and MEMS reliability study. The area in MEMS reliability is essentially an important aspect that is lacking in the academic world. Some of his latest works include the long term reliability of MEMS sensor under high constant acceleration field and various packaging options. Besides, Holden is actively working in the area of integration of microelectronics with MEMS and system level design. |
| Asst Prof Liu Zheng | Synthesis of large-scale and high-quality two-dimensional (2D) materials, e.g. graphene, hexagonal boron nitrides (h-BN), transition metal dichalcogenides (TMDs); Synthesis of ternary 2D materials such as h-BNC and doped TMDs; Hybridized architectures of 2D materials; Applications of 2D materials on high-performance optical and electronic devices. |
| Assoc Prof Lydia Helena Wong | 1. Novel materials for organic photovoltaic: molecular/structural modification for improved charge separation and transport, integration of organic/inorganic nanomaterials for improved carrier conductivity, mobility enhancement of organic molecules,
2. Organic photovoltaic devices: architectural design by bulk heterojunction, tandem cells, organic/inorganic hybrid cells; fabrication integration techniques of nanomaterials.
3. Synthesis and characterizations of nanomaterials: Group IV (Si, SiGe, Ge) nanowires, metal-oxide nanowires and nanoparticles (ZnO, TiO2), nanoparticle-decorated nanowires
4. Materials for nanoelectronic devices: growth, thermal stability and relaxation mechanisms of semiconductor heteroepitaxy structures , fabrication and electrical behavior of advanced gate stack for Si-based CMOS, nanomaterials for advanced electronic devices. |
| Asst Prof Martial Duchamp | Development of novative in operando TEM methods for application to solar cells, batteries, fuel cells devices...
In situ and in operando TEM studies of 2D devices for applications in optoelectronics, electronic, sensors...
Fundamental understanding of 2D materials to reveal their unprecedented electrical properties at local scale including half-metallic, semiconducting, superconducting and charge density wave behavior |
| Assoc Prof Miao Jianmin | MEMS, biochip and nanofabrication technologies, inertial sensors, acoustical and ultrasonic transducers, RF MEMS, biosensors, MEMS for environmental monitoring, carbon nanotubes based NEMS, through-silicon via interconnects, MEMS packaging. |
| Asst Prof Nam Donguk | Current research interests include, but are not limited to:
- Ultrafast transient absorption spectroscopy - Currently "1" opening
- 2D material-based optoelectronics/nanophotonics
- Silicon/germanium photonics
- Quantum photonics
Advanced Photonics Research (APR) Lab at School of Electrical & Electronic Engineering (EEE) at Nanyang Technological University (NTU) in Singapore is seeking a candidate for a postdoctoral research fellow position in the field of ‘ultrafast transient absorption spectroscopy’. Our lab aims to discover novel electronic and optical properties at NIR and MIR spectral ranges.
Our lab is currently equipped with various ready-to-use state-of-the-art equipment for NIR and MIR ultrafast transient absorption measurements. Those include:
- Helios with microscopic extension (https://ultrafastsystems.com/products/helios-fire/)
- A femtosecond laser with OPA (http://lightcon.com)
- Closed-cycle helium cryostat (https://www.montanainstruments.com/Products/Cryo-Optic/)
- InGaAs 2D NIR CCD with ultra-high sensitivity (https://www.princetoninstruments.com/products/NIRvana-InGaAs-camera)
We are looking for a highly motivated candidate who is eager to investigate ultrafast carrier dynamics of our fundamentally new materials (e.g., highly strained germanium nanowires, band-engineered 2D materials, graphene with pseudo-magnetic fields, etc.).
If you are interested, please send an email to dnam@ntu.edu.sg. |
| Assoc Prof Ng Beng Koon | My research expertises include the physics of impact ionization process in semiconductors, the design and characterization of advanced photodetectors, and the use of Biophotonics imaging techniques for medical diagnosis. |
| Prof Ng Geok Ing | Current research interests include (1) Gallium Nitride (GaN) High-Electron-Mobility Transistors (HEMTs) on silicon substrates, and (2) III-V compound semiconductor devices for high-frequency and Monolithic Microwave Integrated Circuit (MMIC) applications . |
| Assoc Prof Oh Joo Tien | Prof Oh'ss areas of expertise are Magnetic Materials, Ceramic Substrate Materials for Microelectronic Packaging, Electrolytic Capacitors and Electron Microscopy. His current research works focus on Nanostructured Magnetic Materials |
| Prof Pang Hock Lye, John | His current research work includes Design-For-Reliability (DFR) assessments, Additive Manufacturing, Laser Metal Deposition Materials-Process-Performance (MPP) characterizations, Elastic-Plastic-Creep mechanics of lead-free (Sn-Ag-Cu) solders, Fitness-For-Service (FFS) assessments of welded joint and offshore structures. His research contributions to design-for-reliability (DFR) methodologies for lead-free solder has been documented in his book on Lead Free Solder : Mechanics and Reliability, Springer, 2012. (ISBN 978-4614-0462-0, e-ISBN 978-4614-0463-7). It covers lead-free solder mechanics, finite element modeling, simulations of failure for thermal cycling, cyclic bending, vibration fatigue and impact drop tests. He has research interest in Digital Image Correlation (AFM/DIC) analysis, Materials characterization, Nano-indentation, CNT applications. |
| Prof Phee Soo Jay, Louis | His current research works focus on Medical Robotics and Mechatronics in Medicine. |
| Assoc Prof Poenar Daniel Puiu | Sensors & actuators; MEMS; Si processing; (Bio)chemical sensors; bio-photonics; colour discriminators (e.g. using triple junction structures); miniaturization of bio-analitical methods (e.g. spectrometry, electrophoresis, chromatography) for (Bio)chemical applications, as well as optical detection for these separation methods; bio-photonics & opto-fluidics |
| Dr Pui Tze Sian | Development of high throughput microfluidic cell analysis platform, hand-held device for disease management, 3D bioprinting etc. |
| Assoc Prof Raju V. Ramanujan | Nanomaterials are the focus of research work in Ramanujan?s group, especially magnetic and thermoelectric nanomaterials for energy, bioengineering, information storage and defense applications. Processing, characterization and property measurements are carried out in his group (presently 8 graduate students and 3 Research Fellows).
Recent PhD theses include: Characterization and processing of cobalt based magnetic nanomaterials (Li Huafang),Microstructural evolution and processing of melt spun and mechanically alloyed Fe-Ni-B-Mo nanomagnetic materials (Du Siwei), Alloying effects on nanostructure formation in iron based soft magnetic materials (Yanrong Zhang) and Directed self assembly of patterned magnetic nanostructures (A. Srivastava).
A strong emphasis is placed on electron microscopy and phase transformations are used as an important tool to tailor the microstructure. A bioengineering project, in collaboration with SingHealth, aims to develop magnetic nanoparticles for human liver cancer treatment. Synthesis of magnetic nanoparticles, coating these particles with a suitable polymer and cancer drug, followed by in-vitro and in-vivo testing of the coated particles is being carried out. MRI imaging is being used as an investigative tool in this work. Microelectronic reliability issues, e.g., stress-induced diffusive voiding in microelectronic materials are being studied. Magnetocaloric materials for energy applications, patterned nanostructures for ultra high density data storage media, giant energy product exchange coupled magnetic nanomaterials and nanomaterials for artificial muscles, targeted drug delivery and gene delivery are topics of ongoing research. |
| Asst Prof Ranjan Singh | Dr. Singh’s research interests lie at the intersection of electromagnetics, materials, photonics and micro-nanotechnology, with special focus on studying light-matter interaction at the micro-nanoscale. Broadly his research interests are in the areas of nanophotonics, semiconductors, metals, superconductors, plasmonics, metamaterials and nanofabrication. He has been working on design, simulations and fabrication of novel electromagnetic devices including metamaterials, plasmonic resonators and complex oxide transition materials, while simultaneously exploring their applications in information, sensing and energy.
Dr. Singh’s research interests are focused on the development of terahertz, infrared, and optical metamaterial based active and passive plasmonic devices. Metamaterials have been found to possess exotic properties and effects that are beyond the realms of materials that exist in nature. His contributions in the field so far has been in the terahertz region where he demonstrated classical active and passive analogues of electromagnetically induced transparency through near field coupled metamaterial resonators, sensing with metamaterials, chiral metamaterials, ultra-high quality factor Fano resonances, and ultrafast superconductor metamaterials.
Dr. Singh’s recent research focuses on addressing the issue of losses in subwavelength plasmonic metamaterials and investigates new dynamic materials that could be integrated with metamaterial resonators to achieve the active control of the photonic devices with exotic properties. |
| Assoc Prof Rusli | A/Prof Rusli's areas of expertise are on the growth, characterization and application of amorphous thin films which include a-C:H, a-Si:H, a-SiC:H, a-SiN:H etc. He has also worked extensively on the design, fabrication and characterization of high frequency, high power and high temperature SiC power devices. His current research works focus on silicon nanowires and their applications. |
| Assoc Prof S. N. Piramanayagam | The research interests of A/Prof S.N. Piramanayagam lies in the interdisciplinary areas of condensed matter physics, materials science and electronics. In particular, his research aims to solve problems related to magnetism and electronics and to provide technological solutions.
His research interests can be divided into the the following sub-categories:
• Magnetic Nanostructures
• Magnetic Recording
• Magnetics for Energy
• Magnonics
• Nano-imprint/Self-assembly Lithography
• Spintronics Materials
Students who wish to work in his group can contact him at prem@ntu.edu.sg |
| Assoc Prof Siek Liter | Research interests are in the design of analog/mixed signal ICs especially in the areas of low-voltage low-power circuits, Power Management ICs, PLLs and Data Converters. |
| Dr Smitha K G | VLSI design
Digital Signal Processing,
Biomedical Signal Processing
Brain-machine Interface-algorithms and applications,
Low Power Reconfigurable signal processing circuits for Cognitive Radio
Computer Arithmetic |
| Assoc Prof Su Pei-Chen | Energy Thin Films
Nano Ionics
Low Temperature Solid Oxide Fuel Cells
Silicon-based Micro-SOFCs
Atomic Layer Deposition
Multi-scale 3D Printing |
| Prof Subodh Gautam Mhaisalkar | Prof Subodh’s main areas of research comprise semiconductor nanomaterials, photovoltaics, optoelectronics devices, and printed electronics. Common to these projects are methods of processing of semiconductors (perovskites, organic, nanocarbons, or oxide nanowires), fundamental device physics studies, and device integration. |
| Assoc Prof Tan Chuan Seng | 3D packaging and integration
Group-IV hetero-epitaxy (Si, Ge, Sn), engineered substrate and devices
Group-IV photonics
III-V/Ge/Si integration
If you are interested in PhD study or post-doc positions (3D packaging for quantum computing, group-IV Ge photonics communication and sensing) in 2017, please contact tancs@ntu.edu.sg |
| Prof Tan Ooi Kiang | Sensors, Actuators, and Smart Materials; Nanoelectronics and functional materials and devices; design for electronics, bio-medical, functional sensor and actuator applications. |
| Assoc Prof Tang Xiaohong | . Compound semiconductors and photonic devices.
. Metal organic vapor phase epitaxy.
. Nanophotonics and nanoelectronics: materials, physics and devices.
. Heterogeneous epitaxy growth of compound semiconductors on silicon substrate.
. Semiconductor quantum dot, nanowire photonics and electronics. |
| Prof Tay Beng Kang | Presently, Prof Tay is maintaining research activities in the following areas through final year project students, postgraduate students, research staff and collaborative research interactions:
Fabrication of carbon nanotubes for high frequency applications (such as EM shielding, Slow wave devices, etc)
Preparation and characterization of wafer-scaled 2D materials and their heterostructures
Application of 2D materials for photodetectors (using graphene / 2D thermoelectric materials, etc)
Development of Filtered Cathodic Vacuum Arc technologies
Applications of diamond-like carbon / nanocomposites for wear resistive coatings |
| Assoc Prof Tegoeh Tjahjowidodo | dynamics, vibration, (nonlinear) identification and modelling |
| Assoc Prof Teo Hang Tong Edwin | 1. Nano-composites and hybrid materials
2. BN nanostructured materials including 1D nanodots, 2D h-BN, 3D BN foams and thin films
3. Re-ordering of chaotic materials
4. Phase-Change Materials
5.Thermal Interface Materials
6.Thermal management through both top-down and bottom-out approach
7. Space Materials
8. Bio-Materials |
| Assoc Prof Thirumany Sritharan | Prof Sritharan's research expertise are in the areas of experimental processing and characterization of ceramics and metallics with focus on (a) multiferroic ceramic thin films, (b) barrier layers and inerface phenomena, and (c) nanostructured magnetic materials. His current projects are in the development of mutliferroic materials with magnetoelectric coupling for applications in spintronics, Ru-based diffusion barrier layers for Cu metallization, interface interactions in electronic packages, and the effects of nanostructure on the magnetic properties. |
| Prof Tjin Swee Chuan | Swee Chuan Tjin's research interests are in fibre optic sensors, biomedical engineering and biophotonics. |
| Assoc Prof Wang Hong | Prof. Wang's areas of expertise are semiconductor devices and IC technologies. His current research works focus on compound semiconductor and Si-based device physics, fabrication technology, and characterization. |
| Prof Wang Qijie | My current research interests are to explore theoretically and experimentally nano-structured semiconductor and fiber-based materials, and nanophotonic devices (nanoplasmonics, photonic crystals and metamaterials) with an emphasis on all aspects of the problem: from design, fabrication, characterization, to integration at system level.
In particular, I am going to investigate the fundamental properties (optical and electrical) of semiconductor (quantum cascade lasers) and nanophotonic devices (such as graphene optoelectronic devices) in the infrared frequency regimes (inclulding near-IR (~1.5um), mid-IR (~3-30 um) and Terahertz (~60-300 um)) to improve their performance. Exploration of their broad potential applications is also one of the key focuses.
We are always looking for strongly motivated both postdoc and Ph.D researchers dedicated to the cutting edge research in semiconductor lasers, 2D material optoelectronics, nanotechnology, and nano-optics/photonics. Interested candidates please send your CV to qjwang@ntu.edu.sg. Shortlisted candidates will be contacted.
Currently we have several postdoc positions available on the development of high performance mid-infrared and Terahertz lasers and photodetectors, and 2D material optoelectronics.
Group Website: http://www.ntu.edu.sg/home/qjwang/home.html |
| Asst Prof Wang Xiao | 1. Material fabrication of strongly correlated electronic system and 2D materials;
2. Electronic property characterization on materials and electronics devices;
3. Magnetism. Searching new magnetic materials and explore novel spintronics device.
Find more from our group website http://www.ntu.edu.sg/home/renshaw/ |
| Assoc Prof Wong Kin Shun, Terence | Professor Wong's research focus is in:
1. Organic electronics: organic light emitting diodes; organic photovoltaic devices, printing processes for large area electronics.
2. Silicon nanoelectronics: mechanisms of local strained silicon devices; measurement of biaxial stressed silicon
3. Characterisation techniques: use of synchrotron x-ray scattering to characterize the structural properties of electronic materials
4. Interconnects: deposition of low-k dielectrics and material property characterization; sol-gel synthesis of dielectrics; high frequency measurement and modeling Cu/low-k interconnects.
His current research focus is on organic electronics and silicon nanoelectronics. |
| Assoc Prof Xiao Zhongmin | Nano and Micro Mechanics of interacting defects in Composite Materials;
Elastic-plastic Fracture Mechanics for Engineering Structures and Materials;
Failure Analysis and Prevention of Aerospace Structures, Offshore Structures and Related Materials. |
| Prof (Adj) Yao Kui | YAO Kui's research areas cover smart materials with sensing, actuation, energy harvesting and storage functions, and their applications as sensors, actuators and transducers. The materials studied through his current work include ferroic, piezoelectric, dielectric, photovoltaic, chemical and bio sensing materials. He is interested in understanding and improving the structure and properties of these smart materials, and further exploring their signal/energy conversion and storage functional mechanisms including their potential device applications. As the program manager, he is leading a research program focusing on material-critical sensor and transducers at Institute of Materials Research and Engineering in A*STAR. Working together with his colleagues and students, he has designed and demonstrated a variety of material-critical sensors, actuators, and transducers on the basis of the functional mechanisms of the smart materials. Processing of functional thin films, thick films, multilayers, and micro/nano fabrication processes are often applied to produce miniaturized devices. |
| Prof Yoon Soon Fatt | III-V compound semiconductors (particularly nitrides and antimonides)
Molecular beam epitaxy
Nanophotonics and nanoelectronics: materials, physics and devices
Heterogeneous integration of III-V compound semiconductors with silicon-based technology
Microwave photonics: materials, physics and devices
Quantum dot photonics for integrated nano-systems
Low dimensional systems
III-V terrestrial PV |
| Prof Zhang Dao Hua | Semiconductor materials, devices and physics
Quantum well, wire and dot structures and devices
New nano-scaled materials and devices for low and high temperature infrared photodetection
Metamaterials and Naophotonics |
| Assoc Prof Zhang Qichun | My research primarily is focus on creating functional materials by the rational synthesis and processing and on their practical applications, with particular interests in the following areas: (1) novel nanostructured thermoeletric materials and device fabrication; (2) inorganic nanomaterials: shaped and size controlled synthesis, colloidal dispersion, surface chemistry directed assembly and functionalities; (3) synthesis and characterization of porous materials with controllable morphology and composition; (4) synthesis and organization of semiconducting clusters; (5) organic conjugated materials. |
| Prof Zhang Yue Ping | He has broad interests in radio science and technology with current emphasis on MMIC and RFIC design for wireless chip area network and antenna-in-package (AiP) technology for single-chip radio devices. |
| Assoc Prof Zhong Zhaowei | Mechatronics and Design; Microelectronics Packaging; Precision Engineering and Nanotechnology; Modelling and Analysis |
| Assoc Prof Zhou Xing | Prof Zhou Xing's areas of expertise are semiconductor device physics, modeling, simulation, technology CAD, mixed-signal CAD, Monte Carlo, ultrafast phenomena. His current research works focus on nanoscale compact model development for bulk/SOI/multigate/nanowire CMOS and III-V HEMTs. |
| Prof Zhu Weiguang | ferroelectrics, multifunctional ultrathin films/superlattice by L-MBE, high-k dielectric thin films for CMOS, nanoelectronics & oxide-electronics, flexoelectricity, spintronics, sensors, electronic materials and their applications, thin film sensors, piezoelectric actuator, functional composite, nano-fabrication and characterization, pyroelectric IR sensor and arrays, MEMS micro-sensors and micro-actuators, ferroelectric field emission display, tunable dielectrics for microwave antenna and devices, diamond thin films, high Tc superconductor ceramics and Thin films, demixing in oxides, diffusion in multicomponent systems, mixed conduction in ß Alumina, crystallography, shape memory alloys, Martensite and Martensitic transformation, laser rainbow hologram, electron hologram. |
