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Symposium VIII:MEMS, Sensors and Emerging Semiconductor Technologies


Symposium Committee

Dr. Qinghuang Lin
Chair
IBM T.J. Watson Research Center, USA.
Dr. Hsiang-Lang Lung
Co-Chair
Macronix International Ltd. 
Dr. Hyungjun KIM
Co-Chair
Yonsei University, South Korea 
Dr. Edward Y. CHANG
Member
National Chiao Tung University, Taiwan, China
Dr. Jinn P. CHU
Member
National Taiwan University of Science and Technology, Taiwan, China
Dr. Daniele Ielmini
Member
Politecnico Di Milano, Milano, Italy
Dr. Fuhua YANG
Member
Institute of Semiconductor, Chinese Academy of Sciences, China
Dr. Wang YUEH
Member
Intel, USA
Dr. Kangguo Cheng
Member
IBM, USA
Dr. Thomas Otto
Member
Acting Director of the Fraunhofer Institute for Electronic Nano Systems ENAS Chemnitz, Germany
Dr. Zheyao Wang
Member
Tsinghua University, China

Symposium VIII: MEMS, Sensors and Emerging Semiconductor Technologies

  •  Post-CMOS device and system options
    -          Non-Von Neumann computing architecture and hardware
    -          Quantum computing
    -          Growth, assembly and device / system demonstration of carbon nanotubes, graphene, 2D dimensional materials
    -          Spintronics, Molecular electronics, Single electron transistors, Quantum dots
    -          Simulation and modeling of post-CMOS devices
    -          Other novel device concepts and demonstration 
     
  • Photonics, future interconnects, optoelectronic devices
    -          Si photonics, nanophotonics, optical interconnects,
    -          Novel interconnect concepts, such as photo-patternable low-k and nanoimprint of interconnect structures
    -          Optoelectronic al materials and devices

  •  Organic and plastic semiconductors, flexible electronics
    -          Synthesis and device demonstration of novel organic semiconducting materials
    -          Organic electronics for RFID, LED, memory, display, photovoltaic
    -          Low-cost processing of organic electronics, such as solution processing and roll-to-roll processing

  •  Other applications of semiconductor devices and processes
    -          Energy generation, conversation and storage devices and systems, such as solar cells, battery technology, supercapacitors
    -          Sensors
    -          MEMS, Bio-MEMS
    -          LEDs
    -          Micro-fluidics and biomedical devices
    -          Bio-chips
     
     
  •  Environmentally-friendly and energy-efficient semiconductor manufacturing

  •  MEMS Systems and Sensor Network

    - Market and technology trends of MEMS and sensor network
    - System integration of MEMS devices and sensors
    - Heterogeneous integration of MEMS and sensor components with processors and memory
    -Sensor networks
    - Wearable systems for healthcare, fitness and wellness and infotainment
    - Internet of Things
    - Atmospheric Particulate Matter (PM) Monitoring Systems
    - MEMS and sensor data storage, processing and communication, including security and privacy
    - Applications of cloud technology in MEMS and sensors
     
  • MEMS and Sensor Design
     
  • Wearables
    - Blood Pressure Monitors
    - Drug Delivery Devices
    - Electronic Patches
    - Fitness & Heart Rate Monitors
    - Glucose Monitors
    -Smart Eyewear (Contact Lens and Glasses)
    - Smart Watches
     
  •  MEMS Devices and Sensors
    - Accelerometers, Gyroscopes, Microactuators
    - Atmospheric Particulate Matter Sensors
    -Chemical and biological sensors
    -CMOS image sensors
    -Humidity & temperature sensors
    - Inkjets
    - Microfluidics
    - Microphones, Compasses, Micromirrors
    - Pressure sensors
    -Radio Frequency Identification (RFID)
    - RF-MEMS, Optical MEMS

     
  •  Materials and Process technologies
    -Thin films, III-V compound semiconductors
    - New functional materials
    - Patterning materials
    - Lithography and new patterning processes
    - Deep reactive ion etching
    - Wet etch, plating and CMP
    - Novel materials and processes

     
  • Emerging MEMS Devices and Sensors
    - MEMS-based post-CMOS devices
    - Organic MEMS and BioMEMS
    - MEMS for DNA sequencing
    - MEMS for drug delivery
    - MEMS and sensor devices for energy harvesting, storage and delivery
    - Detection and monitoring of water quality, environment and safety

  • Packaging, Testing and Reliability of MEMS Devices and Sensors

  •  Applications of MEMS Devices and Sensors
    - Automotive
    - Smart phones
    -Handheld gaming devices and consoles
    - Chemical and biomedical applications
    - Healthcare and wellness
    - Sensor network
    - Applications of MENS and sensors in energy, environment and safety

 

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