Specialization in Microelectronics. Wang Qijie Nanyang Assistant Professor in EEE March 8, 2013
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1 Specialization in Microelectronics Wang Qijie Nanyang Assistant Professor in EEE March 8, 2013
2 Electronic Engineering Option Microelectronics What is it about? Study of semiconductor technology associated with microfabrication process, packaging & assembly, and reliability testing & analysis of electronic components and microsystems. Study of Photonic technology involving the generation, detection and modulation of light. Huge range of applications including: electronic consumables, internet, lasers, clean energy, etc.
3
4 Intel Penryn (and Nehalem) 45 nm Core 2 Duo 12 Processed Silicon Wafer Penryn Die Photo NMOS PMOS
5 Electronics Sector in Singapore Electronics is the major industry underpinning Singapore s economic growth. contributes 33% of the Singapore s manufacturing output. In 2011, electronics accounted for almost 45% of the total S$12.9 billion in fixed asset investments. Employment for the industry in 2011 stands at 82,000, which is 19% of total manufacturing jobs.
6 Breakdown of the Electronics Sector Semiconductors 63% (48% in 2006) Largest segment! Electronics Output 2011: S$86.1 billion Computer Peripherals & Electronics Manufacturing Services 8% Electronic Modules & Components 3% Infocomm & Consumer Electronics 11% Data Storage 15%
7 Semiconductor Industry in Singapore 14 Si wafer fabrication plants. Including world s top three wafer foundries, 500,000 wpm, 10% of global foundry wafer capacity, three 300mm fabs. 5 compound semiconductor fabrication plants. 20 semiconductor assembly & test operations. 3 of the world s top 6 outsourced semiconductor assembly & test companies 80% of the world s enterprise hard disk drives. 40% of the world s hard disk media volume.
8 Photonics Industry in Singapore Many overlaps with the microelectronics industry. Solar cells, LEDs, displays, sensors, etc. Singapore aims to become the Regional Centre of Excellence in all aspects of Photonics. Dual center in collaboration with World-renowned Univ. of Southampton Photonics institute setup in NTU Graduates & post-graduates needed to support this new growing industry.
9 Photonics Industry in Singapore Estimated output S$1.2 billion Communications Sensing, Test & Measurement Advanced Displays Security, Defense Electronics Mfg Services Solid State Lighting Tinggi Tech Nejilock
10 Job Opportunities Microelectronics A Broad Spectrum of Job Opportunities across the Value Chain!
11 Future of Electronics: New Growth Areas Printed Electronics Logic & memory, display & lighting, power, sensors Green Electronics Green computing, lighting, EV, and energy harvesting Bioelectronics Biochips, biosensors and medical electronic devices Security Physical security, information security, electronic security systems STMicroelectronics BASF Bosch Terra-Barrier STMicroelectronics Infineon Philips Lumileds STMicroelectronics Fluidigm Nitto-Denko Veredus STMicroelectronics Gemalto Infineon
12 Recent Investments in New Growth Areas Infineon sets up S$14m R&D facility in Singapore Panasonic Electronic Devices Co. Ltd. sets up its first overseas corporate R&D centre SSMC to expand capacity and conduct R&D with on specialty wafers STMicroelectronics expands operations for new growth areas in Singapore Green Electronics and Security R&D centre for creating unique Asian solutions Develop solutions for renewable energy systems and secured wireless applications Green Electronics and Bioelectronics Focus on developing solutions for medical, energy and environmental applications Total S$20mil investment Security US$30m investment to shift from plain vanilla wafers to specialty wafers for applications such as biometric chips Across all new growth areas IC mfg for analog, smart power and power technologies; Production of Biosensors R&D centre for plastic electronics, smartcard ICs, and portable diagnostic toolkits
13 What are the Elective Courses? Design Electives EE4613 EE4614 CMOS Process and Device Simulation by Technology CAD Workstation Based Design & Simulation Course Virtual Wafer Fabrication & Device Characterization of a 2 µm CMOS Process Virtual Process Integration for MOS Technology Development & Device Optimization Device Parameter Extraction & Layout Implementation Workstation Based Design & Simulation Course Virtual Device Characterization Transistor Parameter Extraction Circuit Simulation & Mask Layout
14 What are the Elective Courses? Technical Electives (Semiconductor) EE3013 EE4645 EE4646 EE4647 EE4694 Semiconductor Devices and Processing Microfabrication Engineering VLSI Technology Microelectronic Devices IC Reliability and Failure Analysis
15 What are the Elective Courses? Technical Electives (Photonics) EE3018 Introduction to Photonics EE4648 Flat Panel Display Technologies EE4838 Laser Engineering and Applications EE4839 Fibre Optic Communications EE4840 Biophotonics
16 Projected increase in jobs & R&D opportunities within the Microelectronics/Photonics area. Look at long-term career plan. Follow your interest & heart!
17 Thank you
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