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Michael Lynch - Alumni


Current Status

Michael is currently an Analog/Mixed Signal IP Designer with Synopsys in its Mississauga Ontario Design Center.
 

Research Interests

  • Radio Frequency Integrated Circuits (RFICs)
  • Fabrication processes for RFICs (SiGe HBTs, Silicon BJT, Standard CMOS, GaAs MESFETS)
  • RF System Planning for RFICs
  • Direct Conversion Receiver Architectures
  • Layout of circuits and structures for RFICs
  • 10+GHz integrated circuits, devices, and techniques

Thesis Topic

Researchers at TRLabs have developed a wireless network capable of Gigabit per second data rates.  ATIPS-RFIC group members are  creating 17GHz RFIC components for the terminal node receiver.

My thesis outlines system planning issues for the receiver, as well as the design and implementation of a 17.35GHz LNA and 17.35GHz direct-downconversion mixer.

My supervisor is Dr. J.W. Haslett

Education

Master of Science in Electrical Engineering
September 2000 - February 2003 
Calgary Alberta, Canada
Honours Co-op Bachelor of Applied Science in Electrical Engineering
September 1995 - May 2000 
Waterloo Ontario, Canada

Awards

  • Government of Alberta iCORE Graduate Student Fellowship
  • NSERC Post-Graduate Scholarship
  • TRLabs Graduate Student Fellowship
  • NSERC Undergraduate Student Research Award
  • Two Waterloo Engineering Upper Year Scholarships
  • Governor General's Bronze Medal

Research Experience

I was an undergraduate research assistant at the University of Waterloo with the following groups:
Coding & Signal Transmission Laboratory
Center for Wireless Communications 
Waterloo Integrated Camera Group

Work Experience

I have held the following positions in industry:
 
Engineering Development Twisted Air Technologies Mississauga, Ontario, Canada 2000
Product Engineering Actel Corporation Sunnyvale, California, USA 1998
RF Engineering Motorola Canada Ltd. North York, Ontario, Canada 1997
Software Programming Johnson Controls Ltd. Markham, Ontario, Canada 1996

Support

Acknowledgements go to NSERC, iCORE and TRLabs for their support of my research.