I have recently completed my B.A.Sc. (Electronics Engineering option, honors program) and am presently searching for a challenging position as an R&D engineer. During my studies, I have gained experience in designing and managing relatively large projects either in a group or by myself. My work involves defining wireless channel characteristics, designing the error correction feature of a mobile receiver, and designing high-speed digital and analog boards. I have enjoyed all my work experiences as an electronics engineer and am especially looking forward to a job that involves developing high speed mobile digital communication technology and/or developing encryption and decryption technology.

• Designed the error correction feature of a mobile receiver.
  
• Researched and simulated various fading channel characteristics.
  
• Wrote data collection and analysis tools in C and MATLAB.
  
• Wrote automation tools in Expect.
  
• Presented error correction design recommendation for a specific mobile receiver to a group of directors, managers, and engineers.

• Designed and tested a quadrature modulator board.
  
• Researched solutions to quadrature modulator�s DC and phase offset impairments.
  
• Designed DC and phase compensation board for a quadrature modulator chip.
  
• Presented project�s progress and status to directors, managers, and other engineers.

• Designed a test plan for an ATM 155.52Mb/s physical layer chip.
  
• Debugged ASIC design of an ATM 155.52Mb/s physical layer chip.
  
• Wrote product analysis report.

• Designed and build a master-slave grasper project -- a large scale model of a microsurgery device.
  
• Designed a GUI (in C++) that tracks master�s and slave�s motion.
  
• Programmed a DSP chip in C.
  
• Wrote a project progress report.

• Experienced user of various high frequency analog and digital test equipments such as a communication signal analyzer, high speed digital scope, logic analyzer, network analyzer, and spectrum analyzer.
  
• Designed and simulated a folded cascade operational amplifier in CMOS 1.5 micron technology using KIC and HSPICE.

• Programmed real-time embedded system using PCL, assembly code (specifically 68HC11), and C++.
  
• Experienced user of C, C++, Expect, Visual Basic, and Modula-2 programming languages.
  
• Experienced MATLAB and SPICE user.
  
• Comfortable with UNIX, DOS, and Windows operating environments.