Yong Jia
** ******* ***., ***. * Tel: 857-***-****
Allston, MA 02134 *******@**.***
Qualifications
Experienced and enthusiastic MSEE candidate with demonstrated skills creating real-world analog and digital hardware designs
Education
Boston Univ.
M.Eng. Electrical Engineering (GPA: 3.60) January 2016
Beijing Univ. of Posts & Telecommunications (Joint Program with Queen Mary Univ. of London)
B.S. Telecommunications with Management
B.S. Electrical Engineering July 2014
Skills
Cadence, HSpice, PSpice, Altium, Eagle PCB, RF/Analog design, Layout design, Solidworks
VHDL, Verilog, Xilinx ISE
Experience
Sunus Health, Hardware Design Engineer Boston, MA, October 2014 – Present
Sunus Health is a healthcare start-up company creating monitoring and wearable device solutions
Tested innovative infrared and laser sensors to detect bubbles in intravenous lines
Designed PCB circuit and built bubble detector prototype using surface mount components
Implemented new sensor system for drip rate detection and visualization of IV drip chambers
Familiar with commercial new product design, documentation and validation processes
Projects
FM Receiver 2015
Designing FM radio receiver architecture working for specific 1GHz input
Performing PCB design and using the Network Analyzer to test the performance
IC Fabrication 2015
Designing digital combinational logic circuit and drawing masks for IC fabrication
Performing all necessary steps to build the chip
4-QAM Transmitter 2015
Performed schematic design of a complete 4-QAM direct conversion transmitter, including VCO, quadrature phase shifter and PA
AM Receiver Front End 2015
Designed schematic and layout of a 4.5 GHz LNA with low noise figure, mixer, LO and IF filter
Interconnected elements to build a complete AM receiver
Analog/Digital Converter 2014
Created schematic design of a 5-bit charge redistribution ADC working at 50 MHz
Designed a comparator to ensure digitization accuracy
Current-mirror Operational Amplifier 2014
Designed a current-mirror op-amp using IBM 8HP technology with Cadence
Simultaneously achieved high signal gain, large bandwidth and low power consumption