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Click here or scroll down to respond to this candidate Candidate's Name
Street Address
email : EMAIL AVAILABLE cell : PHONE NUMBER AVAILABLE
SUMMARY
PhD in Electrical Engineering from Georgia Institute of Technology.
Over 5 years of industry experience in RF & Antennas focusing on millimeter wave (mm-wave) technology, and Systems
Engineering.
Technical competency in topics of RF/Antennas, transceiver front ends, RFID, sensors and high frequency packaging.
Knowledge in modeling/simulations design integration fabrication/assembly testing.
Proficiency in using 3D electromagnetic simulators (HFSS, CST), circuit system simulators (ADS), CAD tools, lab
equipment and link budget analysis.
Technical expertise in systems engineering: worked on the following systems engineering lifecycle phases: concept of
operations, requirements engineering, architecture, and design.
Patent analysis for 1 year with emphasis on RFIC and Antennas as they relate to communication cellular systems.
Experience in working with test labs to execute product test plans.
Co-authored 6 patents in mm-wave technology.
I consider myself an engineer versed in business development. I have 5 years of business support and proposal technical
writing and I am proficient with financial planning and P&L management.
EDUCATION
Georgia Institute of Technology May 2011 Atlanta, GA
PhD, Electrical and Computer Engineering
Dissertation Topic: "Integrated RF modules and passives on low-cost flexible materials for applications up to the mm-wave
frequency range"
INDUSTRY EXPERIENCE
Engineering Consultant, Minji Consulting (founder), San Francisco Bay Area, CA, 06/15-Present
Design Services & Measurements: Redesigned an RFID reader product resulting in 75% savings in manufacturing cost and
performance improvement in passing criteria over statistical limit of six sigma.
Patent Analysis: Performed patent analysis, test plans, claim charts as well as performed antenna and RF systems level
testing for client (LTE cellular protocols testing + S-parameters).
RF/Antenna Architect, Maja Systems, Milpitas, CA, 08/14-04/16
mm-wave innovation through product development. Focused on antenna design, integration with transceiver, and design
for manufacturability (DFM).
o mm-wave Radio link with a range of system gain using two versions: passive waveguide and PCB based.
o Designed and validated platforms for gigabit wireless communication systemsdocking, video streaming, wireless
gigabit Ethernet backhaulwork resulted in successful design wins with customers.
o Demonstrated a proof of concept radio for outdoor point-to-point applications with reduced bill of material.
o Managed relationship with fabrication and assembly vendors.
Helped build an IP portfolio in high frequency RF radios using CMOS, printed antennas, and standard manufacturing flow.
Future Technical Leaders Program/ Systems Engineer, Northrop Grumman,
McLean, VA and Brooklyn, NY 06/12-08/14
Technical consulting: This work resulted in the approval of several Contract Data Requirements Lists (CDRL).
o Evaluation and vetting of enterprise network requirements for an E-9-1-1 Network.
o Network security design of a multi-agency E-9-1-1 citywide network. Conducted trade studies and provided
thorough analysis of vendor solutions.
o Technical proposal for network security monitoring for an existing Network.
Developed new course in the subjects of Cyber Architecture Analysis and Mobile Security.
Candidate's Name Page 1 of 2
Future Technical Leaders Program/ Systems Engineer, Northrop Grumman, Atlanta, GA, 06/11-06/12
Led R&D project Fraud Analytics Workstation for healthcare applications.
Supported rapid prototyping of health mobile applications using data analytics and app development.
Supported software technical proposals including small business innovation research (SBIR) proposal for big data software.
Engineering Intern, Toyota Technical Center, Ann Arbor, MI 05/08 08/08 & 05/09 08/09
Designed, modeled, and characterized 3D mm-wave RF interconnects and antenna arrays for automotive radar
applications.
Evaluated existing automotive radar systems.
Research Assistant, Georgia Electronic Design Center, Georgia Institute of Technology, Atlanta, GA 05/06-05/11
Designed and conducted fabrication of RFID and wireless sensors using direct write methodologies for rapid prototyping
(NSF sponsored).
Coordinated research efforts and collaborated with industry sponsors for two projects: 3-D mm-wave Radio Frequency
micro assembly (Toyota sponsored), and 3D Integrated X-Band Filter using novel organic polymer materials (Raytheon
sponsored).
Published over 20 publications in area of design and fabrication of antennas, RFID, and wireless sensors. Nominated three
times best paper award in three international IEEE conferences.
TECHNOLOGY SPECIALIZATION AND TOOLS PROFICIENCY
Lab equipment: Vector Network Analyzers (VNA), Signal generators, Oscilloscopes, Spectrum Analyzer, OTA and Antenna
Radiation Measurements, cellular/mobile protocol testers
3D electromagnetic simulation software: Ansys HFSS, Microwave Studio CST
Circuit Simulators: Keysight Technologies ADS
Systems Engineering: Matlab/Simulink, Jama Software, Sparx Systems Enterprise Architect
Programming Languages : Matlab, R programming, SQL
Proficient in Adobe Illustratorused for making artwork in technical proposals. This has proven successful in business
development and communicating complex technical diagrams in simple clear illustrations.
Graphic Design & Company Branding: built two company websites www.majasystems.com and www.minjiconsulting.com
complete with brand-book, business cards and document/presentation templates.
Proficient in Quickbooks
PATENTS
1. Microwave Antenna, US8325092
2. First and Second Coplanar Microstrip Lines Separated by Rows of Vias for Reducing Cross-Talk, US8378759
3. System and Method for Improving Performance of Coplanar Waveguide Bends at MM-Wave Frequencies, US7990237
4. Antenna with Tapered Array, US8743016
5. Wideband RF 3D Transitions, US PHONE NUMBER AVAILABLE A1
6. Three Dimensional Array Antenna on a Substrate with Enhanced Backlobe Suppresion for MM-Wave Automotive Applications, US
PHONE NUMBER AVAILABLE A1
BOOK PUBLICATIONS
RFID Enabled Sensor Design and Applications, Artech House, ISBN: 978-1-670783-981-1
1.
2. Paper-based Green RFID and other Passives, book chapter in Passive RF Component Technology, Artech House, ISBN 978-1-
60807-199-9
3. Beyond the Basics, book chapter in RFID Applied John Wiley & Sons, Inc. ISBN: 978-0-471-79365-6
SMALL BUSINESS
Small business co-owner of a specialty coffee shop Condesa Coffee in Atlanta, Ga. Responsibility is remote and entails financial
planning, accounting, and strategic marketing.
VOLUNTEERING ACTIVITY
IEEE Antennas and Wireless Propagation Letters reviewer
International Microwave Symposium 2016 Technical Program Review Committee member
Candidate's Name Page 2 of 2
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