1. AKSHAY MOHAN
Ph: 214-725-7402, 955 Escalon Avenue #203, Sunnyvale ,CA-94085 ,aksaym89@gmail.com
EDUCATION
MS in Electrical Engineering August 11-Dec 13
University of Texas at Dallas GPA 3.75
BE in Electronics and Communication September 07-June11
Visvesvaraya Technological University, RIT, Bangalore GPA 3.75
TECHNICAL SKILLS
Programming Languages C, Matlab, Python.
Tools Used ADS, AWR, FECO, OrCad, Eclipse, Allegro, CST.
Operating System Windows 98/XP/07 and MAC OS.
Hardware Equipment Spectrum analyzer ,VNA ,Signal generator,CMU200,CMW500, Probe
This was typed to get the the sp station, Micropross NFC test system, Maury load pull equipment.
WORK EXPERIENCE:
Amazon Lab126 – RF design engineer Jan14- Present
❖ Part of system integration team for Fire Phone.
❖ Worked on WiFi and NFC subsystems.
❖ Highly skilled in ADS simulations and 3D simulations.
❖ Designed various test boards for the factory and for in-house debug.
❖ Currently working in the RF desense and leading the efforts for various products at
Amazon ranging from Fire TV, e-readers and ECHO products.
❖ Involved in debug and fixes for spurious emission for FCC and CE certification.
Amazon Lab126 – Intern as RF design engineer. May13- Aug13
❖ PCB design for a duplexer. Went through the whole process of layout simulation, drawing
it on Allegro, PCB fabrication and comparison between the simulated and measured data
❖ Helped in designing auxiliary (eg: WiFi,NFC) technology systems on Fire Phone.
Apple. Inc - Intern in the RF design group for iPhone5S. May 12- Sep12
❖ Characterizing Power Amplifier.
❖ Automation code for plotting using Python
❖ Filter characterization.
❖ Designed matching circuits.
References available upon request

2. Apple. Inc - Intern in RF/OTA wireless group. Sep 12- Jan13
❖ Cellular OTA testing of handheld devices. (TRP and TIS measurement)
❖ WiFi OTA testing (TRP).
❖ SAR certification measurements.
❖ Gained knowledge of FCC, CTIA testing standards
ACADEMIC PROJECTS
Collision detection and avoidance system (RF & Microwave System Engineering)
Designed a Collision Avoidance system (RF system) using Radar and Satellite Communications link that
can be integrated with the automated highway traffic regulation systems of the present and the future.
Achieved good exposure in RF system design. Platform: AWR.
Microwave circuit design and Measurement lab
Design microwave components like Chebyshev & butterworth filters, directional
couplers,Wilkinson power divider, RF switches, amplifiers, and patch antenna). Simulated on
CAD tools & built on PCB for testing and RF measurements ( S- parameters, NF, P1db , P3db).
Single stage Narrow Band & Two stage Broadband amplifier
Designed a broadband and Narrow band amplifier and simulated on AWR. Went through the whole
process of different analysis like AC , DC etc.
Balanced amplifier PCB design (MICROWAVE CIRCUIT DESIGN)
Designed a balanced amplifier with 24 db gain , with good return loss . The balanced amplifier included
two 2 – Stage amplifier cascade along with a 3 db lange / edge coupler . The aim was to keep the design
as small a possible and also to reduce the cost of implementation which was achieved.
COURSEWORK
Fall 2011- Digital signal processing, RF systems engineering.
Spring 2012- Microwave design & measurements lab, Digital communication ,RF amplifier design.
Fall 2013 – Optical communication, Antenna design
WORK AUTHORIZATION: F1-Visa
References available upon request