1. EXPERIENCE
BAWR&D ENGINEERING INTERN, Qorvo
BAW R&D Advanced Modeling and Design
Apopka, Florida, USA — Nov 2015 – Nov
2016
Modeling and Design of RF Integrated Inductors for
BAW Technology Applications
Role & duties: Build an integrated inductor model
(PDK element) to speed up design cycle time, by
meansPolynomial Interpolation and Artificial Neural
Network approaches, R&D work, tester.
Accomplishments:
 Perform 3D/2D EMsimulations
 Design multi-layers embedded inductors
 Modeling microwave components with Artificial
Neural Network
 BAW filter design (mid-high band)
 1+ year experience in AWR, ADS, Ansys HFSS,
MATLAB, C++, Python,
 SUMO Toolbox and Machine learning (AI)
 Support BAW R&D team
 Solid knowledge of analog and mixed-signal IC
design fundamentals
 Strong verbal and written communication skills
 Ability to work in team and collaborate
 Fluent English verbal and written
EDUCATION
MASTER DEGREEIN RF AND
ELECTRONICS ENGINNERING
University of Perugia — Sep 2013 - Nov
2016
Grade 110/110
Master Thesis at Qorvo,Inc
“Modeling and Design of RF Integrated Inductorsfor
BAW Technology Applications”
BACHELOR DEGREEIN ELECTRICAL AND
ELECTRONIC ENGINNERING
University of Perugia — 2009-2013
Grade 92/110
Accomplishments:
 Antennadesign(narrow bandandultrawide-band)
 PA,LNA,VCOand Nano-oscillatordesign
 3+ years’experience inADS,CST, andMATLAB
 4+ years’experience inMicrowave filtersdesign
Projects:
 Designof an Ultra-Widebandcoplanarmicrostrip
Log-PeriodicAntennaforWirelessApplications
(2-4 GHz) by meansCST studiosuite
 Designof a 2.45 GHz ColpittsOscillator bymeans
ADS
 Design,manufacture andtestof a 5 GHz
microstripParallel CoupledandHairpinBandpass
filter
I am a highly motivated and self-driven person. I was born in Italy, but my parents are Moroccan. I speak natively Italian and Arabic,
and fluently English due to my experience in the US (Florida).I studied RF engineering at Perugia in Italy,and this topic has been always
my passion. I previously worked in BAW R&D at Qorvo (US), under the management of Alexandre Volatier. After one year of full work I
have been able to develop my skills on RF, EM simulations, Filter design and Neural Network modeling
SAMIR TAZARINE
RF Design Engineer
Location: Perugia,Italy
Willingness to relocate
Willingnessto travel
Mobile: +39 3311629616
Skype: Samir Tazarine90
Email:samirtazarine@outlook.com
LinkedIn profileURL: https://it.linkedin.com/in/samir-tazarine-
26ab84110

2. Bachelor thesis “Design, manufacture and test
of a humidity microstrip sensor (MEMS) with a
layer of paper”
 Design, manufacture and measure of an air core
transformer and a full wave bridge rectifier, to
supply power to a Microcontroller (Texas
Instrument MSP-EXP430G2)
 Modeling Nano-Oscillator for RF applications by
means understanding and performing the Spin
Transfer Torque approach
 Study, Design and Development of 24 bit Carry
SkipAdderbymeansusingStandardCells(CMOS)
and Pass Transistor technology
 Electromagnetic Compatibility: Study and
understandingof ShieldingEfficiencyof Gold and
Steel (430) at 10 KHz and 10 MHz
COMPUTER SKILLS &
LANGUAGES
Italian (native)
Arabic (native)
English(professional)
REFERENCES
BAW R&D Development Engineer at Qorvo
Guillermo Moreno
Guillermo.Moreno@Qorvo.com
BAW R&D Development Engineer at Qorvo
Mohammad Almalkawi
Mohammad.Almalkawi@Qorvo.com
Professor of Engineering
Department at Perugia
Roberto Sorrentino
roberto.sorrentino@unipg.it
Knowledge:
| BAW R&D Manager at Qorvo
Alexandre Volatier
Alexandre.Volatier@Qorvo.com
Project Manager at Qorvo
Bernard De Neeve
Bernard.Deneeve@Qorvo.com
+
 ProficientinElectromagneticsoftware as CSTStudioSuite andAnsysHFSS
 ProficientinRFcircuitsimulator AdvancedDesignSystem(ADS) andAWR
Microwave office
 ProgrammingMATLAB, Octave, Java, C/C ++ and Python (basics)
 Neural Network: SUMO(surrogate modeling)toolbox, MATLABArtificial
Neural Network(ANN) toolbox andMachine learningtoolbox
 MicrosoftOffice tools( Word,Excel,PowerPoint)
 Adobe Photoshop,Adobe AfterEffectandinternetskills
Microelectronics: MOSFET, BJT, DIODE, noisefigure and impedance matching. LNA, PA and their classes (A,AB, B and C). Single-
balanced and Double-balanced Mixer,and Oscillators.
Filters & Antennas: Butterworth, Chebyshev, BAW technology, Carrier Aggregation, RF microwaveFilter technology in microstrip and
waveguide. FiniteElement method (FEM), Method of Moments (MoM) and FiniteDifference Time Domain (FDTD). Biconic,Dipole,
Log-Periodic,Horn Antennas
EMC: Methods and technique to avoid unwanted Electromagnetic Interference effects. Studying of Emission,Susceptibility and
Couplingto mitigate interference by means grounding and shielding
Optoelectronics: LASER and LED (lightemitting diodes). Paramagnetic,Diamagnetic and Ferromagnetic materials properties.
Hardware and Software: SIP (system in package),SOC (system on chip),ALU, CPU and RAM. Performing java scriptand MATLAB
scripts to design FIR and IIRfilters