May 2017–September 2017 Web developer .
 Epoka University
Responsible for design, coding, functioning and maintaining of Epoka University’s Web
Pages. Development of new software based on the Epoka University’s needs using PHP
Web development frameworks (SYMFONY).
▪ Managing the security of the web pages and configuring necessary components and
software related to Epoka University Web Pages.
▪ Development tools: PHP ,(Symfony Framework), Javascript, CSS, Database MYSQL,
NAVICAT, Bootstrap .
Business or sector Information Technology

October 2015 – May 2017 Software Web developer .
Prime Advisory Back Office Sh.p.k , ITirana – ALBANIA.
Responsible for working closely with other senior developers to design and develop new
web-based products and features using the CakePHP Framework.
▪ Developing software in object oriented language, PHP, Framework Cakephp.
▪ Designing and implementing quality, web-based software products. ▪
▪ Analyzing user needs and then finding the appropriate solution.
▪ Writing up specifications and program codes.
▪ Python developer for cloud computing working on the Openstack Dashboard Cloud
services. Modifying the Openstack Operating system code to provide additional
functionality.
▪ Development tools: Python programming language, Django Framework, ,CakePHP
Framework, CSS, Javascript .
 Business or sector Information Technology .

Mar 2014 – Apr 2014 Software Engineer – Part time
SAET impiants, Turin – ITALY
▪ Development of C script code implementation for the management of a domotic system
based on the use of a PLC controller. The project consists in the programming of a PLC
controller using the C programming language.
▪ Development tools: Oscilloscope, test and measurement equipment.
▪ C/C++ Code Block , Sprint Graphic programming language.
Business or sector :Information Technology

Oct 2013 – Nov 2013 Hardware test engineer
PEGASO s.r.l , Turin – ITALY
▪ Testing of HW electronic low powered boards for the Magneti Marelli industry.
▪ Implementation of the measures of validation.
▪ Test writing specification and technical descriptions for the automotive industry.
▪ Voltage sources, Signal generators,
▪ Current probes.
▪ Tectronix Oscilloscope ,Measurement testers , Temperature climatic cells, CAN
 Analyzer.
 Business or sector : Automotive

June 2012 – July 2013 Hardware test engineer
FAIVELEY TRANSPORT s.p.a ,Turin – ITALY
▪ Implementation of the measures of validation and characterizzation at the
electromagnetic compatibility laboratories.
▪ Architecture project of electronic circuit low powered boards equipped with DC/DC
converters ,Low power dual voltage comparators LM2903,Power Mosfet IRF740, Precision
voltage
reference, Power relay RT24052-1, Toshiba photocoupler TLP124, Frequency voltage
converters LM2907.
▪ Programming and testing of electronic circuit boards equipped with Digital&Analog I/O , PLD,
FPGA. Control communication protocol RS232 and CAN.
▪ Manual, functional , temperature and insulation test for the prototypes
▪ Specification of laboratory HW tests and technical descriptions.
▪ Development tools : Tectronix Oscilloscope , Modelsim, Quartus II , Altera: PLD
EPM3032TI0017N, FPGA EPIC3T10017N, Altium design, Voltage sources, signal
generators, Current probes, and Oscilloscope usage.
 Business or sector : Rail sector

February 2011 -– November 2011 Hardware test engineer
 SM s.r. l ,Turin – ITALY
▪ Development of HW architecture electronic boards for the metrology sector .
▪ Design and implementation of an optical sensor for the roughness measurement.
▪ Hw schematic architecture project designed and simulated in Altium environment .
▪ PCB realization composed with absolute encoders , optical infrared osram sensors .Analog
switch DG528, DAC, OP Amplifiers LF356, Dual Op Amp LF353N, LMC662NC .
▪ Feedback control system design for a dc motor application . The project consists in the
creation of a feedback control loop for a direct current low power motor.
▪ PCB realization with absolute encoders ,Analog switch DG528,OP Amplifiers
LF356,LMC662NC Threshold comparators , Analog Switch (multiplexer), Frequency to
voltage converters, Voltage sources, signal generators and oscilloscopes usage.
▪ Development tools: Voltage sources, Signal generators , Oscilloscopes usage Matlab
environment Altium schematics design and simulation.
Business or sector : Electronic metrology sector.

November 2010 – January 2011 Software engineer – Internship collaboration.
 Take off s.r. l ,Turin – ITALY
▪ Study and development of a touch_screen keyboard for the management of an alarm
system based on the use of a NXP LPC2470 microcontroller.
▪ The project consists in the programming of a touch_screen keyboard using the C/C++
language. The touch sensitive graphic symbols of the keyboard are driven in base of the
signal states managed from the central alarm unit .
▪ Development tools: Evaluation board MCB 2470 ,
▪ MDK-ARM.
▪ C/C++ programming language .
 Business or sector : Information technology sector.

EDUCATION AND TRAINING

October 2008 – March 2012 Master of science degree in Electronic Engineering
Polytechnic University of Turin – ITALY , Department of Electronic & Computer Engineering.
▪ Thesis Title: NFSK signal transmission system over a radio mobile channel.
The thesis describes first the phenomena that affect the propagation of electromagnetic
waves , passing in a subsequent to the calculation of the probability of error symbol (
Symbol Error Probability "SEP") for frequency numerical modulation schemes (NFSK) on
multipath fading with additive white Gaussian noise channels .The process of fading
considered is of type frequency-selective with various statistics of first order (Rayleigh,
Rice, Hoyt , Nagakami-m). There is a simulation of a NFSK transmission system on AWGN
channel and channel with Rayleigh , and Rician types. The work begins from the
architecture of the transmitter and receiver on AWGN radio channel. The simulations were
carried out using the simulation Matlab tool . The error probability of the simulation
(empirical) is compared with the calculation of analytical analysis . There are shown
different curves of error probability as a function of the signal / noise ratio for each model
fading and for each value of NFSK signal transmitted. The probability of empirical error
coincides with the analytical analysis

October 2002 – September 2008 Bachelor degree in Electronic Engineering.
Polytechnic University of Turin – ITALY , Department of Electronic & Computer Engineering.
▪ Thesis Title: Performance of the phase / polarization signal modulation with
coherent reception in optical fiber transmission .
▪ Advanced knowledge in simulation or characterization of digital and analog electronic boards.
▪ Radiofrequency & numerical communication models development for digital wireless
transmission systems.
▪ Electronic knowledge technologies and applications in the context of
computing, telecommunications, automatic controls.
▪ Basic skills in the manufacturing technologies of circuit boards, in electronic
measurements, in electronic controls for industrial automation, and in testing
techniques.
▪ Design and production technologies for electronic boards.
▪ Good knowledge on Information technology and IP-based system networks.
▪ Basic electronic components and subsystems selection for the best cost-performance
tradeoff.
▪ Good knowledge in algorithm implementation on embedded
systems ( Microcontroller, FPGA, PLD).

September 1997 – July 2002 Diploma degree.
Technical Industrial Institute. Technical High School "HARRY. T. FULTZ" –Albania
Title of qualification awarded : Industrial mechanical diploma. ( Automotive sector )

PERSONAL SKILLS
Mother tongue Albanian
Italian UNDERSTANDING SPEAKING WRITING
Listening Reading Spoken interaction Spoken production
C2 C2 C2 C2 C2
Levels: A1/2: Basic user – B1/2: Independent user – C1/2 Proficient user
Common European Framework of Reference for Languages
English UNDERSTANDING SPEAKING WRITING
Listening Reading Spoken interaction Spoken production
B2 B2 B2 B2 B1
P.E.T English test Cambridge university
Levels: A1/2: Basic user – B1/2: Independent user – C1/2 Proficient user
Common European Framework of Reference for Languages

Communication skills ▪ Good communication skills and ability to adapt to multicultural environments, gained
through my work and study experiences abroad.
▪ Communication skills ability to explain technical documentation to non technical
customers and colleagues keeping high flexibility, and dynamism .
Organisational / managerial skills ▪ Electronic laboratory management : Ability to select the basic electronic
components and subsystems for the best cost-performance tradeoff .
Job-related skills ▪ Ability to read electronic schematics specifications and technical drawings.
▪ Ability to produce test reports in support of system verification.
▪ Good use of laboratory instruments and software design , knowledge of radiofrequency &
numerical communication models development for digital wireless transmission systems.
▪ Designing, assembling & testing optoelectronic and integrated electronic circuit low powered boards.
▪ Diagnosis skills and good warning finding on electronic boards.

Computer skills ▪ Good command of Microsoft Office tools ( Microsoft Office, Microsoft Word , Microsoft Exel
,Microsoft Visual).
▪ Operating Systems : Windows(Advanced) , Linux (Basic)
▪ Information technology programming language: Java (Basic / Eclipse SDK), PHP,
MYSQL Database . CakePHP and SYMFONY Frameworks.
▪ Mathworks : Matlab , Matlab simulink , RF Microwave.
▪ Orcad : Pspice , Altium Design.
▪ Embedded Systems : Verilog (Basic) , VHDL( Microchip: MPLABIDE ,
Altera:Quartus II Keil :MDK-ARM), C / C++ , Assembly (Basic) .
Other skills ▪ Analyst : Market requirements analysis and the objectives set by customer. Ability to
perform an analysis of the system, defining their specifications to achieve the objectives
specified by the customer.
▪ Researcher : (Experience gained from my prevoious working companies R&D department )
Study and development of new electronic devices for advanced system applications of the
specific types.
▪ Curiosity and determination to acquire new technical competences.