Engineering Electrical Engineer

Amir Pedram

**** * ****** ***, ******, CA. ****0 - 559-***-**** -

****.******.****@*****.***

JOB OBJECTIVE:

Seeking a position where my skills and education can be utilized to

contribute to the success of my employer.

SUMMARY OF QUALIFICATIONS:

Troubleshooting, Electronic Testing Design, Project Management, Electronics

Troubleshooting, Quality Focus.

Farsi: speaking, reading and writing competence.

EDUCATION & TRAINING:

CSU, Fresno Bachelor's of Science in Electrical Engineering, Fresno

CA, (Spring 2014)

CSU, Fresno Mathematics Minor, Fresno CA, (Spring 2014)

EDC, Tulare PLC LEVEL 1: Industrial Electricity and Automated

Controls, (June 2014)

EDC, Tulare PLC LEVEL 2: Industrial Electricity and Automated

Controls, (July 2014)

EDC, Tulare PLC LEVEL 3: Industrial Electricity and Automated

Controls, (July 2014)

SKILLS & RELATED COURSE WORK:

Engineering Computations, Digital Logic Design, Principles of Electric

Circuits, Advanced Circuit Analysis, Switching Theory and Logic Design,

Computer Organization, Microprocessor Architecture and Programming,

Electromechanical Systems and Energy Conservation, Signal and Systems,

Probabilistic Engineering System Analysis, Electronics I, Electronics II,

Control Systems, Electromagnetic Theory and Applications, Analog and

Digital Communication Engineering, Communication Engineering Lab,

Electromagnetic Theory II, Engineering Graphics, Electromagnetic II Lab,

Telecommunications Instructional Modeling Systems, Antenna Design, Beam

Forming, Radiation Pattern, Introduction to Programmable Logic Controllers,

Electromechanical Systems and Energy Conv

SOFTWARE & PROGRAMMING EXPERIENCE:

Matlab, Simulink, Multisim, Solidworks 2008, AutoCAD 2008, Assembly, C,

C++, Java, Android SDK, Feko, PicoScope, Spectrum Analyzer, RSLogix 5000

ACADEMIC DESIGN PROJECTS:

Patch Antenna Design:

. Designed and simulated micro-strip patch antenna.

. Successfully designed an antenna based on size, impedance, gain,

efficiency and far field pattern.

. Tested and simulated the design using FEKO.

Implementation of Beamforming:

. Used research knowledge and principles taught in Electromagnetism II

course to implement beamforming algorithm with Matlab.

. Worked with a team member to obtain the algorithm to construct the

signal processing technique that used sensor arrays at transmitting

and receiving of the signals.

. Simulated the results that demonstrated the radiation pattern.

The Invisible Dog Fence:

. Installed and configured computer hardware for testing and stat

collection.

. Worked with a team that established Bluetooth communication with

Arduino microcontroller.

. Designed an Android App that routed the GPS coordinates of a pet

collar.

Electromagnetism II Laboratory:

. Developed skills necessary to analyze and measure radio frequency

systems.

. Worked in a multi-disciplinary team environment building, testing and

simulating radio frequency circuits.

. Calibrate Vector Network Analyzer.

. Gained experience with high frequency equipment (1-10 GHz).

Three Stage Operational Amplifier:

. Theories taught in the Electronics II course were used to design a

stable operational amplifier.

. Successfully designed an OP amplifier based on desired gain,

resistance, output current, and output resistance.

. Tested with Multisim to demonstrate design specifications.

HIGHLIGHTS OF ACTIVITIES:

IEEE - The Institute of Electrical and Electronics Engineers (2011-2013).

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