Mahmoud Abdullatif Bagegni

** ****** ****, ******, ** 03076 857-***-**** ac8110@r.postjobfree.com PROFILE: Hard working individual, completing a 5 year program who works well independently and as part of a team, easily trained and very willing to learn. Currently seeking a challenging position within electrical engineering. EDUCATION:

Merrimack College, North Andover, MA Expected: May 2019 Bachelor of Science in Electrical Engineering

Relevant Courses: Problem Solving with Programming, Digital Fundamentals, Calculus I, II, III, Differential Equations, Circuit Theory I & II, Assembly for EE, Physics I & II, Chemistry for Engineers, Embedded Microprocessors, Electronics I & II, Energy Generation/Conservation/Technology, Engineering Electromagnetics I, VLSI Design, Power Engineering & Power Quality, Discrete Time Signals & Systems, Digital Architecture & Hardware Description Language, Feedback Circuits, Activities: Institute of Electrical and Electronics Engineers (IEEE), Power Engineering Society (IEEE-PES) SKILLS: Programming (VHDL, Verilog HDL, Python, C, C++, Assembly), Computer Aided Design (Quartus Prime II, ModelSIM, DxDesigner, Cadence, Allegro (Physical Viewer, PCB Designer, Design Entry), Pads Layout, AutoCAD, Lasi7, NI Multi-Sim, LT Spice, Micro-station, MATLAB, NetBeans, Auto Desk Inventor, Google-Sketch up), Hardware (soldering, Multi-meter, Oscilloscope, Pulse Generator, Spectrum Analyzer, PNA, PNA-X, Temperature Plate, RF Cables, Microscopes, Calibration Modules, Power Supplies, PCB layout, Arduino, 8051 Microcontroller, FPGA’s, Intel Altera, Xilinx), Microsoft Office (Word, PowerPoint, Excel)

RELEVANT EXPERIENCE:

Mercury Systems, Hudson, NH September 2018 – February 2019 Associate RF Test Technician

• Test and tune RF modules using PNA’s that go through production and the manufacturing process.

• Cut, trim, and stub RF traces making sure they meet customer Specs.

• Create technical reports.

Mercury Systems, Hudson, NH November 2017 - September 2018 Digital Engineering Co-op

• Develop, simulate and test CPLD and FPGA designs.

• Design analog circuits using components such as A/D converters, Op Amps, and Transistors.

• Test and troubleshoot PCBs using oscilloscopes, multi-meters, spectrum analyzers and logic analyzers.

• Create technical reports and presentations.

Merrimack College, North Andover, MA September 2016 – September 2018 Assistant Lab Technician, Electrical Engineering Department

• Complete daily tasks for the Electrical Engineering Department, organize the laboratories’ electrical components, fix hardware such as multi-meters and trainer boards, and maintain the department’s overall appearance. COURSE PROJECTS:

Senior Design Project, Drone Battery Charger Fall 2018 - Present

• The goal is to generate, and charge the battery of a hybrid drone. The Drone is a hybrid between battery power and gas engine. When the electric battery is low, the gas engine with turn on, charging its own battery making it efficient and reliable.

Power Engineering and Power Quality, AC Power Meter Fall 2017

• Measured AC signals, the goal was to measure real power, apparent and reactive power and to help improve the power factor.

Embedded Microprocessors, 8051 Traffic Light Spring 2016

• Designed a 3-way traffic stop to be self-sustainable, using an 8051 and assembly code and other hardware components.

Energy Generation/Conservation/Technology, Temperature, Humidity & Light Fall 2016

• Teamed up with the Merrimack College Biology Department to send them real time data for temperature, humidity and light intensity in the on-campus greenhouse using an Arduino. Introduction to Engineering, Windmill Project Fall 2014

• Worked with a team of Engineers (CE, ME, CS) to design a windmill to be as efficient as possible, competition against other engineering teams, the goal was to produce the maximum amount of power. PERSONAL INTERESTS: Amateur Boxer, wrestling, kick boxing, BJJ, MMA, electronics, mechanics, chemistry, physics, spirituality, basketball, football, gymnastics, Parkour, health fitness, wildlife, motorcycles, and continuous learning and improvement