Graduate Research and Teaching Assistant
Manhattan, KS
مجموع سنوات الخبرة :13 years, 1 أشهر
Oracle NMS Project: Power Flow analysis, fault detection and FLISR scenario analysis for distribution system
using Oracle NMS platform including device operations and customer outages with system restoration
analysis.
• Distribution system factors analysis: Such as Demand Factor, Diversified Demand, Coincidence Factor and
Loss factor analysis for different type of loads mainly residential, commercial and industrial loads. Study the
Residential load behavior and causes on 15-min and hourly basis for different seasons during the year using
load duration curve.
• Conductor Selection for distribution systems design using ACSR cables considering thermal and economical
reach concept to choose a set of conductors to design a distribution system considering temporal and spatial
load growth models.
• Calculations of Phase impedance matrix using modified Carson’s equations for distinct set of conductors and
its reduced impedance matrix. Power flow analysis using backward forward sweep method, computation of
voltages at all system buses with MATLAB simulation.
• Reliability Analysis for distribution systems for different layout designs for different fault scenario analysis.
Maximum number of interruptions in the system, SAFI and SAIDI calculations.
• Economic Dispatch and Unit Commitment (UC) solution for 6-bus test system with GAMS simulation. Project
includes computation of unit commitment total cost, unit commitment solution, unit dispatch for 24 hrs.
scheduling horizon.
• Electric Market Clearing Price and Market Clearing Quantities using linear programming (LP) formulation.
• Generation, transformation and fitting of random variables both discrete and continuous RVs with modeling a
BCG data as an application.
• Tri-Port Dual Active Bridge for renewable energy resources applications: (Switching Losses Minimization
using zero voltage switching, Bidirectional Power Flow Calculations and Simulation Model Using PSIM and
PLEXIM software).
• Fully Functional MATLAB Simulink Model for Photovoltaic (PV) Module with Maximum Power
Point Tracking (MPPT), this project can be used as a simulation tool for companies to simulate the
characteristics of the PV modules without the need of going to the Lab and performing expensive experiments
using MAGNA DC power supplies. Furthermore, the PV characteristics i.e. the P-V and I-V characteristics
can be well investigated and study the dependency of those curves on the solar irradiance and the operating
temperature of the PV Module.
• Analysis and simulation of the Dual Active Bridge Using Gyrator Theory.
• Fully Functional MATLAB Simulink Model and GUI Interface with Hardware Implementation For LED
Drivers to Fully Control the Color Temperature, Brightness and Flickering of the RGB LEDs. The three
programs are implemented and verified by MATLAB Software and Hardware implementation using DSP
C2000 evaluation kit with LED BoosterPack manufactured by Texas Instruments, the closed loop control for
the LED drivers is achieved by sensing the output voltage of the LEDs and then adjusting the Duty Ratio of
the PWM control signal according to the Suitable driving signal to maintain constant current at load (LEDs)
side.
Confirm customer requirements, which include drawings, specifications, job site requirements alignment with
specifications & clarify exceptions.
• I worked with the account executives on Ecostruxure Building Controls platform. Configuration and
connecting both the enterprise and automation servers.
• Engagement in estimating and proposal process. Schneider electric offerings require technical proposals for
delivery to our customers, and consistency in these proposals is required. I studied the process, interviewed
numerous stake holders and developed a tool that combined the varied efforts of many to one common tool.
That each team member can use to deliver a strong technical proposal that is consistent across all users’
efforts.
• I engaged with the Service and Operation Team. I assisted in delivery efforts to customers in both building
automation system and security systems. My efforts were concentrating to maintain the field controllers.
Updated and upgrading all old systems .Net7 to the Smart structure software.
Prepare keys for all homework sets, suitable for posting if instructor desires that.
• Grade all submitted problem sets following instructor’s guidelines.
• Complete assigned grading in a timely manner so problem sets can be returned on a regular
schedule.
• Maintain records of all student scores on homework sets.
• Raise concerns and provide feedback to the instructor regarding students’ performance.
Give the students subject domain knowledge about the On-grid and off-grid system design.
• Assist the students in MATLAB programming and the graphical user interface tool that gives the
optimum PV system design.
King Abdullah II Fund for development (Jordan
Testing the imported home appliances according to the National Electric Broad whether it meets
the National Jordanian Standards.
• Testing and calibration of Medical equipment belonging to the Jordanian Health Ministry, various
medical devices has been tested: Electrocardiographic, blood pressure, and eyes testing devices.
• Report to the manager engineer and Jordanian Health Ministry about testing and calibration
results.
Review Research Projects Cycles.
• Review the technical specification of the proposed ideas.
• Design posters and brochures for the funded projects.
• Validate the idea execution per the funding agency guidelines and timelines.
• Communicate with different university professors to follow up with the projects progress.
• Report to the senior engineer and consultancy board advisory about assigned projects.
• Participate to organize annual exhibitions to present the ideas to the community.
Teaching and monitoring three lab
sections for two academic semesters. LAB includes designing and programming with Arduino NANO kit with
C-language programming.
• Teaching Assistant for ECE 210: Introduction to Electrical Circuit Theory, monitoring and teaching circuit
theory lab for two semesters going over all fundamental concepts of circuit theory.
• Teaching Assistant for ECE 510: Electronics LAB, measurements devices, PCB design, soldering using
surface mount components and amplifier designs.
Assisting students in different ECEN undergraduate courses.
,
, MEN Courses (Texas A&M University) Switching Power Supply, DSP Based Motion Control (DSP Controllers Programming and Motor Drives), Power Electronics Systems, Power Electronics for Sustainable Energy, Linear Control Theory, Linear System Theory and Sustainable energy.