Caroline Atteya is seeking an entry-level position as an electrical and computer engineer. She has a Bachelor of Science in Electrical and Computer Engineering from Worcester Polytechnic Institute with a 3.79 GPA and minors in Manufacturing Engineering and Spanish. Her experience includes internships at Allegro Microsystems designing ESD circuits and at National Grid educating customers about smart grids. Her academic projects focused on anti-lock braking systems, developing electric guitar pickups using GMR sensors, and enhancing mentor networks in Costa Rica. She is proficient in various engineering software and languages.
I am a first year MS student at the University of Minnesota Twin Cities. I am currently looking for Summer internships in thee field of Robotics, Computer Vision and Automation.
I am a first year MS student at the University of Minnesota Twin Cities. I am currently looking for Summer internships in thee field of Robotics, Computer Vision and Automation.
An arduous and passionate student in Science and a Socialist in Nature.
I have done projects in the field of Embedded Systems, Control systems, Power Systems and specifically driver assistance system in electric vehicles. I am student with a background in control systems engineering, Automation, Power Systems and leadership skills trying to thrive and excel in the field of Electrical Engineering.
Specialties:
• Strong understanding of VLSI design, Digital electronics, Computer Architecture and Embedded systems.
•Engineering management, Team Motivation, strategy, execution, large scale distributed systems, knowledge in programming(MatLab, PLC, DCS).
Electrical Engineer in search of a team to join that values creativity, continual learning, and bringing value to the marketplace that goes beyond the bottom line. In other words, I want to do good work with great people.
An arduous and passionate student in Science and a Socialist in Nature.
I have done projects in the field of Embedded Systems, Control systems, Power Systems and specifically driver assistance system in electric vehicles. I am student with a background in control systems engineering, Automation, Power Systems and leadership skills trying to thrive and excel in the field of Electrical Engineering.
Specialties:
• Strong understanding of VLSI design, Digital electronics, Computer Architecture and Embedded systems.
•Engineering management, Team Motivation, strategy, execution, large scale distributed systems, knowledge in programming(MatLab, PLC, DCS).
Electrical Engineer in search of a team to join that values creativity, continual learning, and bringing value to the marketplace that goes beyond the bottom line. In other words, I want to do good work with great people.
Model-Simulation-and-Measurement-Based Systems Engineering of Power System Sy...Luigi Vanfretti
This talk starts by exploring how electrical power systems are increasingly becoming digitalized, leading to their transformation into a class of cyber-physical systems (a system of systems) where the electrical grid merges with ubiquitous information and communication technologies (ICT).
This type of complex systems present unprecedented challenges in their operation and control, and due to unknown interactions with ICT, require new concepts, methods and tools to facilitate their operational design, manufacturing (of components), and testing/verification/validation of their performance.
Inspired by the tremendous advantages of the model-based system engineering (MBSE) framework developed by the aerospace and military communities, this talk will highlight the challenges to adopt MBSE for electrical power grids. MBSE is not only a framework to deal with all the phases of putting in place complex systems-of-systems, but also provides a foundation for the democratization of technology - both software and hardware.
The talk will illustrate the foundations that have been built by the presenter's research over the last 7 years, placed within the context of MBSE, with focus on areas of power engineering. Some of these foundations and contributions include the OpenIPSL, RaPId, SD3K, BableFish and Khorjin open source software developed and distributed online by the research group, and available at: https://github.com/ALSETLab
1. Caroline Atteya
cmatteya@wpi.edu ▪ 90 West Street, Worcester, MA, 01609. ▪ 617-595-0873
OBJECTIVE:
Entry level position for an Electrical and Computer Engineer.
EDUCATION:
Worcester Polytechnic Institute (WPI), Bachelor of Science in Electrical and Computer Engineering. Worcester, MA.
Minor in Manufacturing Engineering and Spanish, (GPA = 3.79) (May 2016)
RELATED COURSEWORK: Microelectronic Circuits, Analog Integrated Circuit Design, Digital Circuit Design, Continuous
Time Signal and System Analysis, *Control Systems Engineering, Quality Planning, Design and Control, Sensors, Circuits, and
Systems, *Design for Manufacturability, Wireless Networks and Communication Systems. (*To be completed by May 2016)
WORK EXPERIENCE:
Electrical Engineer, Allegro Microsystems, Worcester, MA, May-August 2015.
Designed and simulated the schematic for a BIGFET ESD circuit in Cadence environment.
Tested other ESD devices using a TLP machine and recorded the measurements.
Presented a report for testing and simulation results.
Hub Ambassador, National Grid Sustainability Hub, Worcester, MA, May-August 2014.
Developed presentations to educate costumers/employees about the smart grid project in Worcester.
Documented network details and device descriptions of both the in-home and the grid networks.
ACADEMIC PROJECTS:
Control Engineering Project: Design and Analysis of Anti-lock Braking System (ABS), WPI, January-March 2016.
Work in a team of three to analyze and controlthe functionality of ABS.
Design an engineering structure to create a simplified block diagram for the controlsystem.
Formulate system transfer functions and state transitions matrices to quantify the performance of the control system.
Developed a control strategy using PID compensators to enhance the controlsystem.
Major Qualifying Project: Application of Giant Magnetoresistive (GMR) Sensors in Electric Guitars, WPI and Allegro
Microsystems, September 2015 - March 2016.
Work in a team of three to build an electric guitar using GMR sensors instead of inductive pickups.
Researched the cutting edge technology behind the GMR sensor and its different applications.
Designed different signal conditioning circuits for the sensor’s output and conducted value analysis for each.
Executed tests using different shapes of magnetic fields to optimize the sensor’s performance.
Interactive Qualifying Project: Enhancing the Mentor Network at Voces Vitales Costa Rica (VVCR), WPI and San
Jose, Costa Rica, January-May 2015.
Worked in a team of four to assist VVCR in adding value to its mentor network.
Evaluated the preexisting VVCR mentor network through surveying the mentors.
Conducted background research on other women mentor networks to define their best practices.
Produced an implementation guide for VVCR that details additional services to be added to the mentor network.
Electrical and Computer Engineering Design Project: Milk Spoilage Detector, WPI, August-October 2014.
Worked in a team of three to design and build a milk spoilage detector that would retrofit as a milk container cap.
Conducted market research on existing milk spoilage detector products to determine the customer base.
Analyzed different possible designs based on functionality and feasibility.
Simulated and built the circuit using infrared CO2 detector, MSP430, DC/DC converter, transistors and shift registers.
SKILLS:
Equipment: Soldering, CNC Mini Mills, Lathes.
Computer: Cadence, CAM, Matlab, C, Java, Rproject, Pspice, Wireshark and Maple.
Foreign Language:Arabic (Native) and Spanish (Advanced).
ADDITIONAL EXPERIENCE:
CRLA (College Reading and Learning Association) Level 3 Master Certified Tutor, WPI, Sept 2013-Present.
Lead 345 hours of one-on-one tutoring and 35 hours of group tutoring on Statics and Intro to ECE courses.
Senior Engineering Ambassador, WPI, Worcester, MA, September 2013-Present.
Present to middle and high school students about engineering aspects/careers followed up by a scientific activity.
EXTRACURRICULAR ACTIVITIES:
Member of Alpha Gamma Delta-Zeta Zeta Chapter, WPI, February 2013-Present.
Web Coordinator of IEEE-Eta Kappa Nu (ECE Honor Society), WPI, March 2014-Present.
ACADEMIC AWARDS:
Tau Beta Pi Engineering Honor Society, WPI, Dec 2013-Present.
Dean’s List, WPI, January-December 2013/August-December 2014.
Charles O. Thompson Scholar, WPI, August 2012-May 2013.
Presidential Scholarship, WPI, August 2012-Present.