Abdulhakim Ezzabi

**** ******* ****** **., ********* Hills, MI 48306 Phone :313-***-****

Email:ac220u@r.postjobfree.com

OBJECTIVE: Seeking full time position in which I can utilize my strong engineering skills and team work.

AREAS OF INTEREST: Embedded Software Development, Model Based Design for Dynamic Systems, Motion Control Designs, Product and Research Development, Real Time Operating Systems, Instrumentation Measurement Characteristics, Nonlinear Control Systems Design, Optimal Control Development, Estimation Algorithms, Automotive System Engineering, Digital Circuit Design, Data Analysis & Acquisition, soft computing/machine learning.

TECHNICAL SKILLS:

• Proficient using Software like MATLAB, Simulink, Code warrior Development Studio, SolidThinkingEmbeded, Pspice.

• Experience with different automotive microprocessors (Motorola, Launchpad Texas microcontroller).

• Model based software design using Simulink, Computer-aided engineering software for dynamic systems, analysis, design, simulation and visualization of control applications.

• Control system design by identify system characteristics, setting controller requirements, tuning and testing the proposed controller.

• Basic Embedded C developments, reviewing and debugging source codes.

• In depth knowledge of Numerical Methods - roots, numerical integration, solving complex nonlinear differential and linear algebra equations, error analysis.

• integrated hardware system and analyzing date using CANalyzer.

• In depth knowledge of microcomputer, Microcontrollers, hardware, and debugging methods.

• Experience with PCB software.

WORK EXPERIENCE

Validation Engineering Sep2013-2014

IEE Sensing Inc, Auburn Hills, Michigan

• monitored and troubleshoot downed integrations by analyzing data\ interface problem.

• worked closely with project management team to provide Customers a positive experience.

• Performed internal and external acceptance testing for new enhanced integrations.

• Work alongside other program staff (engineering, sales, and test) as well as with customer engineers to accomplish and ensure set goals are met, schedules are maintained and problems encountered during development process are satisfactorily resolved.

• Apply such models for offline controller simulation to investigate different controller design options.

• Provided a variety of Technical Documentation to assist users internally and externally.

• Interface with hardware design and test engineers to develop test plans.

• Support corporate objectives and design engineering goals and objectives for future development, growth and improvement of the company overall.

• Tracked and analyzed software requirements with compliance of automotive standards.

Graduate Research Assistant Sep 2011- Present

Electrical and Computer Engineering Department, Oakland University, Rochester, Michigan

• Participated in development of test procedures and specifications for research products.

• Integrated a microcontroller to external devices by using C programs.

• Coordinated test schedules and define the priorities.

• Gained extensive experience in computer visualization and vehicle data analysis.

• Ensure consistency in tests and methods across the platform of products,

• Used C programs for advanced modeling for motor controls and vehicle positioning.

• Set up lab equipment and provided technical support.

• Created PowerPoint presentations to convey the research results.

• Responsible for the engineering development project to ensure design is adequately verified to customer specifications.

• Worked for the Electrical and Computer Engineering Department.

• Served as Teaching Assistant and Grader for Mechatronics course and project labs.

General Post and Telecommunications Company Jan2007–December2009

• Provided Support on Telecommunication & testing office.

• Analyzed data to help support customers by making recommendations.

• Supported account payable.

Silicon Engineering Solutions Co. April 2006 – December 2006

IT Support / Consultant

• Provided support on Microsoft Office suite applications and support in operations.

• Maintained and managed database using Microsoft Office Suite.

• Prepared detailed spreadsheets using Excel.

• Assisted in preparing PowerPoint presentations for other consultants working on IT projects.

• Participated in Data collection and Statistical Data Analysis.

• Managed data collection and data analysis protocols using Microsoft Office Suite (Excel and PowerPoint).

EDUCATION:

Ph.D in Electrical & Computer Engineering 2012-Present

Oakland University, Rochester, Michigan, US

M.Sc. in Electrical & Computer Engineering 2009-2011

Oakland University, Rochester, Michigan, US

B.Sc. in Electrical & Computer Engineering 1998-2003

KEY PROJECTS:

Adavanced Drive Assistance (ADAS)

Established system architecture and design for ADAS including HMI, sensors, actuators and ECU.

Created control and Lane Detection algorithm for the system.

Develop and test embedded algorithm software components according to process.

Creating the algorithm software requirements engineering for the (ADAS).

Responsible for the creation of validation test procedures for performance and robustness of the ADAS algorithm software.

Debug and problem solving for issues identified at all stages of project development.

Support of peer reviews through all development stages.

Participated in design reviews.

An Autonomous Wall Following Robot with Parallel Parking Feature (include animation)

Created a fully working autonomous wall following mobile robot with a parallel parking ability.

Compared test run data from camera’s and sensors.

Assembled hardware components and Designed control algorithms using industrial microcontroller.

Performed feature and integration builds of software.

Utilized autocode methodologies for the implementation of software designs.

Created PID speed control algorithm.

Solar Energy Optimization-Tracking System

Assembled and constructed hardware of the system.

Measuring the light intensity of the sun and implemented position algorithm.

Regulated solar output voltage and test run data from sensors.

Controlled the motors directions and measuring voltage output.

Camera-based Auto-Target-Tracking System

Achieved active tracking color using control strategy.

Interfaced video camera with image processing tool.

Control real time embedded system using microcontroller.

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