Student Research Assistant Resume

OBJECTIVE:

To seek a challenging career in an organization for making a positive contribution towards it and to find an environment, where I can implement my professional knowledge and skills for the mutual benefit of the organization and myself.

SUMMARY:

Master of Science in Electrical Engineering with professional experience of 2.5 years.
Good knowledge of Embedded Hardware/Software designing, Embedded C, MATLAB/Simulink, Electrical tools.
Skilled in developing, maintaining and strengthening business relationships with clients.
Excellent problem solving and analytical skills for analyzing complex documents and finding solutions.
Excellent team player with good communication and interpersonal skills.

SKILL:

Software Tools: VB (Visual Basic), MATLAB/Simulink, Vector CANoe, CANalyzer, Eagle, Autocad

Languages: C, C++(basic), Embedded C, CAPL(Basic), Verilog(Basic)

Protocol: Knowledge of CAN, LIN, Bluetooth

Microcontroller: Arduino Atmega - 328, Microcontroller 89s51

EE lab equipment: Power Supplies, Digital Multimeter, PCB design, Schematic Diagrams, Oscilloscopes .

Database: Oracle 7/8/9(basic), MS-SQL , MySQL , DB2, Unix/Linux shell commands.

Other Skills: D/FMEA(familiar), Microsoft Office, Microsoft Excel and Word, Analytical Skills, Management skills, Problem solving skills.

Operating System: Windows 2007/10/XP, Linux (beginner)

PROFESSIONAL EXPERIENCE:

Confidential

Student Research Assistant

Technologies: EE lab equipment, Embedded C, VB (Visual Basic), Arduino, Eagle software, Worst Case / Failure Mode analysis, Microsoft Excel, Microsoft Word, Problem solving skills.

Responsibilities:

Developed an automated Ballast water treatment verification system for Great Lakes Protection.
Analyzed and reviewed all the requirements and cost for the system according to budget.
Designed Embedded system for verification using schematic diagrams and soldering components to PCB board.
Designed and debugged Embedded C code in Arduino for converting the manual process into a computer controlled.
Developed a photo diode circuit for detecting micro-organism activity.
Tested, debugged, Validated software and electrical hardware.
Created a research report, worked on manual and guidelines for the system.
Worked on a GUI(Graphical User Interface) and Easy Access system in VB (Visual Basics).

Confidential

Program Analyst Trainee

Technologies: Informatica, SQL Server, MySQL, Oracle Server, Data mining.

Responsibilities:

SDLC (Software Development Life Cycle) knowledge.
Worked on database management and maintenance.
Created and managed the databases with the help of Oracle 8i.

Confidential

Project Engineer Trainee

Technologies: Inspection testing tools, AUTOCAD, Microsoft Excel, Microsoft Word, Time management skills.

Responsibilities:

Worked on Transformer manufacturing and assembling project.
Performed an inspection, troubleshooting and testing of Current Transformer (CT) and Potential Transformer (PT).
Analyzed transformer maintenance and performance.
Planned production, purchase and handling of material in the store.

Confidential

Project Engineer Trainee

Technologies: Matlab/Simulink, Analytical skills, Microsoft word, Power point, Problem solving skills.

Responsibilities:

Designed model and controller for the ball-suspension system so that the closed-loop system performs satisfactorily.
Analyzed whether the system is controllable and observable using MATLAB/Simulink.
Simulated a full-order observer and state feedback so that the closed-loop system achieves optimality.

Confidential

Project Engineer Trainee

Technologies: IEEE format, Microsoft Word, Time management skills, Problem solving skills.

Responsibilities:

Created literature review of online health condition monitoring and prognostic health management of high voltage apparatus.
Analyzed and researched online monitoring devices and faults.
Analyzed and presented most effective technique for online monitoring using optical fiber.
Created project report using IEEE format.

Confidential

Project Engineer Trainee

Technologies: Vector CANoe, CAPL Scripting, GUI (Graphical User Interface) Analytical skills, Problem solving skills.

Responsibilities:

Designed Node for the vehicle applications using Vector CANoe and CAPL scripting.
Analyzed, assigned database and simulated the messages on the BUS sent by different Nodes using Virtual Environment.
Interfaced those data to GUI for monitoring the BUS.

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