Entry Level Electromechanical / Biomedical Engineer

Aleksandr Zenkov

** ****** ****** ********, ** **180 781-***-**** *********.**********@*****.***

Summary

Electromechanical Engineer seeking entry level engineering position.

Education

B.S. in Electro-Mechanical Engineering GPA: 3.474

Wentworth Institute of Technology, Boston, MA May 2012

Professional Accomplishments

Passed Fundamentals of Engineering Exam in Massachusetts April 2012

Work Experience

09/2012 – 12/2012

Teradyne Inc., Test Development Engineer

As a member of the DC Verification group, provided hardware support and troubleshooting for Teradyne's J750 and

UltraFLEX test systems, including associated instrument boards, host computers, and operating system s images.

Assisted engineers and technicians with subsets of major projects, including schematics for hardware rework, and

design verification within a controlled test environment.

Utilized Teradyne's IG-XL software to perform calibration, performance verification, and checkers on various boards.

Determined sources of failure and directed to proper party for repair or modification as needed.

06/2011 –08/2011

MBTA, Engineering Co-Op

Performed data management for the MBTA.

Converted paper plans and drawing to a digital form and organized relevant information into a searchable format.

Reduced time to write conduit letters and locate information by over 50%.

05/2010 – 08/2010

Wentworth Institute of Technology, Research Assistant Co -Op

Performed an independent research project at WIT on crustacean nerve signals.

Designed procedure to expose peripheral nerves.

Designed analog circuitry to acquire signals via a silver tipped electrode, and software to process th e signals via a

LabVIEW interface, along with data collection and analysis.

Academic Projects

Optical Filter for Mass Spectrometer

Worked in conjunction with Rock River Laboratories, r esearching solid state optical filters, AOTF and LCTF, for

integration into a mass spectrometer system.

Modeled existing system via Solidworks, made preliminary cost saving modifications, tested for structural feasibility.

Produced a paper design for the purchase and integration of a new filter, along with reductions in size and cost.

Electromechanical Automated Robotic Limb

Researched the operation of electrical signals in simple organic specimens.

Utilized Multisim and LabVIEW to construct a mixed signal system for filtering, and recording.

Primarily designed based on Op-Amp filters/amplifiers, along with LabVIEW toolkits for analysis.

Final output data was used to actuate a simple mechanical limb via a solenoid.

Patient Warming System for Thoracic and Abdominal Surgeries

Designed proof-of-concept model for heating patients during open body surgery.

Constructed an electronic control system using Multisim, composed of Op -Amps, an electric heating element, and

insulating layers, all under the control of an MSP430 microcontroller.

Audio Modulated Flyback (Plasma Speaker)

Utilized online schematics to construct a plasma speaker using common electrical components.

This speaker took an audio input from an iPod, ran the signal through a 555 timing chip for pulse width modulation,

and gated a MOSFET, which controlled a high voltage power source.

Technical Competencies

LabVIEW Solidworks Microcontrollers Visual Studio

Multisim AutoCAD C++ Visual Basic

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