Electrical Engineer Sales

ARIEL HYAMS

** ******** *****,

Dollard-Des-Ormeaux, QC, H9A 2S4

514-***-**** / 514-***-****

*********@*****.**

PROFILE

Academic and working engineering experience of 5 years in electrical engineering theory and design implementation.

Experience providing technical and strategic support for sales and engineering (World Wide Engineering and Sales Department).

Very good organization and multitasking skills in highly pressurized fast paced environments.

Experienced in programming and simulation software (notably C++, C#, MS OFFICE and MATLAB).

Objective Systems Engineer

COMPUTER SKILLS

Operating Systems:

Windows, UNIX, Mac OS X

Applications:

Word, Excel, PowerPoint, Access, Project, Outlook, Pspice, Analog Workbench, Matlab, FEMLAB, CRM, Photoshop, Dreamweaver, and AUTOCAD

Browsers:

Internet Explorer, Mozilla Firefox

Software Development:

C++, C#, Flash, Assembly for Motorola 68000

LANGUAGES Fluent in English and French

PROFESSIONAL EXPERIENCE

2006 -2010 Future Electronics Montreal, QC

2008-2010 Technical Inside Analyst (World Wide Engineering Operations)

• Provided technical product support for outside sales representatives and advanced engineers

• Identified and implemented methodologies and strategies for Future’s Demand Creation dollars program

2006-2008 Electrical Engineer - Product Support

• Analyzed and classified electronic components according to:

o Their specifications and controlled components list

o Compliance with company regulations

• Provided classification support to product managers and trade compliance members for effective classification in company’s “New Parts Creation Report”

• Assisted sales and export personnel by providing classification, quotation and export information.

Summer 2006 VMC Montreal, QC

Technical Support

• Provided support to the company’s networking system

EDUCATION

2006 Concordia University

Bachelor of Electrical Engineering Montreal, QC

(Telecommunications Option)

Training included:

• Simulation of a Solid-State Nanosensor

• Simulation of a SB-CNTFET (schottky-barrier Carbon Nanotube) using the software application FEMLAB and optimizing the design; showed results when adding the design in a gaseous environment

• Capstone project

• Designing an Erbium-Doped Amplifier (EDFA); simulated the design so that lowest noise factor possible is achieved

• Analysis of Cisco network communications

2000 John Abbott College Sainte-Anne-de-Bellevue, QC

D.E.C. in Science

References Provided upon Request

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