Electronic Devices Research Engineer Job Listing at Wyle in Dayton, OH

Wyle

Wyle

Location: Dayton, OH
Posted: 06/01/2012
Refreshed: 05/24/2013
Application deadline: None
Type: Full time
Career Level: Not specified
Salary Range: Not specified
Number of Jobs: 1
Relocation Available: No
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Industries
Aerospace & Defense, Engineering
Description
Wyle is seeking an electronic devices research engineer to provide the following support in the following research areas: 1) designs and fabricates experimental RF millimeter wave and terahertz transistors; tests or participates in the testing of transistors, components and subsystems; documents work efforts; 2) researches semiconductor materials and processes required to meet frequency, power and noise figure goals; 3) develops novel thin film deposition processes for gate dielectrics, channel passivation, gate materials, ohmic contacts and all other required metal and dielectric stacks to reduce parasitic transistor parameters which will reduce performance. 4) Specifies equipment and supplies to be purchased; 5) develops integration schemes for high power GaN based transistors with CMOS technology to demonstrate reconfigurable transistor core for multifunction RF applications; 6) develops 3 dimensional integration processes; 7) provides DC/RF data analysis for device improvements for performance/reliability optimization; 8) provides specialized support in the area of microwave/millimeter-wave device and circuit research/development; and, 9) contributes to reports/presentations of technical progress on in-house RF Components research for management reviews and to external customers.

Education:
PhD with a minimum of three years of related experience is required.

Experience:
Looking for experience with transistor processes and equipment to include but not limited to: electron beam, stepper and contact photolithography; electron beam evaporator; plasma etch systems; atomic layer deposition systems.

Knowledge, Skills and Abilities:
Must have working knowledge of RF transistor theory, III-N bandgap theory, materials interface interactions. Complexity of assignments typically requires considerable creativity and judgment to devise approaches to accomplish work and be able to make decisions in situations where standard engineering methods, procedures, and techniques may not be applicable.

Applicant selected may be subject to a government security investigation and must meet eligibility requirements for access to classified information.

Application Instructions
For immediate confidential consideration, please apply online by clicking "Apply Now to Join Our Team."

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