Buffalo, NY · On-site
$50K - $80K/yr
... Engineering Posting Number R260073 Posting Link Employer Research Foundation Position Type RF ... Professor Contact's Email mnouh@buffalo.edu Contact's Phone 716-645-1449 Posting Dates Posted 05/07 ...
Buffalo, NY · On-site
$50K - $80K/yr
... Engineering Posting Number R260073 Posting Link Employer Research Foundation Position Type RF ... Professor Contact's Email mnouh@buffalo.edu Contact's Phone 716-645-1449 Posting Dates Posted 05/07 ...
Raleigh, NC · On-site
$110K/yr
Hub leadership, Distinguished Professors John Muth and Fred Kish, are dedicated to the "lab to fab ... Equipment Engineering & Maintenance * Serve as the primary technical lead for lithography toolsets ...
Raleigh, NC · On-site
$110K/yr
Hub leadership, Distinguished Professors John Muth and Fred Kish, are dedicated to the "lab to fab ... Equipment Engineering & Maintenance * Serve as the primary technical lead for lithography toolsets ...
The Materials and Process Engineering Department, which functions within Hardware Engineering, is ... RF and EOIR apertures, refractory metals, ablative coatings, and high temperature alloys.
The Materials and Process Engineering Department, which functions within Hardware Engineering, is ... RF and EOIR apertures, refractory metals, ablative coatings, and high temperature alloys.
The Materials and Process Engineering Department, which functions within Hardware Engineering, is ... RF and EOIR apertures, refractory metals, ablative coatings, and high temperature alloys.
The Materials and Process Engineering Department, which functions within Hardware Engineering, is ... RF and EOIR apertures, refractory metals, ablative coatings, and high temperature alloys.
The Materials and Process Engineering Department, which functions within Hardware Engineering, is ... RF and EOIR apertures, refractory metals, ablative coatings, and high temperature alloys.
The Materials and Process Engineering Department, which functions within Hardware Engineering, is ... RF and EOIR apertures, refractory metals, ablative coatings, and high temperature alloys.
The Materials and Process Engineering Department, which functions within Hardware Engineering, is ... RF and EOIR apertures, refractory metals, ablative coatings, and high temperature alloys.
The Materials and Process Engineering Department, which functions within Hardware Engineering, is ... RF and EOIR apertures, refractory metals, ablative coatings, and high temperature alloys.
The Materials and Process Engineering Department, which functions within Hardware Engineering, is ... RF and EOIR apertures, refractory metals, ablative coatings, and high temperature alloys.
The Materials and Process Engineering Department, which functions within Hardware Engineering, is ... RF and EOIR apertures, refractory metals, ablative coatings, and high temperature alloys.
The Materials and Process Engineering Department, which functions within Hardware Engineering, is ... RF and EOIR apertures, refractory metals, ablative coatings, and high temperature alloys.
The Materials and Process Engineering Department, which functions within Hardware Engineering, is ... RF and EOIR apertures, refractory metals, ablative coatings, and high temperature alloys.
The Materials and Process Engineering Department, which functions within Hardware Engineering, is ... RF and EOIR apertures, refractory metals, ablative coatings, and high temperature alloys.
The Materials and Process Engineering Department, which functions within Hardware Engineering, is ... RF and EOIR apertures, refractory metals, ablative coatings, and high temperature alloys.
The Materials and Process Engineering Department, which functions within Hardware Engineering, is ... RF and EOIR apertures, refractory metals, ablative coatings, and high temperature alloys.
The Materials and Process Engineering Department, which functions within Hardware Engineering, is ... RF and EOIR apertures, refractory metals, ablative coatings, and high temperature alloys.
The Materials and Process Engineering Department, which functions within Hardware Engineering, is ... RF and EOIR apertures, refractory metals, ablative coatings, and high temperature alloys.
The Materials and Process Engineering Department, which functions within Hardware Engineering, is ... RF and EOIR apertures, refractory metals, ablative coatings, and high temperature alloys.
The Materials and Process Engineering Department, which functions within Hardware Engineering, is ... RF and EOIR apertures, refractory metals, ablative coatings, and high temperature alloys.
The Materials and Process Engineering Department, which functions within Hardware Engineering, is ... RF and EOIR apertures, refractory metals, ablative coatings, and high temperature alloys.
The Materials and Process Engineering Department, which functions within Hardware Engineering, is ... RF and EOIR apertures, refractory metals, ablative coatings, and high temperature alloys.
The Materials and Process Engineering Department, which functions within Hardware Engineering, is ... RF and EOIR apertures, refractory metals, ablative coatings, and high temperature alloys.
The Materials and Process Engineering Department, which functions within Hardware Engineering, is ... RF and EOIR apertures, refractory metals, ablative coatings, and high temperature alloys.
The Materials and Process Engineering Department, which functions within Hardware Engineering, is ... RF and EOIR apertures, refractory metals, ablative coatings, and high temperature alloys.
The Materials and Process Engineering Department, which functions within Hardware Engineering, is ... RF and EOIR apertures, refractory metals, ablative coatings, and high temperature alloys.
The Materials and Process Engineering Department, which functions within Hardware Engineering, is ... RF and EOIR apertures, refractory metals, ablative coatings, and high temperature alloys.
The Materials and Process Engineering Department, which functions within Hardware Engineering, is ... RF and EOIR apertures, refractory metals, ablative coatings, and high temperature alloys.
The Materials and Process Engineering Department, which functions within Hardware Engineering, is ... RF and EOIR apertures, refractory metals, ablative coatings, and high temperature alloys.
The Materials and Process Engineering Department, which functions within Hardware Engineering, is ... RF and EOIR apertures, refractory metals, ablative coatings, and high temperature alloys.
The Materials and Process Engineering Department, which functions within Hardware Engineering, is ... RF and EOIR apertures, refractory metals, ablative coatings, and high temperature alloys.
The Materials and Process Engineering Department, which functions within Hardware Engineering, is ... RF and EOIR apertures, refractory metals, ablative coatings, and high temperature alloys.
The Materials and Process Engineering Department, which functions within Hardware Engineering, is ... RF and EOIR apertures, refractory metals, ablative coatings, and high temperature alloys.
The Materials and Process Engineering Department, which functions within Hardware Engineering, is ... RF and EOIR apertures, refractory metals, ablative coatings, and high temperature alloys.
The Materials and Process Engineering Department, which functions within Hardware Engineering, is ... RF and EOIR apertures, refractory metals, ablative coatings, and high temperature alloys.
The Materials and Process Engineering Department, which functions within Hardware Engineering, is ... RF and EOIR apertures, refractory metals, ablative coatings, and high temperature alloys.
The Materials and Process Engineering Department, which functions within Hardware Engineering, is ... RF and EOIR apertures, refractory metals, ablative coatings, and high temperature alloys.
$11K - $24.8K
0% of jobs
$24.8K - $38.5K
0% of jobs
$38.5K - $52.3K
0% of jobs
$52.3K - $66.1K
0% of jobs
$66.1K - $79.9K
0% of jobs
$79.9K - $93.6K
0% of jobs
$93.6K - $107.4K
0% of jobs
$107.4K - $121.2K
0% of jobs
$121.2K - $135K
0% of jobs
$135K - $148.7K
0% of jobs
$152.2K is the 25th percentile. Wages below this are outliers.
$148.7K - $162.5K
100% of jobs
$11K
$162.5K
| Aspect | RF Engineering Professor | RF Engineer |
|---|---|---|
| Credentials | Typically PhD in Electrical Engineering or related field, academic credentials | Bachelor's or Master's in Electrical Engineering or related field, professional certifications |
| Work Environment | Academic institutions, research labs, universities | Corporate labs, telecommunications companies, manufacturing facilities |
| Primary Focus | Teaching, research, publishing, academic mentorship | Design, testing, and implementation of RF systems and components |
| Industry Usage | Higher education, research institutions | Telecommunications, electronics manufacturing, defense |
While both roles involve RF technology, an RF Engineering Professor primarily focuses on teaching and research within academic settings, often holding advanced degrees. In contrast, an RF Engineer applies practical skills in designing and testing RF systems within industry environments. Both roles require strong technical knowledge, but their daily tasks and career paths differ significantly.
$50K - $80K/yr
Full-time
Posted 13 days ago
7.2
Based on 28 frontline employees who took The Breakroom Quiz
331st of 532 rated colleges and universities
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Colleges, universities, and professional schools
5,001 - 10,000 Employees
Buffalo, NY, US
1846
