Description National Security The Department of Electrical and Computer Engineering at Vanderbilt University invites applications for a tenure-track Assistant Professor position in microelectronics ...
Description National Security The Department of Electrical and Computer Engineering at Vanderbilt University invites applications for a tenure-track Assistant Professor position in microelectronics ...
Microelectronics Engineer information
See Tennessee salary details
$30.3K - $42.4K
7% of jobs
$42.4K - $54.5K
6% of jobs
$54.5K - $66.6K
4% of jobs
$66.6K - $78.7K
3% of jobs
$80.8K is the 25th percentile. Wages below this are outliers.
$78.7K - $90.8K
21% of jobs
The median wage is $94.4K / yr.
$90.8K - $103K
26% of jobs
$103K - $115.1K
4% of jobs
$122.6K is the 75th percentile. Wages above this are outliers.
$115.1K - $127.2K
4% of jobs
$127.2K - $139.3K
2% of jobs
$139.3K - $151.4K
2% of jobs
$151.4K - $163.5K
19% of jobs
$30.3K
$103.9K
$163.5K
How much do microelectronics engineer jobs pay per year?
As of Jun 27, 2026, the average yearly pay for microelectronics engineer in Tennessee is $103,923.00, according to ZipRecruiter salary data. Most workers in this role earn between $85,794.00 and $139,795.00 per year, depending on experience, location, and employer.
What does a microelectronic engineer do?
A microelectronic engineer designs, develops, and tests small electronic components and circuits used in devices like computers, smartphones, and medical equipment. They work with semiconductor materials, use CAD tools for circuit design, and often require knowledge of physics, materials science, and manufacturing processes.
What are some common challenges faced by Microelectronics Engineers in their daily work?
Microelectronics Engineers often encounter challenges such as staying updated with rapidly evolving technologies, managing tight project deadlines, and troubleshooting complex circuitry issues. Additionally, balancing the trade-offs between performance, cost, and manufacturability requires keen analytical thinking and continuous learning. Engineers may also work closely with multidisciplinary teams—including product designers, test engineers, and manufacturing specialists—to ensure design integrity from concept through production. Being adaptable and receptive to feedback is vital, as solutions often require iterative improvements and cross-functional collaboration.
Can you make $500,000 as an electrical engineer?
Microelectronics engineers and electrical engineers can earn high salaries, especially with advanced skills, experience, and in specialized fields such as semiconductor design or research. While some senior or highly specialized roles may reach or exceed $500,000 annually, such compensation is typically reserved for top-tier professionals with extensive expertise and often involves leadership or executive responsibilities.
What engineers make $500,000?
Senior engineers in specialized fields such as petroleum, aerospace, or software engineering can earn $500,000 or more annually, especially with extensive experience, advanced skills, and leadership roles. High-level positions often include bonuses, stock options, or profit sharing that contribute to total compensation.
What is a Microelectronics Engineer job?
A Microelectronics Engineer designs, develops, and tests small electronic components and systems, such as microchips, semiconductors, and circuit boards. They work in industries like consumer electronics, telecommunications, medical devices, and aerospace. Their responsibilities include circuit design, fabrication, troubleshooting, and optimizing electronic performance. They may also collaborate with teams to improve manufacturing processes and innovate new technologies.
What engineers make $300,000 a year?
Senior engineers in specialized fields such as software engineering, petroleum engineering, and certain aerospace engineering roles can earn $300,000 or more annually, especially with extensive experience, advanced skills, and leadership responsibilities. High-level positions often require advanced degrees, certifications, and a strong track record of project management or technical expertise.
What are the key skills and qualifications needed to thrive in the Microelectronics Engineer position, and why are they important?
To thrive as a Microelectronics Engineer, you need a solid background in electrical engineering, semiconductor device physics, and circuit design, often backed by a relevant bachelor's or master's degree. Familiarity with CAD tools like Cadence or Synopsys, PCB layout software, and industry certifications such as IPC standards is highly beneficial. Strong problem-solving abilities, attention to detail, and effective teamwork skills help distinguish top candidates in this field. These capabilities are crucial for successfully designing, testing, and optimizing complex microelectronic systems within collaborative, innovative environments.
What are the most commonly searched types of Microelectronics Engineer jobs in Tennessee? The most popular types of Microelectronics Engineer jobs in Tennessee are:
What are popular job titles related to Microelectronics Engineer jobs in Tennessee? For Microelectronics Engineer jobs in Tennessee, the most frequently searched job titles are:
What job categories do people searching Microelectronics Engineer jobs in Tennessee look for? The top searched job categories for Microelectronics Engineer jobs in Tennessee are:
Full-time
Posted 28 days ago
Vanderbilt University rating
7.8
Based on 38 frontline employees who took The Breakroom Quiz
198th of 541 rated colleges and universities
Job description
Description
National Security
The Department of Electrical and Computer Engineering at Vanderbilt University invites applications for a tenure-track Assistant Professor position in microelectronics and digital systems with emphasis on national security. We seek a scholar who will advance resilient, intelligent, and adaptive hardware for computation and wired/wireless communication systems, integrating IC-level and system-level design with AI/ML to meet stringent performance and reliability demands in contested environments. The successful candidate will build on Vanderbilt's internationally recognized strengths in extreme-environment microelectronics, radiation effects, and resilient systems; collaborate closely across the School of Engineering and with the College of Connected Computing; and engage partners in government and industry to translate research into systems-level impact.
In alignment with the VUSE strategic plan, the position supports multidisciplinary research that addresses grand societal challenges-including national security, energy systems reliability and resilience (including nuclear), and secure, stable communications infrastructure-while elevating ECE's national and international prominence. The hire will catalyze collaborations with DoD, DARPA, DTRA, DOE, and NNSA; complement existing programs; and leverage Vanderbilt's research neighborhoods in Systems Risk, Reliability, and Resilience; Robotics and Automation; Materials and Nanotechnology; Energy Transition and Resilience; and Infrastructural Innovations and Sustainability.
About Vanderbilt University and Nashville
Vanderbilt University is a top-ranked private research institution located in the vibrant, fast-growing city of Nashville, offering faculty an exceptional environment for scholarship, teaching, and engagement. Our culture emphasizes radical collaboration across disciplines-spanning engineering, computing, medicine, the social sciences, and the humanities-with world-class facilities, trans-institutional centers, and strong partnerships with Vanderbilt University Medical Center. We are committed to access and advancement for all, cultivating a diverse and inclusive community where faculty, staff, and students can thrive and amplify their impact locally and globally. Vanderbilt's robust research ecosystem, supportive mentoring and career development, and a student body drawn from across the nation and the world make it a premier destination for faculty seeking to build high-impact programs and train the next generation of leaders and change-makers. The University enrolls over 13,500 undergraduate, graduate, and professional students across 11 schools on a single, collaborative campus. Consistently ranked among the nation's top universities by U.S. News & World Report, Vanderbilt's educational offerings pair rigorous, research-driven learning with extensive experiential opportunities, mentoring, and cross-disciplinary collaboration that prepare students to lead in academia, industry, and society.
Nashville is a dynamic, fast-growing city with a diverse economy anchored by health care, music, advanced manufacturing, finance, and a rapidly expanding technology sector. In recent years, major global tech companies and leading startups have opened significant offices here, accelerating an innovation ecosystem that spans AI, defense, and data-driven industries. Vanderbilt serves as a key catalyst in this environment-linking research strengths, entrepreneurial resources, and public-private partnerships to drive translational impact across the region. Through campus-wide initiatives and discovery centers that connect engineering, medicine, computing, and the humanities, Vanderbilt helps power Nashville's momentum, fostering collaboration with the city and industry to advance new technologies, talent development, and community-focused solutions.
Qualifications
Candidates must have a PhD in Electrical Engineering or related fields and must show potential for excellent research and teaching in their chosen field. The successful candidate will be expected to:
Application Instructions
Applications should include the following materials:
Review will begin upon receipt, and applications received by January 31, 2026, will receive full consideration.
National Security
The Department of Electrical and Computer Engineering at Vanderbilt University invites applications for a tenure-track Assistant Professor position in microelectronics and digital systems with emphasis on national security. We seek a scholar who will advance resilient, intelligent, and adaptive hardware for computation and wired/wireless communication systems, integrating IC-level and system-level design with AI/ML to meet stringent performance and reliability demands in contested environments. The successful candidate will build on Vanderbilt's internationally recognized strengths in extreme-environment microelectronics, radiation effects, and resilient systems; collaborate closely across the School of Engineering and with the College of Connected Computing; and engage partners in government and industry to translate research into systems-level impact.
In alignment with the VUSE strategic plan, the position supports multidisciplinary research that addresses grand societal challenges-including national security, energy systems reliability and resilience (including nuclear), and secure, stable communications infrastructure-while elevating ECE's national and international prominence. The hire will catalyze collaborations with DoD, DARPA, DTRA, DOE, and NNSA; complement existing programs; and leverage Vanderbilt's research neighborhoods in Systems Risk, Reliability, and Resilience; Robotics and Automation; Materials and Nanotechnology; Energy Transition and Resilience; and Infrastructural Innovations and Sustainability.
About Vanderbilt University and Nashville
Vanderbilt University is a top-ranked private research institution located in the vibrant, fast-growing city of Nashville, offering faculty an exceptional environment for scholarship, teaching, and engagement. Our culture emphasizes radical collaboration across disciplines-spanning engineering, computing, medicine, the social sciences, and the humanities-with world-class facilities, trans-institutional centers, and strong partnerships with Vanderbilt University Medical Center. We are committed to access and advancement for all, cultivating a diverse and inclusive community where faculty, staff, and students can thrive and amplify their impact locally and globally. Vanderbilt's robust research ecosystem, supportive mentoring and career development, and a student body drawn from across the nation and the world make it a premier destination for faculty seeking to build high-impact programs and train the next generation of leaders and change-makers. The University enrolls over 13,500 undergraduate, graduate, and professional students across 11 schools on a single, collaborative campus. Consistently ranked among the nation's top universities by U.S. News & World Report, Vanderbilt's educational offerings pair rigorous, research-driven learning with extensive experiential opportunities, mentoring, and cross-disciplinary collaboration that prepare students to lead in academia, industry, and society.
Nashville is a dynamic, fast-growing city with a diverse economy anchored by health care, music, advanced manufacturing, finance, and a rapidly expanding technology sector. In recent years, major global tech companies and leading startups have opened significant offices here, accelerating an innovation ecosystem that spans AI, defense, and data-driven industries. Vanderbilt serves as a key catalyst in this environment-linking research strengths, entrepreneurial resources, and public-private partnerships to drive translational impact across the region. Through campus-wide initiatives and discovery centers that connect engineering, medicine, computing, and the humanities, Vanderbilt helps power Nashville's momentum, fostering collaboration with the city and industry to advance new technologies, talent development, and community-focused solutions.
Qualifications
Candidates must have a PhD in Electrical Engineering or related fields and must show potential for excellent research and teaching in their chosen field. The successful candidate will be expected to:
- Establish a nationally recognized research program supported by extramural funding.
- Teach undergraduate and graduate courses in microelectronics, IC design, and Computing systems. Vanderbilt emphasizes excellence in teaching and mentoring next generation engineers and a successful candidate is expected to either become a highly effective educator (for tenure-track applicants) or with a proven track-record of teaching and mentoring excellence (for tenured applicants).
- Contribute to departmental, school-wide, and university-wide initiatives, fostering an inclusive and collaborative environment.
Application Instructions
Applications should include the following materials:
- Cover letter
- Complete curriculum vitae
- Statement of research interests, highlighting potential collaborative opportunities within and beyond the microelectronics and computing systems group
- Statement of teaching philosophy, including innovative approaches to teaching and curriculum development
- Service statement
- Contact information for at least three references
Review will begin upon receipt, and applications received by January 31, 2026, will receive full consideration.
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Year founded
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