The semiconductor and microelectronics industry is growing rapidly in the United States. Bolstered by funding from the CHIPS Act of 2022, companies and educational institutions are actively expanding manufacturing capabilities, pursuing innovative research opportunities, and cultivating a skilled workforce for the future.
Semiconductors play a critical role in virtually every aspect of modern life. With a wide range of career pathways available within the semiconductor industry, individuals with a background and education in this field have access to numerous professional opportunities. Explore this page to learn more about the potential career options awaiting you.
Semiconductor Statistics
*References at bottom of webpage
17,000
~30%
$200 mil
Careers within semiconductor manufacturing and research
There are numerous career opportunities within the semiconductor industry. With the growing emphasis on workforce development, companies such as Micron, Intel, and Tokyo Electron will require skilled professionals to fill upcoming positions. Explore the options below to identify opportunities that may align with your interests.
Engineering
- Manufacturing Engineer
- Materials Science Engineer
- Computer Engineer
- Chemical Engineer
- Electrical Engineer
- Mechanical Engineer
- Field Service Engineer
- Software Development Engineer
Other
- Research and Development
- Fab Management
- TCAD/Device Modeling
- Technician:
- Electronics
- Emergency services
- Equipment
- Process
- Gas/chemical
- Yield enhancement
Real World Examples
Micron Technology, Inc. stands as a cornerstone of the industry in Boise, Idaho. A constant advocate for educational initiatives both statewide and nationwide, Micron is dedicated to preparing students to meet the future workforce demands of the company.
Below is a series of documents that provide an overview of potential positions at Micron, including the education and background requirements for each role. While this list is specific to Micron, it offers valuable insight into the diverse career opportunities available to individuals with a background in semiconductors.
Careers outside of semiconductor manufacturing
Choosing to study semiconductors doesn’t mean you have to work in a fabrication facility producing semiconductor wafers. Given the widespread use of semiconductors in electronics, many industries require professionals with this specialized knowledge and education.
Farming and Agriculture
This industry may be one of the most important in the country, and is constantly involving more advanced technological equipment. From land and crop management to livestock care, semiconductors are providing this industry with specific sensors that result in faster, more accurate approaches to jobs and maintenance. You could use your semiconductor education for sensor development in:
- Livestock monitoring
- Precision farming
- Water and irrigation management
- Soil monitoring
- Pest control
Medical Field
Semiconductors are driving monumental and positive changes in the medical field. Companies, such as Medtronic, conduct research and development to increase the ability of equipment used to heal and save lives needs this vital technology. Your education in semiconductors could help with development of:
- Miniaturization
- Wireless communications
- Imaging tools and enhancement
- Diagnostic tools
- Cutting-edge medical devices
Military/Defense
As stated in the article linked below, the “military & defense semiconductor market was valued at over USD 25 Billion in 2023.” As military operations advance, semiconductors are becoming indispensable to the industry. With a background in semiconductors, you could support the following:
- Military communications
- Surveillance
- Weapon systems
- Aircraft upgrade and modernization
- Vehicle upgrade and modernization
Business and Sales
All of the industries listed above cannot be maintained without the support of business management and sales. There are many areas in business that involve semiconductors and microelectronics. With an education in semiconductors, you could do the following:
- Supply Chain Management
- Director and Managerial roles
- Sales Engineer
- Legal Team
- Customer Engagement
- Operations
How can I become qualified for these roles at Boise State University?
Boise State University offers a multitude of ways for you to become educated in semiconductors and microelectronics. From revamped curriculum to certificates and degrees, you can find all you need here. Pathways specific to semiconductor education include:
- Certificate in Semiconductor Processing
- Certificate in Semiconductor Materials
- Certificate in Integrated Circuit Design
- Certificate in Device Physics
- Minor in Industrial Engineering
Click here to see course offerings
Updated curricula that includes content on semiconductors can be found in courses for: education, engineering, chemistry, physics, electrical and computer engineering, IT, supply chain management, and more.
Frequently Asked Questions
As a Student
How can I get involved in research opportunities?
You will need to consider the specific area you are interested in and aim to get experience in. From there, based on responses from Boise State professors, the first step and best way to get involved with research is to speak with your professors about opportunities. Additionally, look for flyers and opportunities on Handshake.
It is important to note that supporting professors with research is not just a simple job; it will require critical thinking and the ability to work independently, as well as adequate availability to dedicate to the work.
Other options may be REUs and similar programs during the summer that become available.
What degree pathways include semiconductor education?
There are many options and pathways at Boise State that can help you become educated in semiconductors and microelectronics. Not only are there degrees, but there are specific certificates and minors that focus on semiconductors.
For more information on what to study while at Boise State, get in touch with your advisor or any of the colleges that provide the classes linked above.
What if I’m not studying engineering?
There are a number of options available to you if you are not pursuing an engineering degree. While the certificates linked above require engineering prerequisites, the minor in Industrial Engineering is a stand alone pathway. Additionally, there is a strong emphasis on semiconductors in supply-chain management. Outside of these opportunities, it is important to remember that all businesses within the semiconductor industry require a vast array of positions: human resources, sales, legal, marketing, and more.
Jobs and Internships
Why pursue a job in this industry?
With the passing of the CHIPS and Science Act of 2022 and the United States’ goal of becoming a leader in the industry, the need for an educated workforce is essential. The funding from this act will in turn create a high demand for workers, thus leading to many job opportunities. It is a great way to become involved in cutting-edge work, regardless of the area you are interested in.
Where can I find internships with semiconductors?
Many companies look for student interns to support them in their business and operations. These internships can vary between full-time positions, summer and temporary roles, and educational roles. For jobs and internships, continue to look at the webpages of companies you are interested in.
For general information and questions, reach out to us.
What companies are there in the area?
There are a variety of companies in the area that seek employees with a background in semiconductors. The following is not an exhaustive list:
- Micron
- Tokyo Electron
- Onsemi
- JST Manufacturing
- HP
- WSP
- Photronics
Can I work internationally in this industry?
Microelectronics and semiconductors are world-wide industries that play a huge role in the global economy. Not only does semiconductor manufacturing occur across the globe, but many American-based companies have offices in other countries. Because of this, it is likely some of these companies may provide opportunities for employees to work abroad.
The best way to find out this information about a specific company is to research their website, stay updated on job and internship posts, and reach out to the appropriate individuals in that company to find out more about what is offered.
Semiconductor Statistics References
- 17,000 jobs with Micron = Idaho Commerce: Micron Announces $15 Billion Investment in Boise
- ~30% of global microchips = Semiconductor Industry Association: America Projected to Triple Semiconductor Manufacturing
- $200 million to workforce development= US National Science Foundation announces new funding opportunity