Key Takeaways
- Northern Arizona University (NAU) is launching a Bachelor of Professional Studies in Engineering Technology (BPS‑ET) beginning fall 2025.
- The degree is a flexible, three‑year, 90‑credit pathway designed to meet Arizona’s booming semiconductor and advanced‑manufacturing workforce needs.
- A 45‑45 transfer model lets students complete half the credits at an Arizona community college and the remaining half through NAU, with courses delivered via synchronous remote instruction at NAU’s North Valley campus (Phoenix) and Pima Community College (Tucson).
- Curriculum focuses on hands‑on engineering application: systems implementation, testing, quality control, process control, fabrication, manufacturing, and project management.
- Arizona’s semiconductor sector has attracted over $200 billion in announced investments since 2020, including TSMC’s up‑to‑$165 billion commitment, creating thousands of high‑skill jobs.
- The program aligns with NAU’s strategic goal of expanding affordable, student‑centered education that prepares graduates for meaningful, long‑term careers in a rapidly evolving global workforce.
Program Overview and Motivation
Northern Arizona University’s Steve Sanghi College of Engineering is introducing a new Bachelor of Professional Studies in Engineering Technology (BPS‑ET) to address the urgent demand for skilled workers in Arizona’s fast‑growing semiconductor and advanced‑manufacturing sectors. Beginning this fall, the program offers a streamlined, three‑year route to an engineering‑focused career, positioning graduates to step directly into roles that support microelectronics fabrication, process engineering, and related high‑tech industries. By aligning the degree with state workforce initiatives, NAU aims to bridge the gap between academic training and the practical needs of employers such as Intel, TSMC, and Amkor Technology, which have announced massive investments in the Greater Phoenix region.
Structure and Transfer Model
The BPS‑ET follows a 45‑45 credit completion structure: students earn 45 credits at an participating Arizona community college and the remaining 45 credits through NAU. This model leverages existing articulation agreements, reduces duplication of coursework, and lowers overall tuition costs while maintaining academic rigor. Courses are delivered via synchronous remote instruction, allowing learners to attend live lectures and labs from NAU’s North Valley campus in Phoenix or from Pima Community College in Tucson. This hybrid approach expands geographic access, enabling students across the state to participate without relocating, and supports working adults who need flexible scheduling.
Curriculum Focus and Skill Development
Designed with workforce readiness as a core principle, the curriculum emphasizes applied engineering topics such as systems implementation, testing, quality control, process control, manufacturing systems, fabrication techniques, and project management. Students engage in hands‑on projects that mirror real‑world challenges faced in semiconductor fabs and advanced manufacturing facilities, fostering problem‑solving abilities and technical proficiency. By integrating theory with laboratory‑based practice, the program prepares graduates to immediately contribute to yield improvement, equipment optimization, and process engineering teams upon hire.
Industry Context and Economic Impact
Arizona has emerged as one of the nation’s fastest‑growing semiconductor hubs, with more than $200 billion in semiconductor‑related investments announced in the Greater Phoenix region since 2020. Notable commitments include TSMC’s pledge of up to $165 billion for multiple fabrication plants and advanced packaging facilities, expansions by Intel, and continued growth from Amkor Technology. These projects are expected to generate thousands of technical and manufacturing jobs, creating a sustained demand for professionals skilled in process engineering, manufacturing systems, equipment operation, and yield enhancement. NAU’s BPS‑ET directly targets this labor gap, offering a rapid‑entry pathway that supports the state’s long‑term economic growth and its goal of strengthening domestic semiconductor manufacturing capacity.
Leadership Perspectives
James Palmer, associate dean for academic affairs at the Steve Sanghi College of Engineering, highlighted the program’s purpose: “This new bachelor’s degree empowers students to identify real‑world engineering challenges and develop practical solutions. We are creating a more accessible pathway into engineering careers while preparing graduates to support Arizona’s growing microelectronics and semiconductor industry.” Palmer’s remarks underscore the college’s commitment to aligning academic offerings with industry needs, ensuring that graduates possess both the technical know‑how and the innovative mindset required to thrive in a competitive, technology‑driven marketplace.
Strategic Alignment with NAU’s Mission
The BPS‑ET also reflects NAU’s broader strategic commitment to expanding access to affordable, student‑centered education that prepares graduates for meaningful careers and long‑term success. By offering a workforce‑focused degree that leverages community college partnerships and remote learning technologies, the university aims to reduce barriers to higher education, particularly for under‑served and non‑traditional student populations. The program’s emphasis on practical skills and industry relevance is designed to enhance graduate employability, promote upward mobility, and contribute to a resilient, skilled workforce capable of meeting evolving global demands.
How to Learn More
Prospective students interested in the Bachelor of Professional Studies in Engineering Technology program are encouraged to contact the Steve Sanghi College of Engineering via email at [email protected] for detailed information on admission requirements, course schedules, and advising resources. The university’s website also provides comprehensive program guides, FAQs, and testimonials from current students and industry partners, helping applicants make informed decisions about pursuing this innovative pathway into engineering technology.
In summary, NAU’s new BPS‑ET degree offers a flexible, three‑year, 90‑credit route that blends community college transfer credits with synchronous remote instruction, delivers a hands‑on curriculum aligned with semiconductor and advanced‑manufacturing needs, and directly responds to Arizona’s surge in high‑tech investments. By strengthening ties between education and industry, the program aims to equip graduates with the practical skills necessary to excel in microelectronics, process engineering, and related fields, thereby supporting the state’s economic vitality and workforce development goals.