How AI is Changing Radiologic Technology: A Look Through the Top Massachusetts Programs

Choosing a major in radiologic technology in Massachusetts will involve comparing schools on accreditation, clinical training quality, graduate outcomes, and overall cost. To create this comprehensive guide, six of the best radiology programs in Massachusetts were profiled, one of which really stands apart from the crowd: Massachusetts College of Liberal Arts. Learn how each compares to your search for a highly reputed bachelor’s degree with strong pass rates, robust clinical partnerships, or affordable tuition options so that you can make the best educational decision. Whether you’re considering enrolling in a radiography program or even an artificial intelligence courses to stay ahead, this shift shows how crucial AI literacy is becoming in the world of medical imaging.

Such specialists work in hospitals, outpatient imaging centers, urgent care facilities, and specialty clinics where diagnosis is performed using medical imaging modalities.

Research clinical training partnerships, postgraduation job placement rates, and starting salaries of graduates. Consider the cost to attend the program, including tuition and fees, and any additional costs related to clinical uniforms and background checks.

Top 6 Radiologic Technology Programs in Massachusetts

1. Massachusetts College of Liberal Arts — Outstanding Outcomes and Strong Value

The BS in Radiologic Technology at Massachusetts College of Liberal Arts serves as a model, with strong student outcomes and excellent preparation for professional practice. MCLA’s program is fully accredited by the Joint Review Committee on Education in Radiologic Technology, having met all of the national standards respective to the education of radiologic technologists. In fact, the 100 percent first-time pass rate for graduates on the certification examination given by the American Registry of Radiologic Technologists speaks volumes about the effectiveness of the curriculum in preparing students for professional credentialing.

Aside from the high certification success rate, the MCLA has 100 percent placement of the program graduates-meaning that in a very short time after program completion, students become employed in positions in radiologic technology. Such a high placement statistic further indicates strong clinical affiliations with regional health facilities and a positive reputation among employers. A bachelor’s level curriculum includes the principles of radiation physics, imaging procedures, patient care techniques, anatomy and physiology, medical terminology, and professional ethics, in addition to general education requirements that provide critical thinking and communication skills.

During their time here, students will participate in clinical rotations through numerous hospitals and imaging centers throughout the Berkshires and the surrounding communities where they will have direct clinical exposure to a diverse population and advanced technologies. Academic credentials and clinical experiences of faculty provide instruction that covers current practice and emerging technologies. 

2. Massachusetts General Brigham School of Radiologic Technology — Hospital-Based Excellence

The Massachusetts General Brigham School of Radiologic Technology will be a well-established, hospital-based program providing intensive clinical training within one of the best healthcare systems in the country. The program will be directly affiliated with Massachusetts General Hospital and Brigham and Women’s Hospital, offering state-of-the-art imaging technologies, diverse patient cases, and highly accomplished clinical instructors. The hospital-based model places students right within the healthcare setting on day one to focus on hands-on learning immediately.

The curriculum for the program follows standards and guidelines set forth by the JRCERT and reflects the protocols and procedures of major academic medical centers. Learners are exposed to complicated cases, specialized imaging procedures, and interdisciplinary health care teams. The clinical training is provided in the hospital system and is structured to make sure of quality and personal contact with ARRT-registered radiologic technologists serving as clinical preceptors at all times. This rigorous clinical focus prepares the practitioner to be confident and competent, well qualified to contribute to the profession immediately.

It is hospital-based in nature, offering less general education than in the Bachelor’s degree programs, but rather focuses on the competencies in radiologic technology.

3. Boston University Radiologic Sciences – Academic Prestige with Research Opportunities

Boston University educates students in the radiologic sciences within broadly based health sciences programs and offers bachelor’s-level credentials within a major research university context. BU blends rigorous academic study with clinical training in preparing graduates for direct practice and also for advancement to leadership, education, or research roles. The university environment provides substantial resources including libraries, research facilities, and opportunities for learning across disciplines.

Beyond technical skills, the curriculum in the radiologic sciences places added emphasis on scientific foundations such as radiation biology, imaging physics, advanced anatomy, pathophysiology, and research methodology. The university-wide atmosphere of academic rigor supports students in engagement with multiple perspectives within and across health sciences disciplines. Many faculty members maintain active research programs in addition to teaching and provide students with opportunities to be exposed to evidence-based practice and emerging imaging technologies. BU’s metropolitan Boston location provides an abundance of clinical training sites and networking opportunities throughout the region’s large healthcare ecosystem.

4. University of Massachusetts Lowell — Public Research University Resources

The programs in Imaging Technology and Health Sciences at the University of Massachusetts Lowell are placed within a public research university setting. UMass Lowell combines the value of public higher education with resources such as those of a full-service university, modern facilities, research opportunities, and a multitude of academic programs. The health science focus of this university supports education in radiologic technology through interdisciplinary collaboration and strong clinical partnerships.

The curriculum balances technical radiologic technology skills with broad health sciences education in order to prepare the graduate for an evolving health care environment. A range of university resources is available to students, including tutoring centers, career counseling, and professional development programming. Regionally located in the Merrimack Valley, UMass Lowell provides clinical training for its students at a wide range of community hospitals and health facilities that serve diverse populations. This public university maintains affordable tuition rates for Massachusetts residents while delivering top academic quality.

5. Quinsigamond Community College- Affordable Entry Point

Quinsigamond Community College provides training in radiologic technology at the associate degree level, an unusually accessible point of entry into a career. Community colleges like QCC play important roles in opening up access to health professions education for very diverse student populations, including many of limited financial means and significant family responsibilities. The program at QCC maintains JRCERT accreditation while offering substantially lower tuition than is available at four-year institutions.

The radiologic technology associate degree curriculum emphasizes the competencies of imaging procedures and radiation safety, patient care, and clinical skills. Students are placed in affiliated health care facilities for completion of needed clinical rotations and, as such, have practical experiences from these settings. Graduates are prepared for ARRT certification and immediate employment as radiologic technologists. Graduates may enter the workforce quickly or continue education at four-year institutions through transfer agreements that offer bachelor’s completion programs in radiologic technology.

6. Springfield Technical Community College — Regional Access and Technical Emphasis

The Springfield Technical Community College addresses the radiologic technology needs in the region of Western Massachusetts by teaching students in this field. The mission for STCC is to provide technical college education that is skills-oriented and workforce-competent. An associate degree from the Radiologic Science Program will prepare them for ARRT certification and professional practice.

This curriculum includes the necessary radiologic technology competencies through classroom instruction and through clinical rotations at regional health care facilities. The relatively low-cost tuition, coupled with the regional location of STCC provides an opportunity for Western Massachusetts students to enter an educational program in radiologic technology who might otherwise not relocate to pursue their education. The technical college atmosphere is specifically career-oriented rather than broadly academically oriented.

Choosing Your Best-Fit Radiologic Technology Program

You will be choosing the best programs in radiologic technology that Massachusetts has to offer, based on your situation, goals, and preferences. Do you want a broad-based bachelor’s degree, such as what MCLA offers, or do you prefer focused associate training for quicker entry into the workforce? Financial circumstances may be a factor: Is affordability of community college better than university programs for your situation? Consider preferred learning environments: small college settings, large universities, or intensive hospital-based training. Assess geographic preferences: Do you want to study locally or relocate? Pairing your radiology education with an artificial intelligence course can further deepen your understanding of how smart systems support imaging accuracy, workflow efficiency, and patient outcomes.

First, verify that the program is JRCERT-accredited. This is your assurance that for the degree that qualifies you for ARRT certification, quality standards have been met. You will want to look at a few statistics about the programs you’re considering: pass rates and employment rates give insight into graduates’ successes. Whenever possible, you’ll want to visit campuses, meet the faculty, and talk with students. If you select the right major in Massachusetts in the area of radiologic technology, you will get a quality education that prepares you for a significant and rewarding career in healthcare while fitting your personal circumstances and professional aspirations.

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