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Daniel O’Neill, Patient Simulation Information coordinator at the SIMS Medical Center at STCC.

Daniel O’Neill, Patient Simulation Information coordinator at the SIMS Medical Center at STCC.

When healthcare program students in Springfield Technical Community College (STCC) step into a patient room at the SIMS Medical Center, they’re entering a high-tech learning environment designed to mirror the real world of healthcare.

Daniel O’Neill, Patient Simulation Information coordinator at the SIMS Medical Center, helps make those experiences possible.

“I’m one of two simulation coordinators,” said O’Neill, referring to himself and his colleague, Daniel Taibbi. “Together, we oversee a team of 15 employees who essentially build small movie sets so that students can practice high-fidelity healthcare simulations in a risk-free environment.”

The SIMS Medical Center hosts about 16,000 simulated experiences each year for students enrolled in 26 degree and certificate programs. O’Neill and his team ensure each scenario runs smoothly and meets national accreditation standards.

Accreditation by the Society for Simulation in Healthcare is no small point of pride. Last year, SIMS Medical Center earned this designation, making it one of only a few simulation centers in Massachusetts to reach that level of recognition, which is considered the gold standard in healthcare simulation and serves as a benchmark for excellence in patient simulation.

“These patients can blink, breathe, cry, respond to pain, and more. With the exception of walking out of the bed, they can do everything a human patient can.”

The center’s fleet of approximately 120 high-fidelity robotic patients allows students to practice their clinical skills in a realistic but safe setting.

“These patients can blink, breathe, cry, respond to pain, and more,” O’Neill said. “With the exception of walking out of the bed, they can do everything a human patient can.”

 

Virtual Reality

Simulation offers a powerful advantage in healthcare education. Studies show students retain up to 80% of knowledge gained through simulated experiences. STCC graduates also complete their clinical onboarding more quickly than peers from other institutions, O’Neill said, because they arrive with extensive hands-on practice.

Faculty play a key role in the process. Professors define learning objectives, and the SIMS team brings those objectives to life. “It’s a deep partnership,” he said. “We make sure what we’re setting up aligns with their vision for student learning.”

O’Neill spends a growing portion of his time in training and development meetings with faculty, helping them understand and use emerging technologies to enhance student learning.

Since 2020, STCC has expanded its innovation lab, introducing virtual reality to multiple health programs. Students can step into immersive scenarios or even view care from a patient’s perspective.

“AI lets us create more realistic and dynamic encounters that reflect cultural, religious, and social diversity. It prepares students to care for people who aren’t just like themselves.”

One simulation left a lasting impact on a 6-foot-5 student who experienced what it was like to lie in a hospital bed with a tall doctor standing over him. “He took the headset off and said, ‘I never realized how intimidating that feels,’” O’Neill recalled. “From that moment on, he started sitting down when talking to patients. That’s empathy building — and it’s just as important as any clinical skill.”

The SIMS Medical Center is also embracing artificial intelligence (AI), which allows for more authentic patient interactions. “AI lets us create more realistic and dynamic encounters that reflect cultural, religious, and social diversity,” O’Neill said. “It prepares students to care for people who aren’t just like themselves.”

In recognition of his contributions, O’Neill received the 2025 Individual Contributor Award/Star Award, an annual honor presented to an employee who demonstrates outstanding dedication and signature contributions to the college community.

STCC President John Cook praised O’Neill’s impact on the SIMS Medical Center and on students preparing for healthcare careers.

“What a unique skill set,” he said. “Dan, we are so grateful for all that you contribute to a very high-profile asset for the college. Our SIMS Medical Center, with the talent of Dan along with staff and faculty colleagues, provides a national model for future-now healthcare in higher education.”

 

Patient Approach

O’Neill’s path to STCC wasn’t traditional. He previously worked in restaurant management, at Apple as an educator, in event production, and even as a photographer for Lego. He joined STCC nearly nine years ago, first as a part-time simulation operator.

“I’ve always loved building teams and improving systems,” he said. “This role lets me do that while helping students prepare for meaningful careers.”

Prospective students experienced STCC’s SIMS Medical Center during a recent Career Exploration Night, where live simulations showcased the technology and immersive learning opportunities available.

“It’s the best night of the year to see what happens here,” O’Neill said. “Our goal is to give students the skills and confidence they need before they ever step into a hospital.”

Health Care

What’s Next in Health Education

By Marie Meckel, Kathleen Menard, Susan McDiarmid, and Theresa Riethle

Despite the complexities that COVID-19 has brought to healthcare education, the trajectory from traditional models to hybrid or virtual experiences was inevitable. Today’s technology allows healthcare educators to transcend geography, which widens access to health education in all segments of the population despite location, economic status, and race. The pandemic also revealed the vulnerabilities of underrepresented minorities.

These challenges caused many educators to pause to re-evaluate and readapt to how we teach and develop medical curriculum. Incorporating technology through virtual learning experiences while focusing on how social determinants of health impact patient care and outcomes are two areas of focus in the future of healthcare education.

Health programs can integrate in-person and remote simulation experiences; these include the traditional simulation lab consisting of realistic mannequins where learners can develop clinical skills in a safe setting without patient harm. Additional virtual experiences include a wide array of interactive patient-encounter portals where learners can conduct histories, perform physical examinations, order and interpret diagnostic tests, develop assessments and treatment plans, all while documenting patient records and receiving coaching and feedback every step of the way.

“By incorporating technology into healthcare education, medical learners will be better prepared for clinical practice.”

Live rounding with certified medical providers has also enabled learners to experience traditional hospital rounding from wherever they are in an interactive manner. Even surgical experiences can be supplemented with high-definition surgical videos and medical lectures from subject-matter experts.

While none of these experiences will replace the need for traditional hands-on learning, they can provide learners with unique education experiences that directly correlate to what is seen in clinical practice. With the increase in telehealth visits, medical learners are now equipped to adapt to these visits, delivering care in a better and more effective manner.

Technology is intertwined into healthcare today as seen with diagnostic imaging, robotic surgery, and electronic health records. By incorporating technology into healthcare education, medical learners will be better prepared for clinical practice. The virtual experiences will also develop independent and critical thinking, thus making it easier to adapt to innovations and changing patterns of illness and health systems.

In order to provide equitable, high-quality healthcare to all patients, we must include social determinants of health in the curriculum. These include socioeconomic status, education, neighborhood and physical environment, employment, and social-support networks, as well as access to healthcare.

This charge became more evident with the pandemic, as we have seen its profound impact on underrepresented minorities. It would be a disservice to future providers to ignore the current healthcare disparities in these populations. Addressing these determinants is not only important for improving overall health, but also for reducing health disparities that are often rooted in social and economic disadvantages.

Healthcare providers of the future will not necessarily be those who have a traditional classroom education, but will be those who know how to use, implement, and apply technology in healthcare systems and provide high-quality healthcare to all patients.

 

Marie Meckel, MS, MPH, MMSc, PA-C; Kathleen Menard, MS, PA-C; Susan McDiarmid, MS, PA-C; and Theresa Riethle, MS, PA-C are physician assistant faculty members at Bay Path University.