Rochester Institute of Technology

What you'll study

This interdisciplinary master’s curriculum combines advanced clinical knowledge, diagnostic technologies, therapeutic interventions and health systems perspectives. Students study core material in patient assessment, evidence-based practice and healthcare ethics alongside technical modules covering imaging and diagnostic modalities, rehabilitation techniques, assistive technologies and clinical informatics.

• Core topics: advanced patient assessment, clinical reasoning, research methods for allied health, professional ethics and interprofessional collaboration.
• Diagnostic and technical modules: principles of diagnostic imaging and monitoring, laboratory and point-of-care diagnostics, clinical measurement and interpretation, and healthcare informatics.
• Intervention and treatment modules: therapeutic modalities, rehabilitation strategies, assistive and adaptive technologies, and programme planning for diverse patient populations.
• Systems and leadership: healthcare management, quality improvement, policy and regulatory contexts, and education methods for clinical teaching.
• Applied learning: a clinical practicum or field placement in partnership with healthcare providers, and a capstone project or thesis that integrates clinical practice with applied research or service development.

Programme structure typically combines classroom seminars, hands-on laboratory work in RIT’s clinical and simulation facilities, supervised clinical placements with partner hospitals and community providers, and an applied research or capstone requirement.

Entry requirements

Applicants are expected to have an accredited bachelor’s degree in an allied health discipline, nursing, kinesiology, biomedical sciences, or a closely related field. Applicants with substantial clinical experience and a relevant professional qualification may also be considered.

• Official academic transcripts from prior institutions.
• A current CV or résumé demonstrating clinical or relevant professional experience.
• A personal statement outlining professional goals, reasons for pursuing the degree and areas of clinical or research interest.
• Letters of recommendation, typically two academic or professional references who can address clinical competence and readiness for graduate study.
• Proof of English language proficiency for applicants whose first language is not English (e.g. IELTS or TOEFL scores) where required.

Additional requirements may include an interview and documentation of licensure or certification if applicable to specific practicum placements. Some applicants may be asked to provide GRE scores, although standardised testing requirements vary and applicants should check the programme’s admissions pages for current guidance.

Career prospects

Graduates move into advanced clinical roles across a wide range of allied health settings, including hospitals, outpatient and community clinics, rehabilitation centres, diagnostic imaging departments and long-term care. Common career paths include:

• Advanced practitioner roles in diagnostic and therapeutic services (e.g. ultrasound, respiratory care, diagnostic imaging, physiotherapy-related advanced practice).
• Clinical educator or preceptor positions within hospitals, colleges and professional training programmes.
• Clinical specialist or team leader roles overseeing service delivery, quality improvement and protocol development.
• Healthcare administration and management positions within allied health departments.
• Roles in medical device and diagnostic technology companies, clinical research coordination, and health informatics.
• Further academic study such as doctoral research degrees for those interested in advancing evidence-based practice and scholarship.

Why study at Rochester Institute of Technology

RIT has a strong applied‑learning ethos and close connections with regional health providers, offering students access to simulation laboratories, diagnostic equipment and real-world clinical placements. The institute emphasises interdisciplinary collaboration between health sciences, engineering and computing, which is valuable for students working with diagnostic technologies and assistive devices.

Students benefit from faculty with clinical and research experience, a network of clinical partners in the Rochester health ecosystem, and career services that support placement and employer engagement. The programme’s focus on practical skills, leadership and applied research prepares graduates to meet evolving clinical and technological demands in allied health practice.