Overview & Career Outcomes
Lasell’s Master of Science in Rehabilitation Science program is designed for educators and registered, certified and/or licensed health and rehabilitation professionals interested in expanded roles in professional practice, administration, research, and teaching. You will develop the problem-solving skills necessary to assume leadership roles in research, clinical practice, and educational settings in health-related disciplines.
Convenient - A quality graduate program paired with convenien onlitne classes. With 24/7 access, you can complete your coursework as your schedule allows. The online degree includes an optional field experience course and a required separate summer residency where students will acquire and apply manual therapy techniques in a laboratory setting.
Competitive curriculum - Our distinctive Rehabilitation Science graduate program is the only one of its type in the Northeast. Classes include Pathokinesiology, Pharmacology and Advanced Kinesiology and Biomechanics.
Highly qualified faculty practitioners - Professor Cristina Haverty, M.Ed., Chair of our Athletic Training and Exercise Science department, has been with Lasell for 15 years. During her tenure, she has been instrumental in leading the department through several re-accreditation processes to a successful position among athletic training programs in the region.
Extensive student support services - To maximize your success in our program, Lasell provides support services including career counseling, academic advising, and enrollment counseling.
Our Rehabilitation Science program requires a bachelor's degree in a health-related field from an accredited institution. Learn more about our admissions requirements and join us to further your career.
*Students Participating in the MS in Rehabilitation Science will earn a Graston Level 1 or NASM Corrective Exercise Certification, as well as FMS Level 1 Certification during the program. Currently, these certifications are recognized in the state of Massachusetts and nationally, but students should visit the organization sites for additional information.
The MS in Rehabilitation Science curriculum provides students with an interdisciplinary approach to the scientific process and a strong foundation in research experience and methodology, and effective treatment approaches to a rehabilitation science practice.
This program is a total of 36 credits comprised of 30 required credits (10 courses) and 6 elective credits (2 courses) which can be chosen from any graduate-level course.
Get information on our Course Schedules.
The course involves a study of joint structure, joint function, and the biomechanical principles underlying the kinetics and kinematics of human motion, including normal gait and human movement. Emphasis is placed on the interaction between biomechanical and physiological factors in musculoskeletal and neuromuscular function, and the application of kinesiological principles to clinical rehabilitation practice.
The student will be introduced to a systematic evaluation approach based on the pathokinesiological model. The pathokinesiological model will examine human movement systems and it significance to regions of the human body. These regions will be recognized as potential sites for integrated pre-habilitation and rehabilitation exercise programs. Pre-requisite RSCI701
The emphasis of this course is on the assessment of functional orthopedic conditions and musculoskeletal screening. The course emphasizes the application of systems analysis principles to clinical situations. The course goal is to improvethe clinician's ability to evaluate the patient's complaint as related to movement andidentify those patients who require additional orthopedic evaluation & referral whileassessing patient complaints in a logical deductive manner. Screening and assessment tools will be demonstrated as part of the process. In addition, the student is able to assess clinical scenarios as illustrated by relevant case studies.
This course will introduce pre-habilitation and rehabilitation exercise strategies based on limit function and dysfunction. The student will receive detailed insight into the design of corrective exercise programs. The systematic approach of an integrated corrective exercise design uniquely blends the variables of available flexibility, isolated and integrated strengthening, and exercise design to provide the student with the necessary foundation in designing and developing safe prevention and corrective exercise programs. Pre-requisite RSCI703.
This course provides an overview of foundations of research design and the uses and interpretation of results. Content includes: reviewing the literature, developing research problems/questions; hypothesis testing, experimental, quasi-experimental and other research designs; and evaluating research studies as they relate to evidence-based practice in the health professions. The intended outcome is to familiarize students with the evidence-based guidelines associated to clinical outcomes and evidence-based practice.
Through the completion of a research project, on a topic within the field, this course serves as an essential outcome component to augment the professional development and new learning that occurs in didactic course work and demonstrates the ability of the graduate to make significant contributions to their professions. Pre-requisite: must be taken in final semester of program. Prerequisite: RSCI780
This course focuses on the ever-changing contemporary issues that impact direct and indirect patient care, and highlights the importance of evidence-based practice. The NATA code of ethics and BOC Standards of Professional Practice will be used as a framework to highlight the importance of working as part of a health care team, advocating for patients and the profession, and providing medical care in a non-discriminating or prejudicial manner
This course is designed to provide an understanding of the theory and application of psychology of sport, injury, and rehabilitation. Topics covered include cognitive appraisal, emotional response, behavioral response, motivation, mental skills training and use, psychological antecedents of injury, adherence to rehabilitation/exercise, sociocultural factors and psychology of injury, and research methods related to the psychology of sport, injury, and rehabilitation.
No description available.
Rehabilitation Science Residency
Candidates seeking admission to Lasell University's Rehabilitation Science graduate degree program must hold a bachelor's degree from an accredited institution.
No GMAT/GRE required.
Admission Requirements Checklist:
- Online application
- Official transcripts of all college-level coursework
- B.A./B.S. in a health-related field from an accredited institution
- A one-page personal statement describing your goals, strengths, and potential for achievement in graduate school
- Anatomy & Physiology I and II (8 credits), Kinesiology (3-4 credits), and Statistics (3 credits)
This program is not F-1 eligible, international applicants can only be considered for the online curriculum option.
All International applicants need to submit English equivalency from one of the following: TOEFL scores: minimum required score is 80 (iBT) or IELTS, minimum required score is 6.0; or Pearson PTE Academic minimum score is 53; or Duolingo minimum required score is 105. The English equivalency scores may be waived for international applicants who have earned a bachelor's degree at an accredited college/university in the United States, United Kingdom, Australia, New Zealand, or Canada.
For additional requirements please visit our International Admission Requirement page.
Questions? Call/text us today at 617-243-2400!