This doctoral-level course advances expertise in the comprehensive evaluation and management of complex shoulder and elbow sports injuries through integrated application of advanced regional anatomy, biomechanics, diagnostic imaging, and evidence-based surgical and non-surgical treatment strategies. Emphasis is placed on instability, rotator cuff pathology, labral injury, throwing-related conditions, and overuse syndromes. Learners synthesize pathophysiology, kinetic chain mechanics, rehabilitation science, and contemporary literature to support advanced clinical decision-making, optimize return-to-sport and functional outcomes, and prepare for independent specialty orthopaedic practice.

This doctoral-level course advances in the comprehensive evaluation and management of complex lower extremity sports injuries through integrated application of advanced anatomy, biomechanics, diagnostic imaging, and evidence-based surgical and non-surgical treatment strategies. Emphasis is placed on synthesizing pathophysiology, rehabilitation science, and contemporary literature to support advanced clinical decision-making, optimize return-to-activity and functional outcomes, and prepare learners for independent specialty practice.

This course advances the orthopaedic physician assistant’s expertise in the comprehensive evaluation and management of hand and elbow pathology by integrating advanced anatomy, biomechanics, diagnostic imaging, and evidence-based surgical and non-surgical treatment strategies. Emphasis is placed on microsurgical principles, fracture and dislocation management, tendon and nerve injury, degenerative conditions, and elbow instability. Learners synthesize pathophysiology, rehabilitation science, and contemporary literature to support advanced clinical decision-making and independent specialty practice across outpatient, inpatient, and austere environments.

This doctoral-level course advances the orthopaedic physician assistant’s expertise in the comprehensive evaluation and management of complex foot and ankle pathology by integrating advanced regional anatomy, biomechanics, gait analysis, diagnostic imaging, and evidence-based surgical and non-surgical treatment strategies. Emphasis is placed on trauma, deformity correction, tendon and ligament pathology, arthritic conditions, diabetic foot disorders, cartilage lesions, and limb preservation principles. Learners synthesize pathophysiology, rehabilitation science, and contemporary literature to support advanced clinical decision-making, optimize functional outcomes, and prepare for independent specialty orthopaedic practice.

This doctoral-level course advances the orthopaedic physician assistant’s expertise in the comprehensive management of critically ill and perioperative patients within intensive care and trauma environments. Emphasis is placed on advanced cardiopulmonary physiology, hemodynamic monitoring, resuscitation principles, multisystem organ dysfunction, damage control orthopaedics, sepsis management, and perioperative optimization. Learners integrate diagnostic imaging, laboratory interpretation, critical care pharmacology, and evidence-based protocols to support advanced decision-making across inpatient and austere environments.

This doctoral-level course advances the orthopaedic physician assistant’s expertise in the comprehensive evaluation and management of complex wounds and soft-tissue pathology, with an optional advanced focus on burn care. Emphasis is placed on wound pathophysiology, limb preservation principles, vascular and diabetic wound management, infection control, reconstructive strategies, grafting techniques, and burn depth assessment. Learners integrate advanced anatomy, tissue-healing biology, diagnostic imaging, laboratory evaluation, and evidence-based surgical and non-surgical treatment strategies to support complex soft-tissue management across inpatient, outpatient, and austere environments.

This doctoral-level course advances the orthopaedic physician assistant’s expertise in the comprehensive evaluation and management of advanced degenerative joint disease by integrating arthroplasty biomechanics, implant design principles, diagnostic imaging, perioperative optimization, and evidence-based surgical and non-surgical treatment strategies. Emphasis is placed on primary and revision joint arthroplasty of the hip, knee, and shoulder; implant fixation concepts; alignment strategies; infection prevention; complication management; and longitudinal surveillance. Learners synthesize biomechanical principles, perioperative medicine, and contemporary literature to support advanced clinical decision-making and specialty orthopaedic practice.

This doctoral-level course advances the orthopaedic physician assistant’s expertise in the comprehensive evaluation and management of musculoskeletal oncology and complex orthopaedic infections through integrated application of advanced regional anatomy, tumor biology, diagnostic imaging, histopathology principles, and evidence-based surgical and non-surgical treatment strategies. Emphasis is placed on benign and malignant bone and soft tissue tumors, metastatic disease, pathologic fractures, limb preservation, oncologic margins, adjuvant therapies, and oncologic surveillance. Learners synthesize oncologic staging principles, multidisciplinary care coordination, and contemporary literature to support advanced clinical decision-making and specialty orthopaedic practice.

This doctoral-level course advances the orthopaedic physician assistant’s expertise in the comprehensive evaluation and management of multisystem general trauma across the continuum of care. Emphasis is placed on trauma systems, Advanced Trauma Life Support (ATLS) principles, damage control resuscitation, shock states, hemorrhage control, thoracic and abdominal trauma, traumatic brain injury, and multisystem organ dysfunction. Learners integrate advanced anatomy, trauma physiology, imaging interpretation, laboratory analysis, and evidence-based surgical and non-surgical treatment strategies to support life-saving interventions, perioperative stabilization, and functional readiness across inpatient and austere environments.

This doctoral-level course advances the orthopaedic physician assistant’s expertise in the comprehensive evaluation and management of orthopaedic trauma across the continuum of care. Emphasis is placed on fracture biomechanics, soft-tissue injury, open fracture management, limb preservation, damage control orthopaedics, fixation strategies, and operative stabilization principles. Learners integrate advanced musculoskeletal anatomy, imaging interpretation, fracture classification systems, and evidence-based surgical and non-surgical treatment strategies to support limb-saving interventions, functional restoration, and operational readiness across inpatient and austere environments.

This doctoral-level course advances expertise in the comprehensive evaluation and management of complex hip sports pathology by integrating advanced hip anatomy, biomechanics, diagnostic imaging, and evidence-based surgical and non-surgical treatment strategies. Emphasis is placed on femoroacetabular impingement, labral pathology, instability, hip dysplasia, athletic overuse syndromes, and post-traumatic conditions. Learners synthesize pathophysiology, rehabilitation science, and contemporary literature to support advanced clinical decision-making, optimize return-to-sport and functional outcomes, and prepare for independent specialty practice.

This course introduces advanced principles of orthopaedic evaluation, diagnosis, and treatment necessary for regular clinical application, applying evidence-based medicine to the management of orthopaedic patients, and focusing on extremity anatomy, biomechanical pathology, physical examination, diagnostic imaging, and rehabilitation methods.

This course introduces the application of evidence-based medicine to the management of orthopaedic complaints, focusing on assessing current peer-reviewed journal articles for sound research design and valid conclusions so as to apply lessons learned from the literature to individual patients and patient populations.

This course introduces advanced principles of orthopaedic evaluation, diagnosis, and treatment necessary for regular clinical application, applying evidence-based medicine to the management of orthopaedic spine complaints, and focusing on spine anatomy, biomechanical pathology, physical examination, diagnostic imaging, and classification of common select fractures of the spine.

This course introduces advanced principles of orthopaedic evaluation, diagnosis and treatment necessary for regular clinical application, applying evidence-based medicine to the management of neurologic complaints, and focusing on spine and head anatomy, biomechanical pathology, physical examination, diagnostic imaging, laboratory studies, and classification of common select fractures of the head and spine.

This course introduces advanced principles of orthopaedic evaluation, diagnosis, and treatment necessary for regular clinical application, applying evidence-based medicine to the management of pediatric orthopaedic complaints, and focusing on general anatomy, biomechanical pathology, physical examination, diagnostic imaging, laboratory studies, congenital disorders, and classification of pediatric fractures.

This course furthers critical principles of orthopaedic evaluation, diagnosis, and treatment necessary for regular clinical application, applying evidence-based medicine to the management of orthopaedic patients, and focusing on extremity anatomy, biomechanical pathology, physical examination, diagnostic imaging, and rehabilitation methods.

This course introduces various techniques for medical research presentation. It takes information obtained in developing a high-quality clinical research project, demographic and outcome measure data, and statistical analysis, and generates oral and written products for presentation at local and national venues.

This doctoral-level course advances the orthopedic physician assistant’s expertise in the comprehensive evaluation and management of spinal pathology by integrating advanced spinal anatomy, biomechanics, neuroanatomy, diagnostic imaging, and evidence-based surgical and non-surgical treatment strategies. Emphasis is placed on degenerative cervical and lumbar disease, radiculopathy, myelopathy, spinal trauma, deformity, instability, and spine-related functional impairment. Learners synthesize neurologic assessment, rehabilitation principles, and contemporary literature to support advanced clinical decision-making, optimize functional and functional outcomes, and prepare for independent specialty orthopedic practice.

This doctoral-level course advances the orthopaedic physician assistant’s expertise in the comprehensive evaluation and management of pediatric musculoskeletal pathology by integrating growth and developmental anatomy, biomechanics, diagnostic imaging, and evidence-based surgical and non-surgical treatment strategies. Emphasis is placed on pediatric trauma, congenital and developmental disorders, neuromuscular conditions, spinal deformity, and physeal injury. Learners synthesize pediatric pathophysiology, growth modulation principles, rehabilitation science, and contemporary literature to support advanced clinical decision-making, optimize functional outcomes, and prepare for independent specialty orthopaedic practice.

This is a two-month clinical and surgical rotation on service with a fellowship-trained orthopaedic traumatologist and a team of surgical residents.

This course introduces advanced principles of orthopaedic evaluation, diagnosis, and treatment necessary for regular clinical application, applying evidence-based medicine to the management of patient athletes, and focusing on upper extremity anatomy, biomechanical pathology, physical examination, diagnostic imaging, and rehabilitation methods.

This course introduces advanced principles of orthopaedic evaluation, diagnosis, and treatment necessary for regular clinical application, applying evidence-based medicine to the management of patient athletes, and focusing on lower extremity anatomy, biomechanical pathology, physical examination, diagnostic imaging, and rehabilitation methods.

This course introduces advanced principles of orthopaedic evaluation, diagnosis, and treatment necessary for regular clinical application; applies evidence-based medicine to the management of orthopaedic upper extremity complaints; and focuses on microsurgery, upper extremity anatomy, biomechanical pathology, physical examination, diagnostic imaging, and classification of common select fractures and dislocations of the upper extremity.

This course introduces advanced principles of orthopaedic evaluation, diagnosis, and treatment necessary for regular clinical application, applying evidence-based medicine to the management of orthopaedic complaints, and focusing on lower extremity anatomy, biomechanical pathology, physical examination, diagnostic imaging, and classification of common select fractures and dislocations of the leg, ankle, and foot.

This course introduces advanced principles of orthopaedic evaluation, diagnosis, and treatment necessary for regular clinical application, applying evidence-based medicine to the management of patients with complex wounds., and focusing on general anatomy, biochemistry, physical examination, diagnostic imaging, laboratory studies, and medical and surgical management of complex wounds.

This course introduces advanced principles of orthopaedic evaluation, diagnosis, and treatment necessary for regular clinical application, applying evidence-based medicine to the management of orthopaedic complaints, and focusing on general anatomy, biomechanical pathology, physical examination, diagnostic imaging, classification of periarticular fractures, and arthritis.

This course introduces advanced principles of orthopaedic evaluation, diagnosis, and treatment necessary for regular clinical application, applying evidence-based medicine to the management of musculoskeletal neoplasms and infections, and focusing on general anatomy, biomechanical pathology, physical examination, diagnostic imaging, laboratory studies, and radiographic classification of oncologic lesions and pathologic fractures.

This course introduces advanced principles of orthopaedic evaluation, diagnosis, and treatment necessary for regular clinical application, applying evidence-based medicine to the management of musculoskeletal trauma, and focusing on general anatomy, biomechanical pathology, physical examination, diagnostic imaging, laboratory studies, and radiographic classification of orthopaedic trauma.

This course introduces advanced principles of surgical evaluation, diagnosis, and treatment necessary for regular clinical application, applying evidence-based medicine to the management of multisystem trauma, and focusing on general anatomy, biomechanical pathology, physical examination, diagnostic imaging, laboratory studies, and radiographic classification of multisystem trauma.

This course introduces advanced principles of orthopaedic evaluation, diagnosis, and treatment necessary for regular clinical application, applying evidence-based medicine to the management of intensive care unit patients, and focusing on general anatomy, biomechanical pathology, physical examination, diagnostic imaging, laboratory studies, and medical management of critical patients.

This course further examines critical principles of orthopaedic evaluation, diagnosis, and treatment necessary for regular clinical application, applying evidence-based medicine to the management of patient athletes, and focusing on extremity anatomy, biomechanical pathology, physical examination, diagnostic imaging, and rehabilitation methods.

This course introduces advanced principles of orthopaedic evaluation, diagnosis, and treatment necessary for regular clinical application, applying evidence-based medicine to the management of musculoskeletal trauma, and focusing on general anatomy, biomechanical pathology, physical examination, diagnostic imaging, laboratory studies, and radiographic classification of orthopaedic trauma.

This course introduces advanced principles of orthopaedic evaluation, diagnosis, and treatment necessary for regular clinical application, applying evidence-based medicine to the management of intensive care unit patients, and focusing on general anatomy, biomechanical pathology, physical examination, diagnostic imaging, laboratory studies, and medical management of critical patients.

This course introduces medical research design, focusing on generating a testable research question, developing a research design that addresses the question, and conducting a literature review that supports the study design.

This course introduces approaches to medical data collection and analysis, focusing on executing a research protocol, collecting outcome measures data, and then participating in the analysis of the data.

This course introduces advanced principles of orthopaedic evaluation, diagnosis, and treatment necessary for regular clinical application, applying evidence-based medicine to the management of musculoskeletal trauma, and focusing on extremity anatomy, biomechanical pathology, physical examination, diagnostic imaging, laboratory studies, and radiographic classification of orthopaedic trauma.

This course advances principles of orthopaedic evaluation, diagnosis, and treatment necessary for regular clinical application. It applies evidence-based medicine to the management of orthopaedic complaints. The course focuses on general anatomy, biomechanical pathology, physical examination, diagnostic imaging, classification of periarticular fractures, and arthritis.

This course introduces advanced principles of orthopaedic evaluation, diagnosis, and treatment necessary for regular clinical application, applying evidence-based medicine to the management of orthopaedic patients, and focusing on extremity anatomy, biomechanical pathology, physical examination, diagnostic imaging, and rehabilitation methods.

This course introduces the application of evidence-based medicine to the management of orthopaedic complaints, focusing on assessing current peer-reviewed journal articles for sound research design and valid conclusions so as to apply lessons learned from the literature to individual patients and patient populations.

This course introduces advanced principles of orthopaedic evaluation, diagnosis, and treatment necessary for regular clinical application, applying evidence-based medicine to the management of orthopaedic spine complaints, and focusing on spine anatomy, biomechanical pathology, physical examination, diagnostic imaging, and classification of common select fractures of the spine.

This course introduces advanced principles of orthopaedic evaluation, diagnosis, and treatment necessary for regular clinical application, applying evidence-based medicine to the management of pediatric orthopaedic complaints, and focusing on general anatomy, biomechanical pathology, physical examination, diagnostic imaging, laboratory studies, congenital disorders, and classification of pediatric fractures.

This course furthers critical principles of orthopaedic evaluation, diagnosis, and treatment necessary for regular clinical application, applying evidence-based medicine to the management of orthopaedic patients, and focusing on extremity anatomy, biomechanical pathology, physical examination, diagnostic imaging, and rehabilitation methods.