FELLOWSHIP IN ORTHOPEDIC
Explore the Fellowship in Orthopedic with our practical-based Postgraduate Diploma program. Designed for medical professionals looking to excel in diagnostics and treatment, this course offers clinical training and expert guidance, equipping you with advanced skills in orthopedic care and surgical techniques.
About the Programme
MGA Medical Global Academy offers an advanced Fellowship & PG Diploma in Orthopedic, designed to equip MBBS doctors and healthcare practitioners with specialization in musculoskeletal care. This collaboration is essential during a period of rising sports injuries, degenerative conditions, and trauma, helping professionals provide evidence-based surgical and non-surgical care. The 12-month organized program refines your clinical skills and high-level diagnostic abilities, preparing you for leadership in hospital surgical units as well as outpatient orthopedics programs.
The program covers General Orthopaedic, Orthopaedic Trauma, Orthopaedic Disorders, Surgical Techniques, Common Surgeries of the Humerus, and Common Surgery of the Tibia, along with advanced rehabilitation protocols.
"This program will enable you to become a competent orthopedic practitioner with robust clinical skills, field experience, and the capacity to effectively treat musculoskeletal conditions in modern healthcare facilities."
Core Focus Areas
- General Orthopaedic
- Orthopaedic Trauma
- Orthopaedic Disorders
- Surgical Techniques
- Common Surgeries of the Humerus
- Common Surgery of the Tibia
- Fracture Management (AO System)
- Joint Replacement (THA, TKA)
- Arthroscopy & Sports Medicine
- Spinal Disorder Management
- Orthopedic Oncology
- Rehabilitation Protocols
Skills You'll Master
Programme Curriculum
CPD & Training Council · Mind Power University
Program overview
MBBS doctors and healthcare professionals who wish to specialize in musculoskeletal care, orthopedic surgery, trauma management and rehabilitation can pursue an advanced Fellowship at MGA Medical Global Academy. The fellowship program is a clinically oriented program that offers detailed training in modern diagnosis, surgical techniques, fracture management, joint reconstruction, sports injuries, spine disorders and advanced orthopedic technologies. The theoretical session is followed by clinical exposure to give the participants the expertise in the field of orthopedic trauma, arthroplasty, paediatrics, sports medicine, spine surgery, orthopedic oncology and minimally invasive orthopedic procedures. Advanced topics like robotics in orthopedic surgery, regenerative medicine, 3D printing, orthopedic biomaterials, personalized orthopedic treatments, pain management and rehabilitation technologies are also covered. The participants get a deep dive into clinical experience through clinical training, observing surgeries, simulations, case discussions, and mentoring from seasoned orthopedic experts. The fellowship is structured as per the current healthcare requirements to enhance the diagnostic precision, surgical expertise, recovery rates of patients and evidence-based orthopedic practices.
What Skills You Will Gain
Thorough knowledge of musculoskeletal anatomy, biomechanics and orthopedic diagnostics.
Knowledge of fracture classification, trauma management and principles of orthopedic surgery.
Practical experience with hip, knee, shoulder and elbow arthroplasty procedures
Knowledge of managing a paediatric orthopedic condition, congenital abnormalities and growth related disorders.
Sport injury management experience, arthroscopy, tendon repair and rehabilitation planning experience.
Knowledge about spine disorders, minimally invasive spine surgery and pain management after spine surgery.
Understanding of orthopedic oncology: diagnosis of tumor, limb salvaging surgery, and reconstructive surgery.
Access to state-of-the-art technologies like robotics, computer-assisted surgery, 3D printing and regenerative medicine.
Educational program in Orthopedic pain management, rehabilitation and postoperative patient care.
Comprehension of orthopedic biomaterials, implant technologies and personalized orthopedic treatments.
Research and evidence-based practice skills such as clinical study, critical appraisal, and ethical orthopedic practice skills.
Enhanced communication, leadership, patient counseling and multidisciplinary team working skills
Career Outcomes After the Fellowship
This fellowship will enable medical professionals to enhance their skills and advance their careers in orthopedics and musculoskeletal medicine.
Develop a specific career in Orthopedic surgery, trauma and musculoskeletal medicine.
Provide services in multispecialty hospitals, orthopedic, trauma, rehabilitation and sports medicine clinics.
Develop experience with complex orthopedic surgeries, fracture treatment, arthroplasty and minimally invasive surgeries.
Provide evidence-based orthopedic treatment and rehabilitation strategies in order to enhance patient outcomes.
Provide more clinical avenues in sports medicine, spine care, orthopedic oncology and regenerative orthopedic therapies.
Further build professional credibility as an orthopedic diagnostics and surgical management specialist
Join a multi-disciplinary health care team (surgeons, rehabilitation specialist, physiotherapist and pain management).
Expand opportunities for academic teaching, orthopedic research and healthcare leadership
Keep abreast of new technologies, such as robotics, smart implants, AI-aided surgery and personalized orthopedic medicine.
Enhance the professional development of one of the fastest-growing specialties of the modern-day healthcare and surgical field
Course Curriculum
- Overview of Musculoskeletal Anatomy and Biomechanics
- Principles of Orthopedic Surgery and Patient Care
- Introduction to Basic Orthopedic Diagnostics
- Musculoskeletal Imaging (X-ray, MRI, CT)
- Surgical Techniques and Protocols
- Classification of Fractures (AO System, Gustilo-Anderson System)
- Acute Fracture Management (Emergency Medicine Protocols)
- Surgical interventions Internal and External
- Complex Fracture and Dislocation Management
- Post-operative care and rehabilitation protocols
- Total Hip Arthroplasty (THA) – indications, techniques, and complications
- Total Knee Arthroplasty (TKA) – preoperative planning, techniques, and results
- Shoulder and Elbow Arthroplasty
- Advanced techniques in arthroplasty for the elderly
- Rehabilitation and long-term follow-up
- Growth and development of bones and joints in children
- Common pediatric orthopedic conditions
- Treatment strategies for fractures in children
- Surgical techniques in pediatric orthopedics
- How to deal with congenital musculoskeletal abnormalities
- Acute sports injuries
- Sprains, strains, and fractures
- Soft tissue injuries
- Tendon and ligament repair
- Non-operative management of musculoskeletal injuries in athletes
- Arthroscopic techniques in the management of joint injuries
- Rehabilitation and return to play after injury
- Degenerative spine conditions like herniated discs and spinal stenosis
- Spine deformities like scoliosis, kyphosis, and lordosis
- Surgery for spine fractures and deformities
- Minimally invasive spine surgery techniques
- Post-surgery rehabilitation and pain management
- Diagnosis and treatment of bone and soft tissue tumors
- Limb salvage surgery and techniques for tumor resection
- Use of prosthetics and reconstruction after tumor resection
- Oncological rehabilitation
- Multidisciplinary approach to the care of oncological patients
- Fundamentals of Orthopedic Research Methodology
- Critical Appraisal of Orthopedic Literature and Clinical Trials
- Designing and Conducting Clinical Research in Orthopedics
- Translation of Orthopedic Research into Practice
- Ethical Considerations in Orthopedic Research
- Robotics and Computer-Assisted Orthopedic Surgery
- Biologics and Regenerative Medicine (PRP, Stem Cell Therapies)
- 3D Printing in Orthopedic Surgery
- Innovations in Prosthetics and Implant Technology
- Innovations in Pain Management and Anesthesia Techniques in Orthopedic Surgery
- Multidisciplinary approach in postoperative care
- Early mobilization and rehabilitation techniques
- Pain management: Pharmacologic and non-pharmacologic interventions
- Management of postoperative complications: Infection, thrombosis, etc.
- Long-term patient follow-up and education
- Patient consent and confidentiality
- Ethical issues in orthopedic surgery, i.e., elective vs. urgent procedures
- Legal issues in malpractice cases
- Managing patient expectations/outcomes
- Professionalism and patient/family communication
- Comprehensive clinical training in orthopedic surgery
- Chances to observe and participate in a number of orthopedic surgical procedures
- Direct mentorship with the best orthopedic surgeons
- Case discussions and analysis
- Simulation-based teaching for surgical skills
- In-depth study of joint kinematics and dynamics in orthopedic interventions
- Finite element analysis and the use of computational models in surgery
- Mechanics of muscles and tendons and the effects on surgical outcomes
- Effect of biomechanics on rehabilitation
- Application of advanced biomechanical principles in sports and trauma surgeries
- Genomic and Molecular Profiling in Musculoskeletal Diseases
- Personalization of orthopedic treatments based on specific factors, e.g., genetic, age, comorbidity, etc.
- Personalization of orthopedic treatments in the management of joint degeneration and fracture healing
- Pharmacogenomics in orthopedic surgical interventions
- The Future of Personalized Orthopedic Implants and Materials
- Reconstruction techniques for complex foot and ankle deformities
- Advanced management of ankle fractures, ligament injuries, and dislocations
- Surgical techniques for diabetic foot and neuropathic disorders
- Foot and Ankle Arthroscopy: Advanced techniques in joint preservation
- Management of Foot and Ankle Deformities in the Elderly Population
- Limb lengthening procedures: Techniques, devices, and complications
- Correction of angular deformities using external fixators and internal fixators
- Growth modulation techniques in pediatric and adult deformity corrections
- Surgical correction of congenital and acquired limb deficiencies
- Advances in non-invasive techniques in the correction of deformities
- Advanced pain management practices in orthopedic medicine: Epidural, nerve blocks, and infusion therapies
- Interventional pain management practices: Spinal cord and peripheral nerve stimulation
- Multidisciplinary approach to chronic musculoskeletal pain management
- Palliative care options in patients with terminal conditions in orthopedic medicine
- Psychosocial aspects of pain management and patient care
- Robotics and virtual reality in orthopedic rehabilitation
- Neuromuscular electrical stimulation (NMES) and functional electrical stimulation (FES)
- The role of exoskeletons in post-operative rehabilitation and recovery
- Tele-rehabilitation and its impact on patient outcomes
- Integration of smart wearables and monitoring systems in rehabilitation
- Recent developments in materials used in orthopedic implants
- Biocompatibility and mechanical properties of new implant materials
- Custom implants and 3D-printed prosthetics in orthopedic surgery
- Nanotechnology in orthopedic implants: coatings, drug delivery, and tissue engineering
- The future of smart implants in orthopedic surgery with real-time monitoring
- Advanced techniques in the management of neuromuscular disorders, such as muscular dystrophy and ALS
- Surgical techniques in the management of scoliosis and deformities in neuromuscular patients
- Orthopedic techniques in the management of cerebral palsy and other developmental disorders
- Working with neurologists and rehabilitation specialists to ensure the best outcome in the management of neuromuscular patients
- Advanced techniques in the use of braces, orthotics, and assistive devices in the management of neuromuscular disorders
Expert Faculty
Taught exclusively by qualified specialists — each a leader in their clinical subspecialty.