Bengaluru's Centre of Excellence
Dr. Chetan M. Dojode
MBBS · MS Orth · MRCS (UK) · MCh Orth (UK) · FRCS (Tr & Orth) UK · FEBOT (Europe)
Joint Replacement | Sports Orthopaedics | Arthroscopy | Joint Preservation
UK-trained FRCS Orthopaedic Surgeon with 21+ years of experience and 11+ years NHS UK practice — bringing international expertise and robotic precision to Bengaluru.
About OrthoSportsRobotics
OrthoSportsRobotics brings together UK-trained surgical expertise, robotic precision technology, and evidence-based orthopaedic medicine — delivered in Bengaluru with international standards of care.
MAKO and Smith & Nephew robotic-assisted knee and hip replacement with CT-based pre-operative planning and sub-millimetre surgical precision.
ACL, PCL, meniscus, cartilage, rotator cuff, shoulder instability — evidence-based treatment and return-to-sport programmes for athletes at every level.
High-volume keyhole surgery of the knee and shoulder — meniscal repair, ligament reconstruction, cartilage procedures — with accelerated recovery.
PRP, orthobiologics, osteotomy, cartilage restoration — extending the life of your natural joint before replacement is considered.
Rotator cuff repair, Bankart repair, Latarjet procedure, SLAP repair, frozen shoulder capsular release — full arthroscopic and open shoulder surgery.
ATLS-certified fracture care — pelvic, acetabular, periarticular, and periprosthetic fractures — backed by extensive NHS major trauma experience.
Why Choose Dr. Chetan M. Dojode
Twelve reasons patients choose Dr. Chetan M. Dojode over other orthopaedic surgeons in Bengaluru.
The Fellowship of the Royal College of Surgeons — the definitive UK consultant orthopaedic qualification, requiring extensive training and rigorous examination.
Over a decade of clinical practice across NHS major trauma centres, specialist orthopaedic units, and district general hospitals in the United Kingdom.
Fellow of the European Board of Orthopaedic Surgery and Traumatology — a rare dual UK and European specialist qualification.
Registered on the UK General Medical Council Specialist Register via CESR — the highest form of specialist recognition in British medicine.
Certified in MAKO SmartRobotics (Stryker) and Smith & Nephew robotic systems — bringing the most advanced joint replacement technology to Bengaluru.
Contributor to a multicentre randomised controlled trial published in The Lancet — one of the world's highest-impact medical journals.
Sub-specialty fellowships in Arthroplasty & Revision Surgery and in Shoulder & Knee Surgery — advanced training beyond standard orthopaedic qualification.
Experience treating competitive and elite athletes including Sports Authority of India athletes — with sport-specific rehabilitation and return-to-play protocols.
A genuine commitment to joint preservation — non-surgical and biological options are always explored before surgery is recommended.
International Training Journey
Two decades of progressive training across India and the United Kingdom, culminating in the highest level of orthopaedic specialist recognition.
MBBS — Mysore Medical College. MS (Orthopaedics) — JNMC. Establishing the clinical foundation of orthopaedic surgery.
Member of the Royal College of Surgeons (MRCS). MCh (Trauma & Orthopaedics, UK). Entering the NHS as a specialist surgeon.
Extensive NHS experience across major trauma centres, specialist orthopaedic units, and district general hospitals — high-volume surgical practice in the UK system.
Fellowship in Arthroplasty & Revision Surgery. Fellowship in Shoulder & Knee Surgery. Advanced sub-specialty expertise beyond standard training.
FRCS (Trauma & Orthopaedics) — the highest orthopaedic surgical qualification in the UK. Awarded after comprehensive clinical and oral examinations.
FEBOT (European Board of Orthopaedics). GMC Specialist Register via CESR. Dual UK and European specialist qualification — recognised internationally.
MAKO robotic surgery certification. Bringing UK-trained expertise and robotic precision to Bengaluru through OrthoSportsRobotics.
Centres of Excellence
MAKO robotic knee and hip replacement with CT-based 3D planning and sub-millimetre precision implant positioning.
Learn More →ACL reconstruction, meniscal repair, cartilage restoration, shoulder stabilisation — return-to-sport programmes for all athletes.
Learn More →Keyhole surgery of the knee and shoulder — precise, minimally invasive, with rapid recovery and minimal scarring.
Learn More →PRP, orthobiologics, osteotomy, cartilage restoration — extending natural joint life, delaying or avoiding replacement.
Learn More →Rotator cuff repair, instability, Bankart repair, SLAP repair, frozen shoulder — complete arthroscopic shoulder care.
Learn More →Robotic total and partial knee replacement, ACL reconstruction, meniscal procedures — the full spectrum of knee surgery.
Learn More →Robotic total hip replacement with precise cup positioning, minimising dislocation risk and optimising leg length restoration.
Learn More →ATLS-certified fracture care including pelvic, acetabular, and complex periarticular injuries — backed by NHS major trauma experience.
Learn More →Robotic Surgery Programme
Robotic-assisted joint replacement begins before you enter the operating theatre. A CT scan creates a precise 3D digital model of your joint. Every implant is planned virtually — position, size, orientation — then executed with robotic guidance during surgery.
Implant positioning to within sub-millimetre accuracy — matched to your unique anatomy.
CT-based 3D pre-operative plan tailored to each patient before a single incision is made.
Better alignment means less pain, faster rehabilitation, and more natural joint feel.
Optimal positioning is the single most important factor influencing 15–20 year implant survival.
The world's most widely studied robotic platform — CT-based pre-operative planning, real-time 3D guidance, tactile feedback control.
Advanced robotic system enabling precise, reproducible implant positioning for knee and hip replacement with rapid surgical workflow.
Pre-operative imaging for 3D planning
Implant size, position and orientation
Real-time guided execution
Walk day 0–1, home day 2–3
Sports Orthopaedics Programme
From recreational athletes to elite competitors, Dr. Chetan M. Dojode provides comprehensive sports injury diagnosis, treatment, and return-to-sport programmes. He has treated Sports Authority of India athletes at the highest level.
Anatomic ACL reconstruction using hamstring or patellar tendon grafts. Arthroscopic technique with return to sport at 9–12 months following structured rehabilitation.
Meniscal preservation is always the priority. Repair is preferred over removal — protecting the knee from accelerated arthritis and preserving long-term function.
Microfracture, mosaicplasty, AMIC and biological cartilage restoration — regenerating articular surface to protect joint longevity in younger active patients.
Conservative rehabilitation or arthroscopic PCL reconstruction — tailored to injury grade and functional demands of each patient's sport and activity level.
MPFL reconstruction and tibial tubercle osteotomy restore patellar tracking — preventing recurrent dislocations and protecting articular cartilage.
Bankart repair and Latarjet procedure for first-time and recurrent shoulder dislocations — restoring stability without compromising range of motion in athletes.
Core Clinical Philosophy
Not every painful joint requires replacement. This principle guides every consultation at OrthoSportsRobotics.
Arthroscopy Centre
Arthroscopy is keyhole surgery through tiny incisions using a fine camera and specialised instruments. It offers the precision of open surgery with dramatically reduced recovery times, less pain, and minimal scarring.
Dr. Chetan M. Dojode performs high-volume arthroscopic surgery of the knee and shoulder — technique refined over a decade of NHS surgical practice.
Joint Preservation Centre
Using biological, regenerative, and surgical techniques to delay or avoid replacement wherever clinically possible.
Platelet-Rich Plasma from your own blood — injected to reduce inflammation and stimulate healing. Evidence-based for early knee and shoulder arthritis, tendinopathies and cartilage conditions.
Bone marrow aspirate concentrate (BMAC), hyaluronic acid viscosupplementation, and growth factor injections — regenerative medicine to slow joint degeneration.
Microfracture, mosaicplasty, and MACI — restoring articular surface and reducing arthritis risk in younger, active patients with focal cartilage defects.
High tibial osteotomy (HTO) realigns the mechanical axis to redistribute load away from damaged knee compartments — delaying replacement by 10+ years in appropriate patients.
The meniscus is a critical shock absorber. Repair is always preferred over removal — protecting the joint and significantly reducing long-term arthritis risk.
Physiotherapy optimisation, targeted injections, weight management and activity modification — structured non-operative programme for early osteoarthritis.
Shoulder Centre
The shoulder is the most mobile and complex joint in the body. Dr. Chetan M. Dojode offers the full spectrum of shoulder surgery — from arthroscopic repair to complex reconstruction.
Arthroscopic repair of partial and full-thickness tears with optimised suture anchor technique and evidence-based rehabilitation to restore full shoulder function.
Bankart repair and capsular plication for recurrent dislocations. Latarjet procedure for significant bone loss — restoring stability for athletes and active patients.
Arthroscopic capsular release when conservative management fails — rapidly restoring range of motion with minimal downtime.
Arthroscopic SLAP repair or biceps tenodesis — tailored to patient age, activity, and tear pattern. Common in overhead athletes and throwing sports.
Acromioclavicular joint separation and arthritis managed through conservative care or arthroscopic anatomical ligament reconstruction.
High-performance return-to-sport pathway for athletes — surgery planned around season demands and career goals.
Trauma Centre
Dr. Chetan M. Dojode's NHS career included extensive major trauma centre experience — managing the full spectrum of orthopaedic trauma from simple fractures to complex pelvic and acetabular injuries. He holds ATLS certification.
Advanced Trauma Life Support — the gold standard in trauma resuscitation and emergency management.
11+ years managing complex pelvic, acetabular, and polytrauma cases across NHS major trauma centres.
About Dr. Chetan M. Dojode
Dr. Chetan M. Dojode is a UK-trained Consultant Orthopaedic Surgeon with over 20 years of orthopaedic experience and more than 11 years of NHS clinical practice in the United Kingdom. He holds the FRCS (Trauma & Orthopaedics) from the Royal College of Surgeons of England, the FEBOT from the European Board, and is on the GMC Specialist Register via CESR.
After completing his MBBS at Mysore Medical College and MS (Orthopaedics) at JNMC, Dr. Chetan pursued advanced surgical training in the UK — obtaining the MRCS, MCh (Trauma & Orthopaedics, UK), and FRCS (Trauma & Orthopaedics). He completed sub-specialty fellowships in Arthroplasty & Revision Surgery and in Shoulder & Knee Surgery.
During his 11+ years in the NHS, Dr. Chetan worked across major trauma centres, specialist orthopaedic units, and district general hospitals. He is MAKO robotic surgery certified (Stryker) and Smith & Nephew robotic certified — bringing the precision of image-guided robotic arthroplasty to Bengaluru.
He has contributed to peer-reviewed research published in The Lancet, BMJ journals, Bone & Joint Research, the Journal of ISAKOS, and The Foot. He has authored a book chapter, served as FRCS faculty trainer, and has experience treating Sports Authority of India athletes.
Research & Academic Profile
Dr. Chetan M. Dojode's clinical practice is informed by active engagement with international peer-reviewed research — including a landmark multicentre trial published in The Lancet.
Contributor to a multicentre randomised controlled trial — one of the world's highest-impact medical journals. Demonstrates engagement with the highest level of clinical evidence generation.
Peer-reviewed research in the BMJ group covering orthopaedic surgery outcomes and evidence-based clinical management.
Research in the British Orthopaedic Association's international peer-reviewed journal for surgical outcomes.
Publication in the International Society of Arthroscopy, Knee Surgery and Orthopaedic Sports Medicine — reflecting subspecialty expertise.
Research in The Foot journal demonstrating broad orthopaedic subspecialty interest and expertise.
Peer-reviewed book chapter contributing to orthopaedic surgical education — reflecting academic seniority and specialist expertise.
Faculty member for FRCS (Trauma & Orthopaedics) candidate training — surgical education at the highest level.
National and international conference presentations including BOA and international orthopaedic meetings.
Peer reviewer for international orthopaedic journals — ensuring quality and rigour of published research.
Former assessor of medical students and junior doctors — committed to training the next generation of surgeons.
Patient Success Stories
"After years of knee pain, Dr. Chetan M. Dojode's thorough consultation was the first time a surgeon explained all my options — including those that didn't involve surgery. The robotic replacement was precise and my recovery has been remarkable. Back to walking normally in 6 weeks.
"I tore my ACL playing club cricket. Dr. Chetan's experience with athletes made a real difference — he understood my goal to return to competitive sport and designed my rehabilitation accordingly. Back playing competitively at 10 months.
"Two other surgeons told me I needed hip replacement immediately. Dr. Chetan assessed my case carefully and recommended a structured PRP and physiotherapy programme first. One year later, no surgery needed. His 'preserve before replace' approach is genuine.
"Shoulder arthroscopy for a rotator cuff tear. Dr. Chetan explained the procedure clearly, performed keyhole surgery, and I was home the same evening. The rehabilitation programme was detailed and I have full shoulder function restored at 5 months.
Patient Education Hub
Evidence-based guides to common orthopaedic conditions — written in plain language to help you prepare for your consultation.
Progressive wearing down of articular cartilage in the knee — the smooth surface covering bone ends. As cartilage thins, bone rubs on bone causing pain, stiffness, and reduced function. The most common joint condition in adults over 50.
Staged: physiotherapy and weight management first, then PRP or hyaluronic acid injections, then osteotomy or — when advanced — robotic joint replacement. Surgery is recommended only when non-operative options are exhausted.
If knee pain is affecting daily activities, disturbing sleep, or not responding to physiotherapy after 6 weeks — a specialist consultation is warranted. Early assessment prevents delayed treatment.
The ACL stabilises the knee during pivoting and landing. Tears typically occur in football, basketball, badminton, and cricket. The ACL does not heal spontaneously — reconstruction is required for active patients wishing to return to sport.
Arthroscopic ACL reconstruction using hamstring or patellar tendon graft. Anatomic technique optimised for rotational stability. Return to sport at 9–12 months following structured rehabilitation programme.
Return to competitive sport at 9–12 months. Criteria-based — not time-based: quadriceps strength symmetry, functional performance tests, and psychological readiness all assessed before clearance.
A CT scan creates a 3D digital model of your joint. Your surgeon plans the exact implant position virtually before surgery. During the operation, a robotic arm assists execution of that plan with sub-millimetre accuracy.
Published evidence shows robotic-assisted replacement achieves more accurate positioning, better leg length restoration, improved soft tissue balance, and improved patient-reported outcomes versus conventional surgery.
Most patients walk the same day or next day. Hospital stay 2–3 days. Driving at 4–6 weeks. Normal daily activities at 6–8 weeks. Full benefit at 3–6 months.
Most patients requiring primary knee or hip replacement are suitable. Dr. Chetan M. Dojode assesses each patient individually — complex anatomy can often still be managed with robotic assistance.
Frequently Asked Questions
Dr. Chetan M. Dojode is a UK-trained Consultant Orthopaedic Surgeon in Bengaluru, India. He holds FRCS (Trauma & Orthopaedics) UK, FEBOT, MCh (UK), MRCS (UK), and is on the GMC Specialist Register with 11+ years NHS experience. He is MAKO robotic surgery certified and practises at Sparsh Hospital, Yelahanka and OrthoSportsMed Clinic, Sahakar Nagar.
MBBS (Mysore Medical College), MS Orthopaedics (JNMC), MRCS (UK), MCh Trauma & Orthopaedics (UK), FRCS Trauma & Orthopaedics (UK), FEBOT (European Board), CESR Specialist Registration on the GMC Specialist Register, Fellowship in Arthroplasty & Revision Surgery, Fellowship in Shoulder & Knee Surgery.
Yes. Dr. Chetan M. Dojode is registered on the GMC Specialist Register in Trauma & Orthopaedics via the CESR pathway — the highest specialist recognition in the UK, equivalent to completion of a full UK specialist training programme.
Yes. Dr. Chetan M. Dojode holds the FRCS (Trauma & Orthopaedics) from the Royal College of Surgeons of England — the definitive UK consultant orthopaedic qualification, requiring comprehensive clinical and oral examinations.
Robotic knee replacement uses CT-based 3D pre-operative planning and intra-operative robotic guidance to position implants with sub-millimetre accuracy tailored to each patient's anatomy — achieving better alignment, more natural knee feel, and improved long-term outcomes.
Patients with advanced knee osteoarthritis causing significant pain and functional limitation that has not responded to non-surgical treatment. Dr. Chetan M. Dojode assesses each patient individually before recommending robotic replacement.
Yes. Robotic total hip replacement using MAKO technology enables precise acetabular cup positioning and femoral stem placement — reducing dislocation risk and optimising leg length restoration.
Modern knee implants, particularly when positioned with robotic precision, have over 90–95% survivorship at 15–20 years in published series. Optimal alignment — which robotic surgery consistently achieves — is the single most important factor in long-term implant durability.
Most patients walk the same day or next day. Hospital stay 2–3 days. Driving at 4–6 weeks. Return to light activities at 6–8 weeks. Full recovery and maximum function at 3–6 months.
Return to competitive sport after ACL reconstruction typically takes 9–12 months. This is criteria-based — quadriceps strength symmetry, functional performance tests, and psychological readiness — not an arbitrary timeline. Premature return significantly increases re-injury risk.
Partial ACL tears in sedentary individuals with a stable knee examination may be managed conservatively. However, complete ACL tears in active patients wishing to return to pivoting sports almost always require surgical reconstruction to restore stability and prevent secondary damage.
Yes. Dr. Chetan M. Dojode has experience treating competitive athletes including Sports Authority of India athletes — providing sport-specific rehabilitation and return-to-play protocols.
Some partial tears in the outer vascular zone can heal with physiotherapy and activity modification. Full-thickness tears causing locking or instability, and tears in the inner avascular zone, generally require arthroscopic treatment. Where repair is possible, it is always preferred over removal.
Almost always, yes. The meniscus provides critical shock absorption and load distribution. Meniscal removal accelerates arthritis significantly. At OrthoSportsRobotics, preservation and repair is always the first goal.
Arthroscopy is keyhole surgery performed through tiny incisions using a camera and specialised instruments. It offers the precision of open surgery with dramatically reduced recovery, less pain, and minimal scarring. Dr. Chetan M. Dojode performs high-volume arthroscopic surgery of the knee and shoulder.
PRP (Platelet-Rich Plasma) involves concentrating growth factors from your own blood and injecting them into the affected joint. Evidence supports PRP for mild to moderate knee osteoarthritis, reducing pain and inflammation. Results typically last 6–12 months.
Yes. Dr. Chetan M. Dojode performs the full range of shoulder surgery — arthroscopic rotator cuff repair, Bankart repair, Latarjet procedure, SLAP repair, subacromial decompression, biceps tenodesis, and capsular release for frozen shoulder.
OrthoSportsRobotics uniquely combines FRCS/FEBOT/GMC-registered UK-trained surgical expertise, MAKO robotic technology, Lancet-level research credentials, a genuine preserve-before-replace philosophy, and personalised care — delivered in Bengaluru, India.
Patient Journey
45–60 minute comprehensive assessment. History, imaging, and goals reviewed. All treatment options — non-surgical and surgical — discussed thoroughly.
X-rays, MRI or CT as indicated. For robotic surgery: CT-based 3D planning tailors the procedure to your exact anatomy before you enter theatre.
Anaesthetic assessment, medical optimisation, physiotherapy prehabilitation — so you arrive for surgery in the best possible condition.
Precision surgery with robotic assistance where indicated — using enhanced recovery protocols to minimise hospital stay and accelerate rehabilitation.
Structured physiotherapy tailored to your procedure and goals — with regular follow-up appointments to monitor progress.
Cleared for driving, sport, and full activity based on objective functional criteria — long-term follow-up ensures the best outcome.
Clinic Locations & Appointments
Dr. Chetan M. Dojode practises at two locations in Bengaluru. Contact us to book your appointment.