Fellowship in Musculoskeletal Pain Management with MSK Ultrasound, Sonoanatomy, Pain Procedures & Simulation-Based Learning
10th Batch: 7th July – 7th October 2026
Duration: 3 Months | 1 Module per Week | Fully Online | Optional Hands-on Workshop
Musculoskeletal pain is one of the most common reasons patients visit pain physicians, orthopedicians, anesthesiologists, rheumatologists, physiatrists and sports medicine specialists. Accurate diagnosis and safe intervention now demand a strong understanding of MSK ultrasound, sonoanatomy, peripheral nerves, joints, tendons, ligaments, bursae and ultrasound-guided pain procedures.
The GE-DARADIA Online Fellowship in MSK Ultrasound in Pain Medicine is a structured online fellowship designed for doctors who want to develop confidence in musculoskeletal ultrasound evaluation and ultrasound-guided interventional pain management.
This course combines live online teaching, expert-led demonstrations, MSK ultrasound simulation, AI-supported learning, virtual patient cases and optional hands-on training to help physicians understand anatomy, pathology and interventions in a clinically practical way.
Why This Is Not Just Another MSK Ultrasound Course
Many doctors watch MSK ultrasound videos but still feel uncertain when the probe is in their own hand. The problem is usually not lack of information. The real problem is lack of structured sonoanatomy, probe orientation, clinical correlation and repeated visual practice.
The GE-DARADIA Online Fellowship in MSK Ultrasound in Pain Medicine is designed to solve this exact gap. It teaches MSK ultrasound as a clinical pain practice skill — not merely as image recognition.
Participants learn anatomy, pathology, pain generators, scanning logic, needle planning and interventional relevance through a structured 12-module format supported by simulator-based learning, live demonstrations and AI-assisted academic support.
Why This MSK Ultrasound Fellowship Is Different
This fellowship is not only a lecture-based online course. It is designed as a complete learning ecosystem for physicians who want to apply MSK ultrasound in real clinical practice.
Key Features
- In association with GE Healthcare
- Structured 3-month online fellowship
- One module every week
- MSK ultrasound simulator-based learning
- Live demonstrations of ultrasound-guided pain procedures
- Virtual Clinic with AI-powered simulated patient journey
- Virtual Mentor for academic, clinical and research support
- Focus on sonoanatomy, pathology and interventions
- Optional hands-on workshop for practical reinforcement
- Designed for busy doctors who need flexible learning
- Course directed by Dr. Gautam Das, MD, FIPP
- Other Faculty: Dr Shirish P Amatya MD, FIPP, CIPS; Dr A H Milton EDPM, FIPP, CIPS; Dr Smruti R Hota MD, EDPM, FIPP, CIPS; Dr Sushpa Das MD, FIPP, CIPS, FIAPM; Dr Hari Poudel MD, FIPP
Who Should Join This Fellowship?
This online MSK ultrasound fellowship is suitable for:
- Pain physicians
- Anesthesiologists
- Orthopedic surgeons
- Physical medicine and rehabilitation physicians
- Rheumatologists
- Sports medicine physicians
- Interventional pain fellows
- Doctors starting or expanding a pain clinic
- International physicians looking for structured online MSK ultrasound training
This course is especially useful for doctors who want to understand how to scan, identify sonoanatomy, diagnose common musculoskeletal pain generators and perform ultrasound-guided procedures safely.
Who This Fellowship Is Not For
This fellowship is not designed for doctors looking for a superficial certificate without serious learning.
It is not for participants who want only passive recorded videos without clinical discussion, anatomy correlation or structured revision.
It is also not a substitute for supervised hands-on training. Independent procedural competence requires repeated scanning, clinical judgment and supervised practice.
This fellowship is best suited for doctors who are serious about understanding MSK sonoanatomy, pain generators and ultrasound-guided procedural planning in a systematic way.
What You Will Learn
By the end of this fellowship, participants should be able to:
- Understand the basics of diagnostic MSK ultrasound
- Identify muscles, tendons, ligaments, joints, nerves and bursae on ultrasound
- Recognize common MSK pathologies relevant to pain practice
- Correlate clinical pain patterns with sonoanatomy
- Learn ultrasound-guided approaches for common pain procedures
- Understand regenerative injectates used in MSK pain conditions
- Improve confidence in shoulder, elbow, wrist, hand, hip, knee, ankle, foot, head, neck and thoracic ultrasound anatomy
- Use simulation-based learning to repeat anatomy scanning and improve orientation
- Apply MSK ultrasound knowledge in outpatient pain practice
Course at a Glance
| Feature | Details |
|---|---|
| Course Name | GE-DARADIA Online Fellowship in MSK Ultrasound in Pain Medicine |
| Main Focus | MSK ultrasound, sonoanatomy, pathology and ultrasound-guided pain interventions |
| Batch | 10th Batch |
| Dates | 7th July – 7th October 2026 |
| Duration | 3 Months |
| Schedule | 1 Module per Week, every Tue at 6 PM (IST) |
| Mode | Fully Online |
| Practical Component | MSK ultrasound simulator + optional hands-on workshop |
| Course Director | Dr. Gautam Das, MD, FIPP |
| Suitable For | Pain physicians, anesthesiologists, orthopedicians, PM&R physicians, rheumatologists, sports medicine doctors and interested physicians |
| Certificate | Fellowship certificate in association with GE Healthcare and Daradia |
How This Fellowship Is Different from Ordinary MSK Ultrasound Courses
| Ordinary MSK Ultrasound Course | GE-DARADIA MSK Ultrasound Fellowship |
|---|---|
| Often focuses only on ultrasound images | Focuses on sonoanatomy, pain generators and interventions |
| Short workshop-based exposure | Structured 3-month online fellowship |
| Limited repetition after the session | Simulator-supported repeated learning |
| Anatomy and procedures may be taught separately | Anatomy is integrated with clinical pain practice |
| Procedure may be shown without full clinical context | Procedure is linked with diagnosis, pathology and target selection |
| Mostly passive learning | Live teaching, demonstrations, virtual clinic and AI mentor support |
| General MSK ultrasound focus | MSK ultrasound specifically for pain medicine practice |
Clinical Conditions You Will Understand Better
This fellowship helps doctors understand ultrasound anatomy, pain generators and procedural planning for common musculoskeletal pain conditions, including:
- Rotator cuff tendinopathy
- Frozen shoulder
- Biceps tendinopathy
- Tennis elbow
- Golfer’s elbow
- Carpal tunnel syndrome
- Trigger finger
- De Quervain’s disease
- Hip pain and greater trochanteric pain syndrome
- Knee osteoarthritis
- Pes anserine bursitis
- Baker’s cyst
- Ankle sprain
- Tarsal tunnel syndrome
- Plantar fasciitis
- Morton’s neuroma
- Occipital neuralgia
- Cervicogenic headache
- Intercostal neuralgia
Complete Course Modules
Module 1: Ultrasound Basics, Tissue Characterization & Injectates in MSK Pain
This module builds the foundation for MSK ultrasound practice.
Topics Covered
- Basic principles of ultrasound imaging
- Probe selection for MSK ultrasound
- Linear and curvilinear probe orientation
- Depth, gain, focus and frequency optimization
- Short-axis and long-axis scanning
- Anisotropy and its importance in tendon and nerve imaging
- Dynamic ultrasound examination
- Doppler use in MSK pathology
- Identification of muscles, tendons, ligaments, nerves, vessels and bones
- Tissue characterization in MSK ultrasound
- Recognizing normal vs abnormal sonoappearance
- Basics of needle visualization
- In-plane and out-of-plane approach
- Sterility and safety in ultrasound-guided procedures
- Common injectates used in MSK pain practice
- Local anesthetics, steroids, PRP, dextrose, ozone and regenerative injectates
- Basic mechanism of injectates in musculoskeletal pathologies
Module 2: Shoulder Anatomy, Sonoanatomy, Pathology & Interventions
The shoulder is one of the most important joints for MSK ultrasound and pain interventions.
Topics Covered
- Shoulder scanning protocol
- Supraspinatus tendon
- Infraspinatus tendon
- Subscapularis tendon
- Teres minor region
- Rotator cuff interval
- Long head of biceps tendon
- Short head of biceps region
- Bicipital groove evaluation
- Subacromial-subdeltoid bursa
- Acromioclavicular joint
- Glenohumeral joint
- Anterior glenohumeral joint assessment
- Posterior glenohumeral joint assessment
- Labral region overview
- Ligaments around the shoulder
- Different shoulder impingement patterns
- Rotator cuff tendinopathy and tear evaluation
- Frozen shoulder sonoanatomy correlation
- Suprascapular nerve block
- Axillary nerve block
- Lateral pectoral nerve block
- Ultrasound-guided shoulder joint interventions
Module 3: Elbow Anatomy, Sonoanatomy, Pathology & Interventions
This module covers the elbow from anterior, medial, lateral and posterior compartments.
Anterior Elbow
- Brachialis muscle
- Distal biceps tendon
- Dynamic examination of distal biceps
- Brachial artery
- Median nerve
- Anterior joint recess
- Coronoid fossa
- Radial fossa
- Coronoid process
Medial Elbow
- Common flexor tendon
- Medial collateral ligament
- Ulnar collateral ligament complex
- Cubital tunnel
- Ulnar nerve examination
- Ulnar nerve subluxation assessment
- Sublimus tubercle
Lateral Elbow
- Common extensor tendon
- Tennis elbow evaluation
- Lateral collateral ligament complex
- Annular ligament
- Supinator muscle
- Deep branch of radial nerve
- Superficial branch of radial nerve
- Brachioradialis muscle
- Radial tunnel region
Posterior Elbow
- Triceps tendon
- Olecranon process
- Subcutaneous olecranon bursa
- Posterior joint recess
- Olecranon fossa
Interventional Focus
- Ultrasound-guided injections for lateral epicondylalgia
- Medial epicondyle-related interventions
- Cubital tunnel hydrodissection concepts
- Elbow joint and bursal injections
Module 4: Wrist Anatomy, Sonoanatomy, Pathology & Interventions
This module focuses on wrist compartments, carpal tunnel, Guyon’s canal and ligamentous anatomy.
Dorsal Wrist
- Lister’s tubercle
- Dorsal extensor compartments I–VI
- Radiocarpal joint
- Midcarpal joint
- Carpometacarpal joint
- Dorsal wrist tendons
- Tenosynovitis patterns
Carpal Bones & Ligaments
- Carpal bone identification in palmar and dorsal views
- Extrinsic wrist ligaments
- Intrinsic wrist ligaments
- Palmar and dorsal ligament assessment
TFCC Region
- Articular disc
- Meniscus homologue
- Ulnar collateral ligament region
- Dorsal radioulnar ligament
- Volar radioulnar ligament
- Ulnar-sided wrist pain correlation
Carpal Tunnel
- Proximal and distal carpal tunnel
- Median nerve
- Flexor tendons
- Flexor retinaculum
- Carpal tunnel syndrome ultrasound findings
- Median nerve hydrodissection principles
Guyon’s Canal
- Ulnar artery
- Ulnar nerve
- Proximal and distal Guyon’s canal
- Ulnar nerve entrapment sonoanatomy
Flexor Tendons
- FCR
- FCU
- Palmaris longus
- FDS
- FDP
- FPL
Module 5: Hand Anatomy, Sonoanatomy, Pathology & Interventions
This module covers common hand pain conditions and ultrasound-guided approaches.
Topics Covered
- Phalangeal bones
- MCP, PIP and DIP joints
- Thenar muscles
- Hypothenar muscles
- Flexor tendon sheath
- Extensor tendons
- A1 pulley
- Trigger finger ultrasound findings
- Digital nerves
- Digital vessels
- Small joint effusion and synovitis
- Ganglion cyst evaluation
- De Quervain’s disease overview
- Ultrasound-guided trigger finger injection
- Tendon sheath injection principles
- Small joint injections of hand
Module 6: Hip Anatomy, Sonoanatomy, Pathology & Interventions
The hip module includes anterior, medial, lateral and posterior hip pain generators.
Anterior & Medial Hip
- Hip capsule
- Femoral head-neck junction orientation
- Psoas tendon
- Iliacus tendon
- Iliopsoas bursa
- Femoral nerve
- Genitofemoral nerve
- Lateral femoral cutaneous nerve
- Obturator nerve
- PENG block sonoanatomy
- Adductor tendinitis
- Anterior hip joint injection approach
Lateral Hip
- Gluteus medius tendon
- Gluteus minimus tendon
- Greater trochanter
- Trochanteric bursae
- Gluteal tendinopathy
- Greater trochanteric pain syndrome
- Lateral hip pain interventions
Posterior Hip
- Sciatic nerve
- Piriformis muscle
- Deep gluteal space
- Pudendal nerve region
- Ischiogluteal bursa
- Piriformis injection
- Sciatic nerve block concepts
- Pudendal nerve block concepts
Module 7: Knee Anatomy, Sonoanatomy, Pathology & Interventions
This module covers the knee in anterior, medial, lateral, posterior and adductor canal regions.
Anterior Knee
- Rectus femoris
- Vastus intermedius
- Vastus lateralis
- Vastus medialis
- Quadriceps tendon
- Suprapatellar recess
- Suprapatellar fat pad
- Prefemoral fat pad
- Distal femur
- Medial and lateral joint recess
- Patellar tendon
- Infrapatellar fat pad
- Prepatellar bursa
- Superficial and deep infrapatellar bursa
- ACL in long and short axis
Medial Knee
- Superficial and deep medial collateral ligament
- Medial joint space
- Medial meniscus
- Pes anserine bursa
- Genicular artery
- Medial patellar retinaculum
- Patellofemoral ligament
Adductor Canal
- Saphenous nerve
- Nerve to vastus medialis
- Subsartorial plexus
- Adductor canal block concepts
Lateral Knee
- Biceps femoris
- Iliotibial band
- Lateral collateral ligament
- Lateral joint space
- Lateral meniscus
- Common peroneal nerve region
Posterior Knee
- Semimembranosus
- Semitendinosus
- Medial and lateral gastrocnemius
- Popliteal vessels
- Sciatic nerve
- PCL
- Ligament of Humphrey
- Ligament of Wrisberg
- Posterior joint space
- Common peroneal nerve
- Lateral sural cutaneous nerve
- Baker’s cyst evaluation
Interventional Focus
- Knee joint injections
- Genicular nerve blocks
- Pes anserine bursa injection
- Baker’s cyst aspiration principles
- Regenerative injections around knee pain generators
Module 8: Ankle Anatomy, Sonoanatomy, Pathology & Interventions
This module covers ankle scanning from anterior, medial, lateral and posterior windows.
Anterior Ankle
- Tibialis anterior
- Extensor hallucis longus
- Extensor digitorum longus
- Deep peroneal nerve
- Anterior tibial artery
- Anterior joint recess
- Great saphenous vein
- Saphenous nerve
- Superior extensor retinaculum
- Inferior extensor retinaculum
Medial Ankle
- Tibialis posterior
- Flexor hallucis longus
- Flexor digitorum longus
- Tibial nerve
- Posterior tibial artery
- Flexor retinaculum
- Tarsal tunnel anatomy
- Deltoid ligament
- Spring ligament
Lateral Ankle
- Peroneus longus
- Peroneus brevis
- Superficial peroneal nerve
- Calcaneofibular ligament
- Anterior inferior tibiofibular ligament
- Anterior talofibular ligament
- Lateral ankle sprain evaluation
Posterior Ankle
- Achilles tendon
- Retrocalcaneal bursa
- Subtalar joint
- Soleus
- Gastrocnemius
- Sural nerve
- Posterior ankle impingement overview
Interventional Focus
- Ankle joint injection
- Tarsal tunnel injection and hydrodissection concept
- Peroneal tendon sheath injection
- Achilles peritendinous injection principles
- Retrocalcaneal bursa injection
Module 9: Foot Anatomy, Sonoanatomy, Pathology & Interventions
This module expands the ultrasound evaluation of the foot, plantar fascia, forefoot, toes and common entrapment/pain conditions.
Topics Covered
- Plantar fascia anatomy
- Plantar fasciitis ultrasound findings
- Calcaneal attachment of plantar fascia
- Heel fat pad evaluation
- Medial and lateral plantar nerves
- Baxter’s nerve region
- Tarsal tunnel continuation into the foot
- Metatarsophalangeal joints
- Intermetatarsal spaces
- Morton’s neuroma evaluation
- Interdigital nerves
- Flexor hallucis longus tendon
- Flexor digitorum tendons
- Extensor tendons of the foot
- Sesamoid bones of great toe
- Intersesamoid ligament region
- First MTP joint pain
- Bursitis around the forefoot
- Small joint synovitis
- Ganglion cysts of foot
- Ultrasound-guided plantar fascia injection
- Morton’s neuroma injection
- Small joint injections of foot
- Tendon sheath injections around foot and toes
Module 10: Nerves of the Head: Sonoanatomy, Pathology & Interventions
This module covers superficial and deep craniofacial nerves relevant to headache and facial pain practice.
Topics Covered
- Supraorbital nerve
- Supratrochlear nerve region
- Infraorbital nerve
- Mental nerve
- Maxillary nerve
- Mandibular nerve
- Auriculotemporal nerve
- Facial pain sonoanatomy
- Trigeminal branch-related pain patterns
- Ultrasound-guided nerve blocks for facial pain
- Safety considerations in head and face injections
Additional Topics Covered
- Superior Hypogastric Plexus
- Celiac Plexus block
- Lumbar sympathetic block
Module 11: Neck Anatomy, Sonoanatomy, Pathology & Interventions
This module focuses on cervical nerves, posterior neck, cervical plexus and sympathetic blocks.
Topics Covered
- Greater occipital nerve
- Third occipital nerve
- Lesser occipital nerve
- Greater auricular nerve
- Cervical nerve roots
- Cervical medial branches
- Cervical plexus
- Stellate ganglion sonoanatomy
- Anterior neck muscles
- Posterior neck muscles
- Cervical spine sonoanatomy
- Occipital neuralgia interventions
- Cervicogenic headache-related blocks
- Cervical root block concepts
- Cervical medial branch block concepts
- Stellate ganglion block concepts
- Safety in cervical ultrasound-guided interventions
Module 12: Thorax Anatomy, Sonoanatomy & Interventions
This module covers thoracic wall, paraspinal region, intercostal anatomy and selected trunk nerves.
Topics Covered
- Dorsal scapular nerve
- Spinal accessory nerve
- Thoracic spine sonoanatomy
- Thoracic paraspinal muscles
- Intercostal muscles
- Intercostal artery
- Intercostal nerves
- Erector spinae muscle
- Erector spinae plane block concepts
- Thoracic facet region overview
- Rib and pleural sonoanatomy
- Ilioinguinal nerve
- Iliohypogastric nerve
- Anterior cutaneous nerves
- Truncal nerve blocks relevant to pain practice
- Safety considerations near pleura and vascular structures
Before and After This Fellowship
| Before the Fellowship | After the Fellowship |
|---|---|
| You may recognize some ultrasound images but feel unsure during scanning. | You understand MSK ultrasound region by region with better anatomical orientation. |
| You may know anatomy but struggle to convert it into sonoanatomy. | You begin correlating anatomy, sonoanatomy and clinical pain generators. |
| You may perform injections but want better target confidence. | You understand the logic of ultrasound-guided procedural planning. |
| You may depend mainly on blind or landmark-based approaches. | You gain a stronger foundation for image-guided MSK pain practice. |
| You may find MSK ultrasound fragmented and difficult to organize. | You follow a structured 12-module system covering major joints, nerves and regions. |
Learning Methodology
1. Live Online Classes
Each module is delivered through structured online teaching with clinical correlation, ultrasound anatomy and pain intervention relevance.
2. MSK Ultrasound Simulator
The simulator helps participants repeatedly understand probe position, anatomy orientation and sonoanatomy without depending only on live scanning opportunities.
3. Live Demonstrations
Participants observe real-time demonstrations of ultrasound-guided procedures and interact with faculty for clinical problem solving.
4. AI-Powered Virtual Clinic
The Virtual Clinic provides simulated patient journeys, helping participants move from history-taking and examination to diagnosis and treatment planning.
5. Virtual Mentor
The AI-based Virtual Mentor supports learning, revision, clinical doubts, research questions and academic clarification.
6. Optional Hands-on Workshop
Participants who want additional practical exposure may attend an optional hands-on workshop to reinforce ultrasound scanning and interventional skills.
Why Doctors Choose Daradia for MSK Ultrasound Training
Daradia has been involved in pain medicine training since 2008 and has trained thousands of physicians through online and offline courses. The MSK ultrasound fellowship is designed around Daradia’s long experience in pain practice, education, interventional training and simulation-based learning.
Doctors choose this course because it is:
- Clinically practical
- Focused on pain medicine
- Suitable for busy physicians
- Online and repeatable
- Supported by simulation
- Structured module-wise
- Useful for OPD-based MSK pain practice
- Relevant for Indian and international doctors
- Built around sonoanatomy, pathology and interventions
International Relevance of This Fellowship
This course is suitable for doctors from India, Bangladesh, Nepal, Sri Lanka, Malaysia, Indonesia, Singapore, UAE, Saudi Arabia, UK, USA, Canada, Australia, South Africa and other countries who want structured online training in MSK ultrasound and pain medicine.
Because the program is online, doctors can learn without interrupting clinical practice. The simulator and recorded learning structure allow repeated revision, making it especially useful for physicians who do not have regular access to cadaveric labs or daily supervised ultrasound scanning.
What Makes This Fellowship Practical for Busy Doctors?
- One module per week: The schedule is suitable for doctors who are already busy with clinical practice.
- Online learning: Participants can attend from their own city or country.
- Simulator-supported revision: The simulator helps reinforce anatomy and probe orientation.
- Live demonstrations: Participants can observe how ultrasound-guided pain procedures are planned and performed.
- Region-wise structure: The course covers shoulder, elbow, wrist, hand, hip, knee, ankle, foot, head, neck and thorax systematically.
- Pain medicine focus: The teaching is linked to pain generators, pathology, interventions and clinical decision-making.
Registration Fee
| Registration Period | India, Bangladesh, Nepal, Sri Lanka | Other Countries |
|---|---|---|
| From 6th July 2026 | ₹36,800 | USD 785 |
Fee includes GST where applicable.
How to Register
Participants can register through the payment and registration buttons provided on this page.
For Participants from India, Nepal, Sri Lanka, and Bangladesh
Use the registration button marked:
Click Here to Pay & Register — For Participants from India, Nepal, Sri Lanka, & Bangladesh
For International Participants
Use the registration button marked:
Click Here to Pay & Register — For All Countries Except India, Nepal, Sri Lanka, & Bangladesh
Enrollment may be limited to maintain quality interaction during live sessions.
Terms and Conditions
Date change is possible if requested at least 1 week before the course or event and may be adjusted with the next online course batch. After that period, date change is not possible.
Cancellation is possible with a refund of 80% of the registration fee if requested within 1 week after the course starts.
No date change or cancellation is possible if the request is made within 7 days of the course or event.
Frequently Asked Questions
What is the GE-DARADIA Online Fellowship in MSK Ultrasound in Pain Medicine?
It is a structured 3-month online fellowship for doctors who want to learn musculoskeletal ultrasound, sonoanatomy, MSK pain diagnosis and ultrasound-guided interventional pain procedures.
Who can join this MSK ultrasound fellowship?
Pain physicians, anesthesiologists, orthopedicians, PM&R physicians, rheumatologists, sports medicine doctors and other interested medical practitioners can join this fellowship.
Is this course fully online?
Yes. The fellowship is delivered online with live classes, simulator-based learning, AI-supported tools and recorded/repeatable learning components. An optional hands-on workshop may be attended separately.
Does the course include MSK ultrasound simulator access?
Yes. The course includes MSK ultrasound simulator-based learning to help participants understand probe orientation, anatomy, sonoanatomy and scanning approaches.
What procedures are covered in the course?
The course covers ultrasound-guided approaches relevant to shoulder, elbow, wrist, hand, hip, knee, ankle, foot, head, neck and thoracic pain conditions. It includes nerve blocks, joint injections, tendon and bursal injections, hydrodissection concepts and regenerative procedure principles.
Is the course useful for doctors who are new to MSK ultrasound?
Yes. The course starts with ultrasound basics, tissue characterization and injectate principles before moving into region-wise sonoanatomy and interventions.
Is this course useful for experienced pain physicians?
Yes. Experienced physicians can use this fellowship to refine MSK sonoanatomy, improve procedural planning, revise uncommon pain generators and integrate ultrasound more confidently into interventional pain practice.
Will I learn regenerative therapy applications?
Yes. The course introduces the mechanism and use of common injectates in musculoskeletal pain practice, including regenerative therapy concepts relevant to MSK pain conditions.
Is there a certificate?
Yes. Participants completing the course receive a fellowship certificate in association with GE Healthcare and Daradia.
Is this suitable for international doctors?
Yes. The course is online and suitable for international doctors who want structured MSK ultrasound and pain medicine training without traveling for every module.
How often are classes conducted?
The course is structured as one module per week over 3 months.
How do I register?
Click the relevant payment and registration button on this page according to your country category. Indian, Nepalese and Bangladeshi participants should use the regional payment link, while other international participants should use the international registration link.
Final Call to Action
Join the 10th Batch of GE-DARADIA Online Fellowship in MSK Ultrasound in Pain Medicine
Develop confidence in MSK ultrasound, sonoanatomy and ultrasound-guided pain interventions through a structured 3-month online fellowship with simulator-based learning, expert faculty, AI-supported tools and optional hands-on training.
Batch Dates: 7th July – 7th October 2026
Mode: Fully Online
Duration: 3 Months
Registration is Open
Register Now and Start Your Journey in MSK Ultrasound-Guided Pain Medicine.
Trusted by Doctors from Multiple Countries
Daradia’s pain medicine and MSK ultrasound training programs have attracted doctors from India and several other countries. The online format makes this fellowship suitable for doctors who want structured MSK ultrasound education without interrupting their clinical practice.
Doctors from these regions commonly benefit from this course:
- India
- Nepal
- Bangladesh
- Sri Lanka
- Malaysia
- Indonesia
- Philippines
- UAE and Middle East
- Africa
- Europe
- Latin America
The fellowship is especially useful for doctors who do not have regular access to cadaveric labs, daily supervised MSK ultrasound scanning or frequent hands-on workshops.
What Doctors Say About Daradia’s MSK Ultrasound Training
Dr. Shaik Hala
India
“Thank you Dr. Gautam Das Sir and the Daradia faculty for creating this excellent online course on MSK ultrasound in pain medicine. The course helped me improve my knowledge and clinical skills in diagnosing musculoskeletal pain and performing ultrasound-guided pain interventions. It was very useful for applying these techniques effectively in clinical practice.”
Dr. NI GUSTI AYU PITRIA SEPTIANI
Indonesia
“This online course on MSK ultrasound in pain medicine helped me improve my skills and knowledge in clinical practice, especially for pain interventions with ultrasound guidance.”
Dr. Arief Rachman Setiawan
Indonesia
“An excellent workshop where we could learn musculoskeletal ultrasound from experts and gain many useful insights for clinical practice.”
Dr. Malini Karupiah
Malaysia
“The Online MSK Ultrasound Pain Medicine Course gave a valuable introduction to the use of ultrasound in assessing and managing pain-related conditions. It covered basic principles, anatomy and common conditions with focus on technique and clinical application.”
Dr. Muhammad Sophee Bin Abdul Gani
Malaysia
“The programme was highly practical and well structured, with detailed explanations of musculoskeletal ultrasound applications in pain management. The teaching approach was clear and systematic, making complex concepts easier to understand and apply in clinical practice.”
Dr. Joao Melo
Switzerland
“It was a really great course. The team was very dynamic, and I improved my knowledge in MSK ultrasound. Thank you.”
Dr. Nik Ahmad Fadli Husni Bin Nik Sharifullah
Malaysia
“The lectures were structured, insightful and full of practical knowledge. The ultrasound guidance simulator was hands-on, clear and directly applicable to clinical practice. I have already started applying the techniques in patient care.”
Dr. Wesson Pious A. Espiritu
Philippines
“This course is very helpful, especially for doctors abroad who want to improve their knowledge and skills in MSK ultrasound.”
Dr. Muhammad Noor Ajwad Bin Mohd Yusof
Malaysia
“It was an enriching experience. The course covered a wide range of topics, from the fundamentals of musculoskeletal ultrasound to advanced diagnostic and interventional techniques.”
Dr. Karthik Krishna Ramakrishnan
India
“The Daradia Online Fellowship in MSK Ultrasound in Pain Medicine was an incredibly enriching experience. The anatomical teaching was clear, clinically relevant and helped build strong fundamentals and confidence in MSK ultrasound.”
Dr. Lakshmi Ramakrishnan
India
“The fellowship was enriching and practice-changing. The course was well structured, blending clear theoretical concepts with practical demonstrations. The sessions on sonoanatomy and interventional techniques were especially valuable.”
Dr. Sanjida Hasan
Bangladesh
“The MSK Ultrasound in Pain Medicine course at Daradia was a transformative experience. It helped develop a sonological vision of MSK and a deeper understanding of managing MSK pain effectively.”
Dr. Eva Shakya
Nepal
“The course is very productive and practically applicable. The demonstrations on volunteers were easy to understand. I am thankful to Dr. Gautam Das Sir and the Daradia team for this structured and detailed USG MSK course.”
Dr. Eladio Perez Maldonado
Mexico
“I liked the ultrasound scanning demonstrations and will incorporate what I learned into my daily practice. I am grateful to the teachers for this course.”
Dr. Jan Marvins Magalong
Philippines
“I learned many techniques and concepts in this online fellowship. The course helped me understand the principles and applications of ultrasound in MSK pain.”
Disclaimer
Testimonials are adapted from participant feedback published on Daradia’s course review page and may be lightly edited for clarity, grammar and length. Individual learning outcomes may vary depending on prior experience, clinical exposure and hands-on practice.
MSK Ultrasound Fellowship for Doctors in Different Countries
For Doctors in India
Indian pain physicians, anesthesiologists, orthopedicians, rheumatologists, rehabilitation physicians and sports medicine doctors can use this fellowship to strengthen MSK ultrasound skills for outpatient pain practice, ultrasound-guided injections and interventional planning.
For Doctors in Nepal, Bangladesh and Sri Lanka
Doctors from Nepal, Bangladesh and Sri Lanka can join this online fellowship without frequent travel. The course provides structured region-wise MSK ultrasound learning, simulator-based anatomy understanding and clinical pain correlation.
For Doctors in Malaysia, Indonesia and the Philippines
For doctors in Southeast Asia, this fellowship offers a flexible online pathway to learn MSK ultrasound in pain medicine with live teaching, sonoanatomy modules and practical demonstration-based learning.
For Doctors in UAE, Saudi Arabia and the Middle East
Doctors practicing in the Middle East can benefit from an online MSK ultrasound fellowship that allows learning alongside clinical practice, with structured modules on joints, nerves, tendons, bursae and ultrasound-guided pain interventions.
For Doctors in Africa
For doctors in regions where regular MSK ultrasound workshops may not be easily available, this fellowship provides a structured online foundation in MSK sonoanatomy, pain diagnosis and ultrasound-guided intervention planning.
MSK Ultrasound Is Becoming a Core Skill for Pain Physicians
MSK ultrasound is no longer only an imaging skill. For the modern pain physician, it is becoming a core clinical tool for understanding pain generators, improving diagnostic confidence, planning safer interventions and delivering better patient care.
If you want to integrate MSK ultrasound into pain medicine practice in a structured and clinically meaningful way, this fellowship is designed for you.
