Medical Global Academy

FELLOWSHIP IN PEDIATRIC OPHTHALMOLOGY

With our clinical Postgraduate Diploma program, explore the realm of FELLOWSHIP IN PEDIATRIC OPHTHALMOLOGY. Our course provides practical instruction and knowledgeable mentoring, making it ideal for medical professionals who are keen to succeed in diagnostics.


Batch starts on

Jan to Dec/ May to June

Course Duration

12 Months

Multimodal Program

Hybrid Mode & Clinical Attachment

Flexible payment

financing options available

Fellowship in Pediatric Ophthalmology

The Fellowship in Pediatric Ophthalmology & Strabismus at MGA Medical Global Academy is perfect for ophthalmologists looking to gain expertise in diagnosing and treating children’s eye diseases. Children’s eye care is not the same as adult eye care – it demands an understanding of the development of vision, early diagnosis and early treatment to avoid lifelong visual disability. This curriculum aims to build clinical and surgical skills in addressing issues like strabismus, amblyopia, congenital cataracts, pediatric glaucoma, and retinal diseases. Rather than viewing these diseases in isolation, the program focuses on a structured approach, with a long-term view of diagnosis, treatment and visual rehabilitation. The program is structured around the real work flows on how a child is assessed for eye disease, how they are diagnosed, how surgery may be planned and how surgery and post-operative care is performed. You learn how to manage not only the eye disease, but also the challenges of working with children, where teamwork, timing and coordination are crucial.

Key areas of focus include:

  • Vision and refraction testing and early screening in children

  • Strabismus diagnosis and management, surgical and non-surgical

  • Treatment of amblyopia and visual rehabilitation

  • Treatment of congenital eye diseases like pediatric cataracts, glaucoma and retinal pathologies

  • Pediatric eye imaging and diagnostic skills

  • Experience in strabismus surgery, pediatric cataracts surgery, and ocular trauma

  • Training in new technologies like artificial intelligence-based diagnostic tools, imaging, and regenerative medicine

The vision is straightforward – at the end of the fellowship, you should be able to examine, diagnose and manage a broad spectrum of pediatric eye diseases independently, accurately, effectively and compassionately.

How This Fellowship Transforms Your Practice

As you start to practice pediatric ophthalmology, your practice style becomes more systematic, active, and goal-oriented. Early identification and proactive treatment become your key strengths.

This manifests in:

  • Enhanced ability to diagnose early childhood eye diseases

  • Improving the management of strabismus and amblyopia in terms of the visual efficacy

  • Greater confidence in performing various pediatric ophthalmic surgeries

  • Management of complex congenital and developmental eye disease

  • Improved communication with parents and guardians for improved compliance and outcomes

Over time you will become a pediatric ophthalmologist, a specialist with a precision and focus on early diagnosis and treatment that translates into a lifetime of good vision for our children.

Where This Fellowship Positions You

On completion, you join a niche yet growing field of ophthalmology where there is a demand but a lack of expertise.

Career pathways include:

  • Pediatric eye hospitals, tertiary care and specialty clinics

  • Specialization in pediatric ophthalmology and strabismus (eye misalignment)

  • Special interest in pediatric retina, neuro-ophthalmology, or ocular oncology

  • Collaboration with other specialists in the care of complex pediatric patients

  • Teaching, research and training in academia

  • Engagement in cutting-edge research in fields such as AI, genetics and regenerative ophthalmology

Pragmatically, you transition from being an eye doctor to providing very rewarding, high-impact child vision care, where a correct diagnosis and management strategy can have a profound impact on a patient’s vision.

What you'll learn

Foundations of Aesthetic Dentistry​

Foundations of Pediatric Ophthalmology

Comprehensive Treatment Planning​

Clinical Pediatrics and Basic Interventions

Advanced Restorative Techniques​

Advanced Pediatric Ophthalmology and Surgical Techniques

Digital Aesthetics and Smile Design​

Multidisciplinary Approach and Research

Clinical Rotations and Community Outreach​

Clinical Rotations and Community Outreach

Practice Management and Future Trends​

Pediatric Uveitis and Inflammatory Disorders

Key Features

  1. Attending /Non-Attending Classes
  2. Clinical Training in Nearest Hospital/Clinics.
  3.  Free Study Material with recorded lectures
  4.  Best Faculties (Super Specialists) of India

5. Library Access & Question & Answer Session
6. NAAC A+ University
7. 1 Year of Mentorship
8. Updated Curriculum

Course Curriculum

  • Eye development and anatomy in children
  • Infant and childhood visual development
  • Childhood eye diseases: congenital cataracts, retinopathy of prematurity (ROP) and glaucoma
  • Refractive errors in different age groups
  • Ophthalmic imaging in children (ultrasound, OCT, fundus photography)
  • Different types of strabismus in children (esotropia, exotropia, hypertropia, hypotropia)
  • Testing for strabismus: cover test, prism cover test, eye movements, and Hirschberg test
  • Treatment of accommodative and non-accommodative esotropia
  • Surgery for strabismus: when, how, and aftercare
  • Orthoptic exercises, prisms, botulinum toxin injections
  • Manage complications of pediatric strabismus surgery
  • Case studies and review of challenging strabismus cases
  • Etiology and types of pediatric cataracts (congenital, traumatic, metabolic)
  • Surgical techniques, timing, and complications in treatment of congenital cataracts
  • Use of intraocular lenses (IOLs) in children
  • Techniques for managing other eye conditions: anterior segment dysgenesis, microphthalmia
  • Postoperative care and visual rehabilitation
  • Amblyopia, cataracts and refractive error
  • ROP: Pathophysiology, staging and grading
  • Guidelines for screening and follow-up of premature babies
  • Treatment of ROP (laser, anti-VEGF injections, surgery)
  • Childhood retinal dystrophies, retinal hemorrhages and other retinal diseases
  • Retinal imaging in children (fluorescein angiography, OCT, widefield retinal imaging)
  • Strabismic, refractive, and deprivation amblyopia
  • Screening for amblyopia and refractive errors in infancy and childhood
  • Approaches to treatment: patching, atropine, glasses, and orthoptics
  • Surgical management of amblyopia (for amblyopia secondary to strabismus)
  • Outcomes and follow-up
  • Pathophysiology and types of glaucoma in children (primary congenital, juvenile, secondary)
  • Testing: tonometry, pachymetry, gonioscopy and optic nerve evaluation in children
  • Surgical treatment: trabeculotomy, trabeculectomy and tube shunts
  • Glaucoma treatment in children (prostaglandins, beta-blockers, carbonic anhydrase inhibitors)
  • Long-term follow-up and visual outcome prediction
  • Childhood optic neuropathies and optic nerve hypoplasia
  • Childhood cranial nerve palsies and vision
  • The use of neuroimaging in pediatric eye diseases
  • Pediatric brain tumors and vision loss
  • Emergencies in pediatric neuro-ophthalmology: sudden visual loss, papilledema and neuro-ocular trauma
  • Strabismus surgery: muscle recessions, reinsertions, and augmentations
  • Pediatric cataract surgery: lens extraction, IOL placement and anterior vitrectomy
  • Surgery for congenital ptosis and other eyelid diseases
  • Surgery for pediatric ocular trauma
  • Surgical care and complications in children
  • Review of literature in pediatric ophthalmology and strabismus
  • Designing studies, clinical trials and interpretation of data
  • Ethics of research in pediatric ophthalmology
  • Communications and presentations: research writing and talks
  • Interdisciplinary and global networking in pediatric eye care
  • Machine learning for diagnosing congenital and acquired eye disease
  • Predictive models for progression of amblyopia and strabismus
  • Artificial intelligence for pediatric retinal imaging (OCT, fundus AI)
  • Robotic surgery to assist pediatric eye surgery
  • Ethical and regulatory aspects of AI in medicine
  • Genome sequencing for pediatric eye diseases
  • Gene-specific treatments for inherited retinal diseases
  • CRISPR for gene therapy in pediatric ophthalmology
  • Pharmacogenomics in pediatric ophthalmology
  • Therapeutic approaches for congenital eye diseases in children
  • Electronic vision restoration in children
  • Brain-computer interfaces (BCI) for rehabilitation of child blindness
  • Cortical prostheses and artificial visual pathways
  • Nanotechnology-based vision enhancement
  • Neural prosthetics for children: ethical concerns
  • Machine learning for complex strabismus surgery
  • Robotic microsurgery for pediatric eye disorders
  • Precision robotic adjustable and re-adjustable sutures
  • Real-time artificial intelligence (AI) guidance during surgery
  • Augmented reality (AR) surgical assistance for children’s surgeries
  • Stem cell implantation to regenerate optic nerve
  • 3D printed cornea and retina tissues
  • Exosomes for childhood retinal and optic nerve diseases
  • Induced pluripotent stem cells (iPSC) in congenital eye diseases
  • Clinical trials and future applications of regenerative ophthalmology
  • High-resolution retinal imaging of children using quantum optics
  • Adaptive optics for cellular imaging of the pediatric retina
  • Optical coherence tomography angiography (OCT-A) to detect disease
  • Multimodal imaging for pediatric neuro-ophthalmology
  • Mapping the visual pathways in children with fMRI
  • Next-gen immunotherapy for retinoblastoma
  • CAR-T cells for childhood eye cancer
  • Nanodrug delivery to the eye for pediatric cancers
  • Proton beam therapy and other radiation oncology innovations
  • Liquid biopsy and molecular testing in children’s eye cancers

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Frequently Asked Questions

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