A good MCh Neurosurgery thesis turns the heavy operative workload of Indian centres into a focused question about technique, complication or outcome. Head injury, spinal degenerative disease, brain tumours, hydrocephalus and aneurysmal subarachnoid haemorrhage provide enough patients for prospective cohorts or comparisons of two surgical approaches during the MCh course. Outcomes measured with validated scales in the early postoperative period keep the project realistic, and tuberculosis and post-infectious hydrocephalus remain distinctly Indian themes.
The catalogue covers Spine, Trauma & TBI, Brain Tumours, Vascular Neurosurgery, Paediatric Neurosurgery, Skull Base, CNS Infections and Functional & Epilepsy. Titles include endoscopic third ventriculostomy versus shunting, ETV Success Score validation, medulloblastoma subgroups, encephalocele repair and split cord malformations. Objectives or a full synopsis can be bought for any title.
1What the MCh Neurosurgery catalogue covers
Our thesis-title catalogue, shared with our sister site medicalthesistopic.in, currently lists 228 MCh Neurosurgery titles. The newest ones are based on PubMed literature published in 2024–2026. Titles by subject area (top 10):
| Subject area | Titles |
|---|---|
| Spine | 29 |
| Trauma & TBI | 29 |
| Brain Tumours | 28 |
| Vascular Neurosurgery | 26 |
| Paediatric Neurosurgery | 19 |
| Skull Base | 19 |
| CNS Infections | 18 |
| Functional & Epilepsy | 17 |
| Perioperative Care | 16 |
| Peripheral Nerve | 15 |
Most common study designs: prospective observational study (146), prospective comparative study (44), randomised comparative trial (14), prospective diagnostic study (13), randomised controlled trial (5), retrospective record-based study (3). Each title already names its study design, so you can see at a glance whether it suits your department's patient load and your timeline.
250 recent MCh Neurosurgery thesis titles
These 50 titles are free to read. Discuss any of them with your guide before you commit; check that it has not already been taken up in your department.
- 001
Ventriculoperitoneal shunt versus endoscopic third ventriculostomy in tuberculous meningitis with hydrocephalus
CNS InfectionsProspective comparative studyComparative Study - 002
Clinical profile and surgical outcome of spinal epidural abscess
CNS InfectionsProspective observational studyProspective Study - 003
Surgical outcome and recurrence of clival chordomas
Skull BaseProspective observational studyProspective Study - 004
Endoscope-assisted versus microscopic retrosigmoid approach for cerebellopontine angle tumours
Skull BaseProspective comparative studyComparative Study - 005
Lower cranial nerve function after surgery for jugular foramen tumours
Skull BaseProspective observational studyProspective Study - 006
Extent of resection and cranial nerve function after surgery for petroclival meningiomas
Skull BaseProspective observational studyProspective Study - 007
Incidence and predictors of diabetes insipidus and delayed hyponatraemia after pituitary surgery
Skull BaseProspective observational studyPrognostic Study - 008
Endoscopic versus combined endoscopic-transcranial approach for giant pituitary adenomas
Skull BaseProspective comparative studyComparative Study - 009
Olfactory function after endoscopic endonasal transsphenoidal surgery
Skull BaseProspective observational studyProspective Study - 010
Visual outcome after endoscopic endonasal surgery for pituitary macroadenoma and its predictors
Skull BaseProspective observational studyPrognostic Study - 011
Nasoseptal flap versus free mucosal graft for skull base reconstruction after endoscopic endonasal surgery: CSF leak rate
Skull BaseProspective comparative studyComparative Study - 012
Indirect revascularisation for paediatric moyamoya disease: stroke prevention and neurological outcome
Paediatric NeurosurgeryProspective observational studyProspective Study - 013
Neurological outcome of surgery for split cord malformation in children
Paediatric NeurosurgeryProspective observational studyProspective Study - 014
Programmable versus fixed-pressure ventriculoperitoneal shunts in children: complication and revision rates
Paediatric NeurosurgeryProspective comparative studyComparative Study - 015
Surgical outcome of encephalocele repair and associated anomalies
Paediatric NeurosurgeryProspective observational studyProspective Study - 016
Antenatally detected ventriculomegaly and the need for postnatal CSF diversion
Paediatric NeurosurgeryProspective observational studyProspective Study - 017
Extent of resection, molecular subgroup and survival in children operated for medulloblastoma
Paediatric NeurosurgeryProspective observational studyPrognostic Study - 018
Validation of the ETV Success Score in predicting outcome of endoscopic third ventriculostomy in children
Paediatric NeurosurgeryProspective observational studyValidation Study - 019
Outcome of endoscopic third ventriculostomy in post-infectious hydrocephalus and predictors of failure
Paediatric NeurosurgeryProspective observational studyPrognostic Study - 020
Endoscopic third ventriculostomy with choroid plexus cauterisation versus ventriculoperitoneal shunt in infantile hydrocephalus
Paediatric NeurosurgeryProspective comparative studyComparative Study - 021
Seizure outcome and quality of life after hemispherotomy in children
Functional & EpilepsyProspective observational studyProspective Study - 022
Motor outcome one year after deep brain stimulation for generalised dystonia
Functional & EpilepsyProspective observational studyProspective Study - 023
Outcome of microvascular decompression for hemifacial spasm and predictors of recurrence
Functional & EpilepsyProspective observational studyProspective Study - 024
Seizure reduction and quality of life after vagus nerve stimulation in drug-resistant epilepsy
Functional & EpilepsyProspective observational studyProspective Study - 025
Spinal cord stimulation for persistent spinal pain after surgery: pain relief and functional outcome
Functional & EpilepsyProspective observational studyProspective Study - 026
Percutaneous balloon compression versus radiofrequency rhizotomy for trigeminal neuralgia: pain relief and complications
Functional & EpilepsyProspective comparative studyComparative Study - 027
Outcome of corpus callosotomy for drop attacks in drug-resistant generalised epilepsy
Functional & EpilepsyProspective observational studyProspective Study - 028
Role of PET and video-EEG in surgical decision-making for MRI-negative drug-resistant epilepsy
Functional & EpilepsyProspective observational studyDescriptive Study - 029
Seizure outcome of resective surgery for drug-resistant focal epilepsy in children and adults
Functional & EpilepsyProspective observational studyProspective Study - 030
Outcome of traumatic brain injury in elderly patients on antiplatelet or anticoagulant therapy
Trauma & TBIProspective observational studyProspective Study - 031
Neurocognitive and post-concussion outcome six months after mild traumatic brain injury
Trauma & TBIProspective observational studyProspective Study - 032
Incidence and risk factors of post-traumatic epilepsy after moderate and severe head injury
Trauma & TBIProspective observational studyProspective Study - 033
Early versus late tracheostomy in severe traumatic brain injury: ventilator days and neurological outcome
Trauma & TBIProspective comparative studyComparative Study - 034
Atorvastatin for non-surgical resolution of chronic subdural haematoma: a randomised study
Trauma & TBIRandomised controlled trialInterventional Study - 035
Coagulopathy after isolated traumatic brain injury: incidence, predictors and effect on outcome
Trauma & TBIProspective observational studyPrognostic Study - 036
Rotterdam versus Helsinki CT scores in predicting mortality in moderate and severe head injury
Trauma & TBIProspective observational studyValidation Study - 037
Smartphone-based pupillometry for non-invasive detection of raised intracranial pressure in acute brain injury
Trauma & TBIProspective diagnostic studyDiagnostic Accuracy Study - 038
Ultrasonographic optic nerve sheath diameter as a predictor of raised intracranial pressure and outcome in traumatic brain injury
Trauma & TBIProspective diagnostic studyDiagnostic Accuracy Study - 039
Middle meningeal artery embolisation with burr-hole drainage versus burr-hole drainage alone for chronic subdural haematoma: recurrence at six months
Trauma & TBIProspective comparative studyComparative Study - 040
Diffusion tensor imaging parameters as predictors of neurological recovery after decompression for cervical myelopathy
SpineProspective observational studyPrognostic Study - 041
Incidence and risk factors of adjacent segment degeneration two years after anterior cervical discectomy and fusion
SpineProspective observational studyProspective Study - 042
Anterior versus posterior approach for ossification of the posterior longitudinal ligament of the cervical spine
SpineProspective comparative studyComparative Study - 043
Preoperative vitamin D status and fusion rate after lumbar interbody fusion
SpineProspective observational studyProspective Study - 044
Short-segment versus long-segment posterior fixation for thoracolumbar burst fractures: radiological and functional outcome
SpineProspective comparative studyComparative Study - 045
CT-measured sarcopenia and its effect on complications and functional outcome after lumbar fusion surgery
SpineProspective observational studyPrognostic Study - 046
Frailty index versus neurological severity as predictors of outcome after surgery for degenerative cervical myelopathy
SpineProspective observational studyPrognostic Study - 047
Unilateral biportal endoscopic decompression versus open laminectomy for lumbar canal stenosis
SpineProspective comparative studyComparative Study - 048
Effect of intraoperative epidural steroid on early pain and function after lumbar discectomy: a randomised study
SpineRandomised controlled trialInterventional Study - 049
Full-endoscopic versus microscopic lumbar discectomy: postoperative pain, return to work and recurrence
SpineRandomised comparative trialComparative Study - 050
Seizure control and neurological outcome after surgery for supratentorial cavernous malformations
Vascular NeurosurgeryProspective observational studyProspective Study
3Download MCh Neurosurgery titles in Excel (₹1 per title)
Want more than these 50? Download an Excel of the newest titles: latest 100 for ₹100, latest 500 for ₹500, or all 228 titles at ₹1 each. Or search a keyword (for example a disease or test) and pay only for the titles found. Pay by UPI, QR or card; the Excel downloads instantly.
📥 MCh Neurosurgery Titles in Excel · ₹1 per title
100 titles = ₹100. Secure checkout (UPI / QR / card) on our sister site medicalthesistopic.in; the Excel downloads instantly.
1 · Speciality package (newest first)
2 · Or search a keyword
Objectives / thesis plan for a title: separate payment on medicalthesistopic.in.
Terms and Conditions · Privacy Policy · Shipping Policy · Cancellation and Refunds · Contact Us
4Objectives and synopsis for any title
Liked a title? Each one has two optional paid add-ons on medicalthesistopic.in, paid separately there:
- Objectives (₹50): research question, aim, primary and secondary objectives, hypothesis and outcome measures for that exact title.
- Full Plan / Synopsis (₹500): a complete synopsis draft for that title, from introduction and review-of-literature search plan to sample size working, methodology and statistical plan.
Use the buttons under each title above; they open that title on medicalthesistopic.in. Treat the output as a first draft to edit with your guide, and read how to write aims and objectives before you finalise yours.
5Tips for choosing a MCh Neurosurgery topic
- Use validated scales such as the Glasgow Coma Scale, Glasgow Outcome Scale-Extended, modified Japanese Orthopaedic Association score, Oswestry Disability Index and Karnofsky Performance Status to measure outcomes objectively.
- Surgical comparisons are hard to randomise; if you compare two approaches, define selection criteria in advance, keep the operating team consistent and adjust for baseline severity in the analysis.
- Neuronavigation, intraoperative monitoring, endoscopes and implants may not be available for every patient; confirm access and who pays before choosing a technique-based title.
- Traumatic brain injury studies need early consent from relatives and reliable follow-up; plan outpatient or telephone assessment, because many patients come from distant districts.
For the general checklist (patient load, timeline, cost, ethics), see how to choose an MD/MS thesis topic, and for more ideas our earlier post on MCh Neurosurgery thesis topics. Every titles page for other specialities is listed on thesis topics by speciality.
6Need help with your thesis?
PubMedico's team helps MCh Neurosurgery residents with synopsis writing, sample size, statistics and the final thesis draft. WhatsApp +91 78787 33004 for a free thesis guidance.
❓ Frequently Asked Questions
Quick answers to common questions on this topic
Head injury, spinal degenerative disease, hydrocephalus and common brain tumours usually provide enough cases in Indian centres. Prospective studies of operative outcome, complications or predictors of recovery are realistic. Rare skull base or vascular lesions suit large referral units, while functional and epilepsy surgery topics depend on whether your centre has an established programme.
Yes, and it is a popular design. Randomisation is ideal but often difficult, so many theses use prospective comparative designs with clear indications for each technique. Keep the surgical team and postoperative care consistent, define complications precisely and use validated outcome scales so that the comparison is fair.
Hydrocephalus, neural tube defects, medulloblastoma and craniosynostosis are common paediatric topics. Plan parental consent, age-appropriate outcome measures and developmental follow-up. Because some paediatric conditions are seen less often, check case numbers with your unit and consider a mixed retrospective and prospective design if necessary.
Use them as starting points. Discuss the title with your guide, check that it fits your department's patients and facilities, check it has not already been done at your institution, and adjust the wording before you submit it to your ethics committee.
📍 Medical Thesis Help in Your City
PubMedico works with MD, MS, DNB, MDS, PhD and MSc Nursing scholars across India. Find thesis writing, statistical analysis and publication support near your college:
…and 38 more cities across India. See all locations on the home page →