End-to-end support for M.Tech & PhD scholars in Manufacturing & Materials Engineering

Overview: Struggling with your thesis or research direction? Whether you're at the initial stage or stuck midway, I provide structured, one-on-one guidance to help you complete your M.Tech dissertation or PhD thesis with clarity, technical depth, and academic rigour. With a Ph.D. from National Institute of Technology Agartala and multiple peer-reviewed journal publications, I understand what examiners and reviewers expect both in terms of technical correctness and presentation.

What’s Covered

Phase 1 — Research Planning

• Identification of a viable and novel research problem

• Defining objectives, scope, and research questions

• Literature review strategy and gap identification

• Selection of appropriate methodology (experimental / computational / hybrid)

Phase 2 — Experimental & Simulation Work

• Design of experiments (DOE) framework

• Process parameter selection and optimization

• Guidance on experimental setup and data acquisition

• Support for simulation-based studies (FEA / modeling)

Phase 3 — Data Analysis & Interpretation

• Statistical analysis of results

• Interpretation of trends and physical significance

• Comparative evaluation with existing literature

• Identification of key contributions

Phase 4 — Thesis Writing

• Chapter-by-chapter structured support

• Development of abstract, introduction, literature review, methodology, results, discussion, and conclusions

• Formatting as per university guidelines

• Technical proofreading and language refinement

Phase 5 — Defence Preparation

• Presentation structuring (PPT)

• Anticipated examiner questions

• Mock viva sessions with feedback

• Strengthening conceptual clarity for defence

Who Is This For

• M.Tech students (Mechanical / Manufacturing / Materials)

• PhD scholars at any stage

• Students with data but struggling with interpretation or writing

• Researchers aiming to convert thesis work into journal publications

Domains of Expertise

• Friction Stir Welding & Processing

• Additive Manufacturing

• Metal Matrix Composites

• Aluminium alloy characterization

• FEA-based process modeling

• Surface engineering and corrosion studies

Session Format

• 1-on-1 online sessions via Google Meet / Zoom/ Microsoft Teams

• Live document review and detailed feedback

• Flexible scheduling based on deadlines