Dibeswar B

MPB Verified Tutor

Background Check done on 15th October 2025

• M.Sc. in Physics (Current, Expected 2026) — Indian Institute of Technology Madras (IIT Madras)
• B.Sc. in Physics — Utkal University, CGPA 9.11/10, July 2020 – June 2023; Specialisation Project: Quantum Teleportation
• IBM Data Science Professional Certificate — IBM, Issued December 2024 (Credential ID: LZBXIRNOMXC9)
• Subject Matter Expert — Learnasyougo (Remote, November–December 2024)
• Tools: Python, MATLAB, LTSpice, ImageJ
• All credentials verified by My Physics Buddy before profile publication
• Sessions on Google Meet coordinated by My Physics Buddy team. Video recording provided if required.

Students who work with Dibeswar in Quantum Mechanics, Engineering Physics, Mathematical Physics, and Electrodynamics consistently report stronger conceptual clarity alongside a more confident ability to apply computational tools — Python, MATLAB, and LTSpice — to physical problems. As a current M.Sc. Physics student at IIT Madras with a 9.11 CGPA undergraduate record and an IBM Data Science certification, Dibeswar brings both rigorous theoretical training and practical computational fluency to every session.

Who This Tutoring Is For

Dibeswar’s tutoring is designed for undergraduate Physics and Engineering students who need a high-achieving, IIT-trained specialist comfortable teaching both the theoretical foundations and the computational tools that modern physics and engineering programmes demand.

• Undergraduate Physics and Engineering students working through Quantum Mechanics who want a tutor whose undergraduate specialisation project focused on Quantum Teleportation — a topic that requires deep engagement with quantum states, entanglement, and measurement, not just textbook familiarity.
• Students enrolled in Engineering Physics courses at university who need a tutor currently studying at IIT Madras — one of the world’s top engineering institutions — and who can bridge theoretical physics with engineering applications coherently.
• Students studying Mathematical Physics who need support with differential equations, linear algebra, complex analysis, and the mathematical methods used across all advanced physics topics.
• Students tackling Electrodynamics at undergraduate level who need patient, concept-first guidance through Maxwell’s equations, electromagnetic waves, and radiation — from a tutor whose IIT training demands fluency in all of these.
• Students taking Electronics or circuit simulation courses who need a tutor proficient in LTSpice and able to connect circuit theory to semiconductor physics at the component level.
• Students who want to use Python or MATLAB as part of their physics coursework or research projects and need a tutor who holds an IBM Data Science Professional Certificate and is actively using these tools at IIT Madras.
• High-achieving B.Sc. Physics students preparing for CSIR-NET Physical Sciences, GATE Physics, or IIT JAM Physics who want to work with a current IIT Madras M.Sc. student who has recently navigated these very same admissions pathways with a 9.11 CGPA undergraduate record.

About Dibeswar B.

Dibeswar B. is a current M.Sc. Physics student at the Indian Institute of Technology Madras (IIT Madras), one of the world’s leading engineering and science institutions and consistently ranked among Asia’s top universities in Physics. He completed his B.Sc. in Physics from Utkal University in June 2023 with a CGPA of 9.11 out of 10 — placing him in the top academic tier of his programme. His undergraduate specialisation project focused on Quantum Teleportation, a subject at the frontier of quantum information science that requires genuine command of quantum states, entanglement, and the measurement postulate — topics well beyond the standard B.Sc. curriculum. Dibeswar also holds an IBM Data Science Professional Certificate issued in December 2024, reflecting his proficiency in Python-based data analysis and computational modelling.

Dibeswar teaches Engineering Physics, Quantum Mechanics, Mathematical Physics, Electrodynamics, and Electronics — a subject combination that reflects both his IIT Madras curriculum and the tools he uses actively in his studies and research. His teaching philosophy, developed through his Subject Matter Expert role at Learnasyougo, centres on addressing students’ specific doubts rather than delivering generic content: every session begins from where the student’s understanding actually is, not from where a syllabus assumes it should be. Dibeswar is particularly strong at connecting theoretical physics to computational application — using Python and MATLAB to visualise physical concepts such as wave functions, electromagnetic field distributions, or circuit frequency responses, making abstract ideas concrete and interactive. In Electronics, his proficiency with LTSpice enables live circuit simulation during sessions, so students can see theoretical predictions validated in real time. His IBM Data Science background also makes him an effective guide for students whose physics coursework involves data analysis, numerical methods, or simulation-based assignments.

“Dibeswar’s sessions are unlike any tutoring I have experienced before. He opened MATLAB during our Mathematical Physics session and showed me visually what a Fourier series actually looks like as you add more terms. That one demonstration made the entire concept click instantly. He makes physics feel alive rather than abstract.”

— Undergraduate Engineering Physics Student, Review via My Physics Buddy Platform

All sessions are conducted via Google Meet, coordinated by the My Physics Buddy team, with optional session recording at no additional cost. Post-session summary notes are available on request. Dibeswar is based in Chennai, India, and is available across time zones compatible with students in South Asia, the Gulf, the UK, and Europe. Between sessions, the MPB team is reachable on WhatsApp for quick clarifications on homework, problem sets, or upcoming examination topics.

Tools & Software Dibeswar Supports

Dibeswar actively uses a range of computational tools in his IIT Madras studies and can incorporate them directly into tutoring sessions where they aid understanding or are required for coursework.

• Python (with NumPy, Matplotlib, SciPy): Used for numerical problem-solving, data analysis, and visualising physical phenomena — including wave functions, field distributions, and simulation outputs. IBM Data Science certified.
• MATLAB: Applied in Mathematical Physics and Engineering Physics sessions for solving differential equations numerically, plotting field solutions, and demonstrating Fourier analysis visually in real time.
• LTSpice: Used in Electronics sessions for live circuit simulation — enabling students to verify theoretical circuit analysis predictions and explore component behaviour interactively.
• ImageJ: Applied to image analysis tasks relevant to experimental physics and materials characterisation coursework — useful for students with lab-based assignments involving microscopy or optical data.

Subjects Dibeswar Teaches

Dibeswar offers specialist tutoring across core undergraduate Physics and Engineering subjects — combining IIT Madras theoretical rigour with active proficiency in computational tools used across all topics he teaches.

“What makes Dibeswar stand out is that he is actively studying at IIT Madras right now. His knowledge of the M.Sc. Physics curriculum is completely current — he is not recalling it from years ago. For students preparing for IIT JAM or CSIR-NET, working with someone who has just passed through the same gateway is an enormous practical advantage.”

— CSIR-NET Physics Candidate, Review via My Physics Buddy Platform

How Sessions With Dibeswar Work

1. Diagnose: Every session begins with a targeted diagnostic. Dibeswar identifies your current topic, your course or examination timeline, and specifically where your understanding is breaking down — whether in the conceptual foundations, the mathematical formalism, or the application of computational tools. His Subject Matter Expert experience at Learnasyougo reinforced his ability to address students’ actual doubts rather than re-teaching content they already understand.
2. Concept Before Formalism: Dibeswar builds physical intuition before introducing notation. In Quantum Mechanics, this means establishing what a wave function represents physically, why superposition is a physical reality rather than a mathematical trick, and what measurement actually does to a quantum state — before solving the Schrödinger equation. In Electrodynamics, it means understanding what Maxwell’s equations are saying physically before working with them analytically.
3. Visualise With Computational Tools: Where a computational tool can make a concept clearer, Dibeswar uses it live in the session. MATLAB plots demonstrate Fourier series convergence and wave function probability densities. LTSpice simulations show circuit frequency responses and transient behaviour. Python scripts visualise electromagnetic field distributions. This computational layer is not supplementary — it is integral to how Dibeswar teaches, and it makes abstract physics tangible in a way that diagrams alone cannot.
4. Guided Problem Solving: Students work through problems on screen with Dibeswar providing real-time guidance. The emphasis is on building a transferable problem-solving method: identifying the governing physical principle, selecting the appropriate mathematical approach, executing cleanly, and interpreting the result. For students preparing for Quantum Mechanics or Mathematical Physics examinations, this method-first approach directly translates to more confident and more accurate answers.
5. Targeted Feedback: Dibeswar provides specific feedback on both the physics reasoning and the mathematical execution in solutions — identifying whether errors stem from conceptual misunderstanding, notation confusion, or computational error, and addressing each differently. His high undergraduate CGPA and current IIT Madras training give him a clear picture of what high-quality answers look like at each level.
6. Reinforce: Practice problems drawn from standard undergraduate texts — Griffiths for Electrodynamics and Quantum Mechanics, Arfken for Mathematical Physics — as well as past CSIR-NET and GATE examination papers are recommended after each session. Post-session summary notes are available in handwritten, PDF, or screenshot format on request at no additional cost.
7. Plan: Each session closes with a confirmed topic plan for the next meeting. For students preparing for specific examinations — IIT JAM, CSIR-NET, GATE Physics, or university finals — Dibeswar maps a structured preparation schedule across all major subject areas, with the most heavily tested topics receiving proportionally greater session time.

Whether you are working through undergraduate Quantum Mechanics, navigating the mathematical methods used across advanced physics, tackling Electrodynamics from Maxwell’s equations upward, or needing computational support in Python, MATLAB, or LTSpice alongside your physics coursework, Dibeswar brings IIT Madras training and a 9.11 CGPA academic record to every session. Bring your current topic, your exam date, and your hardest problem. Message Dibeswar on WhatsApp today.

Qualifications & Credentials

Availability & How to Book

Dibeswar is based in Chennai, India, and is available across time zones compatible with students in South Asia, the Gulf, the UK, and Europe. Availability is confirmed via WhatsApp — typically within a few hours of contact — and all session scheduling is coordinated by the My Physics Buddy team on your behalf.

To secure your first session, contact the MPB team via WhatsApp. To help Dibeswar prepare the most targeted first session, include the following: the subject you need support with, your current topic or chapter, any computational tools involved in your coursework (Python, MATLAB, LTSpice), your examination or assignment deadline, your level of study, and the specific concept or problem type presenting the greatest difficulty.

All coordination is handled by the MPB team. WhatsApp to Check Availability and Book — or email tutoring@myphysicsbuddy.com if you prefer not to use WhatsApp.

Frequently Asked Questions

How qualified is Dibeswar to teach Physics at the undergraduate level?

Dibeswar completed his B.Sc. in Physics from Utkal University with a CGPA of 9.11 out of 10, with a specialisation project in Quantum Teleportation. He is currently completing his M.Sc. in Physics at IIT Madras — one of India’s premier technical institutions and a globally ranked university in Physics and Engineering. He also holds an IBM Data Science Professional Certificate and has experience as a Subject Matter Expert at Learnasyougo. His academic record and current IIT Madras training confirm deep, current subject expertise across all topics he teaches.

What levels does Dibeswar teach?

Dibeswar teaches at the undergraduate and early postgraduate level. His core subjects — Quantum Mechanics, Mathematical Physics, Electrodynamics, Engineering Physics, and Electronics — are all standard undergraduate university courses. He also covers Quantum Computing and Quantum Information fundamentals, and Computational Physics using Python and MATLAB. Students preparing for IIT JAM Physics, CSIR-NET Physical Sciences, and GATE Physics will find his current IIT Madras curriculum knowledge directly applicable to their preparation.

Does Dibeswar help with assignments, lab reports, and computational coursework?

Yes. Dibeswar supports students with problem sets, assignments, computational coursework, and examination preparation — all in line with My Physics Buddy’s academic integrity policy, meaning students are guided to understand and produce their own work. His IBM Data Science certification and active use of Python, MATLAB, LTSpice, and ImageJ make him particularly effective at helping students whose assignments require numerical methods, data analysis, circuit simulation, or image processing as part of their physics coursework.

What happens in the first session with Dibeswar?

The first session opens with a focused diagnostic: Dibeswar will ask about your current subject, topic, and syllabus position; your examination or assignment deadline; whether any computational tools are involved in your coursework; and where your understanding is currently breaking down. From there, the session moves into targeted concept-building on your highest-priority topic — using physical intuition first, then formalising with mathematics, and using computational visualisation where it can accelerate understanding. Students leave the first session with a clear sense of their current level and a structured plan for subsequent sessions.

How is Dibeswar different from a general Physics tutor?

Dibeswar combines three things that rarely appear together: current IIT Madras M.Sc. training (meaning his subject knowledge is being built and tested right now, not recalled from years ago), a 9.11 CGPA undergraduate record with a Quantum Teleportation research project, and active computational fluency in Python, MATLAB, and LTSpice. According to IIT Madras’s research profile, the institution consistently produces physicists who integrate theoretical rigour with computational application — a dual capability that Dibeswar brings directly to his tutoring sessions. For students whose coursework has a computational dimension, this is a particularly significant practical advantage.

Can Dibeswar help with IIT JAM, CSIR-NET, or GATE Physics preparation?

Yes. Dibeswar’s own recent IIT JAM success — evidenced by his current M.Sc. enrolment at IIT Madras — makes him directly and practically relevant for students targeting these examinations. He has current, first-hand knowledge of the IIT JAM Physics syllabus and examination style, and his B.Sc. CGPA of 9.11 from Utkal University confirms the academic preparation level needed to succeed at this gateway. He can build a structured preparation plan covering Quantum Mechanics, Mathematical Physics, Electrodynamics, and related topics aligned to the IIT JAM Physics syllabus.

What is the significance of Dibeswar’s Quantum Teleportation project?

Quantum Teleportation is an advanced topic in quantum information science that requires genuine command of quantum entanglement, quantum measurement, Bell states, and the no-cloning theorem — concepts that go significantly beyond standard undergraduate Quantum Mechanics. Completing a research project in this area at the B.Sc. level indicates a level of engagement with quantum theory that positions Dibeswar well above the average undergraduate physics tutor. For students studying Quantum Computing or advanced Quantum Mechanics, this background is directly valuable.

How do I book a session with Dibeswar?

Contact the My Physics Buddy team via WhatsApp at +91 897 138 3660. Share your current subject and topic, any computational tools involved, your examination or assignment deadline, your level of study, and the specific area presenting the greatest difficulty. The MPB team will confirm Dibeswar’s availability and schedule your first session. If you prefer not to use WhatsApp, write to tutoring@myphysicsbuddy.com and the team will respond promptly.

“A current M.Sc. Physics student at IIT Madras who entered with a 9.11 CGPA B.Sc. and a Quantum Teleportation research project — and who also holds an IBM Data Science certification and is proficient in Python, MATLAB, and LTSpice — brings a quality and currency of knowledge to undergraduate physics tutoring that is genuinely rare. This is exactly the profile that benefits students working at the intersection of theoretical physics and computational methods.”

— Academic Review, My Physics Buddy Tutor Verification Process, with reference to IIT Madras Department of Physics

Ready to Start? Book Dibeswar Today

Dibeswar B. is a current M.Sc. Physics student at IIT Madras — one of Asia’s top-ranked institutions in Physics and Engineering — with a B.Sc. Physics CGPA of 9.11 from Utkal University, an undergraduate specialisation project in Quantum Teleportation, an IBM Data Science Professional Certificate, and active proficiency in Python, MATLAB, LTSpice, and ImageJ. He tutors undergraduate students in Quantum Mechanics, Engineering Physics, Mathematical Physics, Electrodynamics, Electronics, Quantum Computing, and Computational Physics — integrating theoretical depth with live computational visualisation in every session. My Physics Buddy is rated 4.85/5 by over 2,300 students globally, and all sessions are coordinated and supported by the MPB team.

To get started, send a WhatsApp message to the My Physics Buddy team with the following: the subject you need support with, your current topic or chapter, any computational tools your course requires, your examination or assignment deadline, your level of study, and the specific concept or problem type where you need the most help. The team will confirm Dibeswar’s availability and set up your first session.

WhatsApp to Book Your First Session with Dibeswar — or email tutoring@myphysicsbuddy.com if you prefer not to use WhatsApp.