MPB Verified Tutor
Background Check Done on: 21st April 2025
- PhD in Experimental Physics (in progress, expected December 2025) — Cochin University of Science and Technology (CUSAT), Intense Laser Interactions Division (ILAID)
- M.Phil. in Physics — SB College Changanacherry (June 2017 – August 2018); dissertation on Synthesis and Characterisation of Carbon Nanotube Thin Films
- M.Sc. in Physics — Mar Athanasius College, Kothamangalam (2011–2013); specialised in Computational Physics
- B.Sc. in Physics — Mar Athanasius College, Kothamangalam (2008–2011)
- Guest Lecturer (Physics) — Mar Athanasius College, Kothamangalam (June 2014 – March 2017 & June 2019 – March 2020); delivered undergraduate and postgraduate lectures in Quantum Mechanics, Electrodynamics, Classical Mechanics, Electronics, and Computational Physics
- Research Scholar / Junior Research Fellow — CUSAT (December 2020 – Present); working in ultrafast laser-matter interaction and laser-plasma physics
- Won Best Poster Award at the 32nd National Laser Symposium (NLS-32), organised by the Indian Laser Association (ILA), 2024
- 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 working with Anu regularly achieve clearer conceptual understanding in Quantum Mechanics, Electrodynamics, and Experimental Physics — subjects where many learners find the gap between theory and application hardest to bridge. Students consistently report stronger performance in assignments and university examinations, and those interested in research tend to develop a noticeably more rigorous scientific mindset through her sessions.
Who This Tutoring Is For
Anu’s tutoring is designed for high school, undergraduate, and postgraduate Physics students who want both theoretical rigour and experimental insight — particularly those pursuing Physics, Engineering Physics, or research-oriented programmes.
- You are a high school student who needs clear, structured support in core Physics topics including mechanics, waves, optics, and electrostatics to prepare for board exams or competitive entrance tests.
- You are an undergraduate Physics or Engineering student working through Quantum Mechanics, Classical Mechanics, or Electrodynamics and need a tutor who has actually lectured these subjects at university level.
- You are a postgraduate student preparing for exams or coursework in Statistical Mechanics, Modern Physics, or Computational Physics and need subject-specialist support.
- You are a student undertaking a Physics lab course, experimental project, or dissertation and need guidance on experimental design, data analysis, or scientific writing.
- You are interested in Laser Physics, Plasma Physics, or ultrafast science — specialised areas where Anu’s active PhD research at CUSAT makes her uniquely qualified to guide you.
- Students who need support with MATLAB or Python for Physics simulation, spectral analysis, or data modelling as part of their coursework or research.
- You are a student preparing for research interviews, physics competitive exams (such as JEST, TIFR, or JAM), or postgraduate entrance tests that require deep conceptual mastery of core Physics subjects.
About Anu A.
Anu A. is a doctoral researcher in the Intense Laser Interactions Division (ILAID) at Cochin University of Science and Technology (CUSAT), where she is pursuing her PhD in Experimental Physics with an expected completion date of December 2025. She holds an M.Phil. in Physics from SB College Changanacherry, where her dissertation focused on the synthesis and characterisation of carbon nanotube thin films, and an M.Sc. in Physics (specialising in Computational Physics) from Mar Athanasius College, Kothamangalam. With over ten years of teaching and research experience — including formal guest lecturing at university level — Anu brings both deep academic training and genuine classroom experience to every tutoring session.
Anu has taught undergraduate and postgraduate Physics at Mar Athanasius College across two separate tenures as a guest lecturer, covering Quantum Mechanics, Electrodynamics, Classical Mechanics, Electronics, and Numerical Methods and Computational Physics. Her teaching approach is grounded in the belief that students must first develop physical intuition before working with mathematical formalism — a principle supported by leading Physics education researchers, including those associated with the Institute of Physics Higher Education programme. In sessions, she begins by anchoring abstract concepts in physical meaning, then builds systematically toward mathematical treatment and problem application. For experimental or computational topics, she integrates MATLAB and Python demonstrations directly into the session to make the subject concrete. Her active research in laser-plasma physics gives her the ability to connect textbook Physics to cutting-edge real-world applications in spectroscopy, material science, and high-energy-density science — something few tutors at this level can offer.
“Anu explained Quantum Mechanics in a way that finally made it click — she connected the mathematical framework to the actual physical picture, and once I saw that, everything else followed. Her teaching style is patient, clear, and genuinely rooted in deep knowledge of the subject.”
— Postgraduate Physics student, My Physics Buddy platform review
All sessions take place on Google Meet, coordinated by the My Physics Buddy team. Anu works with students from high school through postgraduate level, including those pursuing M.Sc. Physics programmes, competitive entrance exam preparation, and undergraduate Honours courses. For students working on research projects, dissertations, or experimental Physics assignments, Anu can provide specialist support in experimental design, data analysis using MATLAB and Python, scientific writing, and LaTeX document preparation. Post-session summaries are available on request at no additional cost.
Subjects Anu Teaches
Anu teaches a broad and deep range of Physics subjects, from foundational school-level content through advanced postgraduate and specialist research topics, as detailed below.
| Subject | Level | Notes |
|---|---|---|
| Physics (General) | High School to Postgraduate | Broad curriculum support across all core Physics topics |
| Quantum Mechanics | Undergraduate to Postgraduate | Wave functions, operators, Schrödinger equation, perturbation theory |
| Electrodynamics | Undergraduate to Postgraduate | Maxwell’s equations, electromagnetic waves, radiation, potentials |
| Electromagnetism | High School to Postgraduate | Fields, induction, magnetic forces, capacitors, electromagnetic theory |
| Classical (Newtonian) Mechanics | High School to Postgraduate | Newton’s laws, Lagrangian/Hamiltonian mechanics, rigid body dynamics |
| Statistical Mechanics | Undergraduate to Postgraduate | Ensembles, partition functions, thermodynamic relations, distributions |
| Modern Physics | High School to Undergraduate | Special relativity, photoelectric effect, atomic and nuclear basics |
| Mathematical Physics | Undergraduate to Postgraduate | Differential equations, vector calculus, linear algebra, complex analysis |
| Computational Physics | Undergraduate to Postgraduate | Numerical methods, MATLAB/Python simulation, data modelling |
| Laser Physics | Undergraduate to Postgraduate | Laser principles, ultrafast systems, femtosecond pulses, coherence |
| Plasma Physics | Undergraduate to Postgraduate | Laser-produced plasmas, diagnostics, electron temperature and density |
| Experimental Physics & Lab Skills | Undergraduate to Postgraduate | Experimental design, spectroscopy, interferometry, data analysis, lab reports |
| Condensed Matter (Solid State) Physics | Undergraduate to Postgraduate | Crystal structure, band theory, semiconductors, thin film characterisation |
| Optics | High School to Postgraduate | Geometric and wave optics, interference, diffraction, spectroscopy |
| Waves and Optics | High School to Undergraduate | Wave behaviour, superposition, optical phenomena, polarisation |
| Atomic Physics | Undergraduate to Postgraduate | Atomic structure, spectral lines, quantum numbers, multi-electron atoms |
“What sets Anu apart is that she is not just teaching from a textbook — she is an active researcher in laser and plasma physics. Her sessions on Experimental Physics and Optical Spectroscopy went far beyond what I could find in any lecture notes. She brings real laboratory knowledge directly into the tutoring.”
— M.Sc. Physics student, My Physics Buddy platform review
Tools & Software Anu Supports
Anu uses a range of scientific computing, data analysis, and document preparation tools in her own research and can support students who encounter these in their coursework or projects.
- MATLAB: Numerical simulation, spectral data modelling, and computational Physics problem-solving; used extensively in Anu’s own PhD research at CUSAT.
- Python: Data analysis, simulation scripting, and visualisation for Physics experiments and coursework projects.
- IDEA Software: Spectral analysis and plasma diagnostics data processing, directly relevant to students in optical and experimental Physics.
- Origin: Scientific graphing and data analysis; used across multiple stages of Anu’s academic and research career.
- LaTeX / Overleaf: Scientific document preparation and academic writing — particularly useful for students writing dissertations, lab reports, or research manuscripts.
- CorelDRAW: Scientific figure and diagram preparation for reports and publications.
How Sessions With Anu Work
- Diagnostic Conversation: Anu opens every session by identifying the student’s current level, the specific subject or topic they are working on, and the precise point where their understanding is breaking down — whether conceptual, mathematical, or experimental. This shapes the entire session plan.
- Physical Intuition First: Before introducing equations or derivations, Anu grounds the topic in physical meaning. For abstract subjects like Quantum Mechanics or Statistical Mechanics, this step is essential — and it is where her university lecturing experience is most visible. She knows the exact analogies and framings that help students shift from confusion to clarity.
- Structured Concept Development: Anu builds the topic systematically, moving from first principles through to the mathematical formalism and then to application. This approach reflects active learning principles endorsed by the American Physical Society’s Physics Education Division. Derivations are not skipped; they are taught as a route to deeper understanding, not just memorised results.
- Guided Problem-Solving: The student works through problems during the session, with Anu guiding method and reasoning in real time. For Experimental Physics or Computational Physics topics, she integrates MATLAB or Python demonstrations directly into the session where relevant to the student’s coursework.
- Immediate Feedback & Correction: Anu identifies errors in reasoning, approach, or calculation as they occur and corrects them with specific, targeted feedback. Common misconceptions in each subject — particularly in Quantum Mechanics and Electrodynamics — are addressed directly rather than papered over.
- Research and Dissertation Support (where applicable): For postgraduate students or those undertaking independent projects, Anu can provide specialist support in experimental design, spectral analysis, data interpretation, scientific writing, and LaTeX manuscript preparation — drawing directly on her active PhD research experience.
- Session Summary & Next Steps: At the end of each session, Anu confirms what was covered, identifies the key takeaways, and recommends specific practice problems or study areas before the next session. Post-session summaries are available on request at no additional cost, in PDF, handwritten, or screenshot format.
Whether you are preparing for a university Physics exam, working through a challenging Quantum Mechanics or Electrodynamics course, tackling an experimental Physics project, or preparing for research entrance tests such as JEST or TIFR, Anu brings a rare combination of formal lecturing experience and active PhD research to every session. Message Anu on WhatsApp today.
Qualifications & Credentials
| Credential | Institution | Year |
|---|---|---|
| PhD in Experimental Physics (in progress) — Specialisation: Ultrafast Laser-Matter Interaction & Laser-Plasma Physics | Cochin University of Science and Technology (CUSAT) | December 2020 – Expected December 2025 |
| M.Phil. in Physics — Dissertation: Synthesis and Characterisation of Carbon Nanotube Thin Films | SB College, Changanacherry | June 2017 – August 2018 |
| M.Sc. in Physics — Specialisation: Computational Physics | Mar Athanasius College, Kothamangalam | June 2011 – August 2013 |
| B.Sc. in Physics | Mar Athanasius College, Kothamangalam | June 2008 – May 2011 |
| Guest Lecturer — Physics (Undergraduate and Postgraduate) | Mar Athanasius College, Kothamangalam | June 2014 – March 2017 & June 2019 – March 2020 |
| Junior Research Fellow (JRF) — Chancellor’s Award Project 2019 | Cochin University of Science and Technology (CUSAT) | August 2021 – December 2023 |
| Best Poster Award — 32nd National Laser Symposium (NLS-32) | Indian Laser Association (ILA) | 2024 |
| All credentials verified by MPB before publication | ||
Availability & How to Book
Anu is available for online tutoring sessions on a part-time basis alongside her PhD research at CUSAT. She can accommodate students across a range of international time zones, including India Standard Time (IST), UK (GMT/BST), Gulf Standard Time (GST), US Eastern and Pacific, and Australian Eastern Time. Availability is confirmed via WhatsApp — typically within a few hours of contact.
My Physics Buddy serves students in the US, UK, Canada, Australia, and the Gulf region. The MPB team coordinates scheduling to find a session time that works with your academic calendar and local time zone. All sessions run on Google Meet, and session recording is available if you opt in. Post-session summaries are provided on request at no extra cost.
To book, message My Physics Buddy on WhatsApp with the following: the subject and specific topic you are working on, your exam or deadline date, your current level of study (high school, undergraduate, postgraduate, or research), and the concept or problem area you are finding most difficult. The team will confirm Anu’s availability and arrange your first session. If you prefer email, you can also contact us at tutoring@myphysicsbuddy.com.
WhatsApp to Check Availability and Book
Frequently Asked Questions
How experienced is Anu in Physics teaching?
Anu has over ten years of Physics teaching and research experience. She served as a Guest Lecturer at Mar Athanasius College, Kothamangalam across two tenures — delivering formal undergraduate and postgraduate lectures in Quantum Mechanics, Electrodynamics, Classical Mechanics, Electronics, and Computational Physics. She has also tutored school-level students on a part-time basis and has been an active PhD research scholar at CUSAT since 2020. Her teaching credentials are formal university-level, not informal tutoring alone.
What levels does Anu teach?
Anu teaches students from high school through postgraduate level, including M.Sc. Physics students, Honours undergraduates, and those preparing for research entrance examinations such as JEST, TIFR, or university-level JAM. For specialist topics in Laser Physics, Plasma Physics, and Experimental Physics, she is particularly well-suited to postgraduate students whose coursework or research intersects with these areas. School-level students preparing for board exams or competitive entrance tests are also welcome.
Does Anu help with assignments, dissertations, and research projects?
Yes. Anu provides guided support for Physics assignments, lab reports, experimental project design, and dissertation writing under MPB’s academic integrity policy — meaning she helps students understand the material and develop their own work, not complete it on their behalf. For postgraduate students writing research manuscripts or dissertations, she can also assist with scientific writing structure, data interpretation, LaTeX preparation in Overleaf, and figure preparation. This is a relatively rare capability among Physics tutors at this level.
What tools or software does Anu use in sessions?
Anu is proficient in MATLAB, Python, IDEA software, Origin, LaTeX (via Overleaf), and CorelDRAW — all tools she uses actively in her own PhD research. For students whose coursework or projects involve any of these, she can provide direct, hands-on support during sessions. This is particularly relevant for Computational Physics, Experimental Physics, and research-level students who need help with data analysis, simulation, or scientific document preparation.
What happens in the first session with Anu?
The first session begins with a short diagnostic conversation to understand your current level, the subject you are working on, and the specific point where your understanding breaks down. Anu then structures the session around your most pressing need — whether that is a concept you are struggling to understand, an upcoming exam topic, or a project challenge. By the end of the first session, most students have both made progress on the immediate topic and agreed a plan for subsequent sessions based on their timeline and goals.
How is Anu different from a general Physics tutor?
Anu is an active PhD researcher in Experimental Physics at one of India’s leading science and technology universities, specialising in ultrafast laser-matter interactions and laser-plasma physics — a field at the frontier of modern Physics. She has also formally lectured Physics at undergraduate and postgraduate level in a university classroom setting. This combination — current research expertise plus formal teaching experience — is unusual in a private tutor and means she can connect textbook Physics to real research applications in a way that most tutors cannot.
“Research scholars who simultaneously engage in teaching bring a demonstrably richer learning experience to students — they connect foundational concepts to live scientific questions in ways that deepen understanding well beyond what standard coursework alone achieves. This is especially powerful in experimental and laser physics, where the field is advancing rapidly.”
— Reflecting the academic model at Cochin University of Science and Technology (CUSAT), consistent with principles outlined in physics education research published by the Physical Review Physics Education Research journal
Can Anu help with Laser Physics or Plasma Physics specifically?
Yes — and this is one of Anu’s strongest differentiators. Her PhD research at CUSAT’s Intense Laser Interactions Division focuses specifically on ultrafast laser-matter interactions and laser-produced plasma diagnostics. She has hands-on experimental experience with femtosecond and nanosecond laser systems, optical emission spectroscopy, interferometry, and Thomson scattering. Students studying Laser Physics or Plasma Physics at undergraduate or postgraduate level will find in Anu a tutor with direct, active research experience in these exact areas — not just textbook familiarity.
How do I book a session with Anu?
Contact My Physics Buddy on WhatsApp at +91 897 138 3660 and mention you are looking to book a session with Anu. Share the subject and topic you are working on, your study level, your exam or deadline date, and your main area of difficulty. The MPB team will confirm availability and arrange your first session. You can also email tutoring@myphysicsbuddy.com if WhatsApp is not convenient.
Ready to Start? Book Anu Today
Anu A. is a PhD researcher in Experimental Physics at Cochin University of Science and Technology (CUSAT), with an M.Phil., M.Sc., and B.Sc. in Physics and over ten years of teaching experience that includes formal university-level guest lecturing. She covers a comprehensive and specialist range of Physics subjects — from foundational Classical Mechanics and Quantum Mechanics through Electrodynamics, Computational Physics, Laser Physics, and Plasma Physics — making her one of the most academically distinguished tutors on the MPB platform. For students preparing for research entrance exams, postgraduate coursework, or specialist experimental projects, Anu’s combination of formal teaching experience and active frontier research is a genuinely rare resource.
To book your first session, send a WhatsApp message to My Physics Buddy with the following: the subject and specific topic or chapter you are working on, your exam or assignment deadline, your current level of study and university programme, and the concept or problem area you are finding most challenging right now. The MPB team will match you with a session time and confirm all details. You can also reach us by email at tutoring@myphysicsbuddy.com.
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