MPB Verified Tutor
Background Check done on 12th October 2025
- Ph.D. in Physics — Homi Bhabha National Institute (Raman Spectroscopy of Semiconductor Nanomaterials)
- M.Sc. Condensed Matter Physics — University of Rajasthan (First Division, 80%)
- B.Sc. Physics, Mathematics & Chemistry — University of Rajasthan
- Postdoctoral Research Fellow — Chalmers University of Technology, Sweden
- Visiting Assistant Professor — University of Cincinnati, USA (1.5+ years teaching)
- Expertise in Experimental Physics, Nanomaterials, Raman Spectroscopy, and ANSYS simulations
- 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 Vandna consistently develop advanced conceptual clarity and research-level insight in quantum mechanics and engineering physics. Her international teaching experience and deep experimental background help bridge textbook theory with real-world scientific application.
Who This Tutoring Is For
This tutoring is designed for students who want research-level clarity combined with structured exam preparation.
- You are studying Quantum Mechanics at undergraduate or advanced high school level and want formal mathematical understanding.
- You are enrolled in AP Physics 1 and need conceptual clarity in mechanics.
- You are preparing for AP Physics C: Mechanics and want calculus-based rigor.
- You are taking AP Physics C: Electricity and Magnetism and need structured derivations.
- You are enrolled in Engineering Physics and want strong theoretical and applied grounding.
- You require support in calculus-based physics courses with clear mathematical explanations.
- You aim to pursue research or graduate-level studies in physics or engineering.
- You prefer a tutor with university-level teaching and international academic exposure.
About Vandna G.
Dr. Vandna G. completed her Ph.D. in Physics from the Homi Bhabha National Institute, conducting advanced research at the Raja Ramanna Centre for Advanced Technology. Her doctoral work focused on Raman spectroscopy studies of semiconductor nanomaterials, including temperature simulations of nanowires using ANSYS and surface morphology analysis using AFM, TEM, and SEM techniques. This rigorous experimental background reflects strong analytical depth and technical expertise.
Following her Ph.D., she served as a Visiting Assistant Professor at the University of Cincinnati in the United States, where she taught calculus-based physics courses and mentored undergraduate students. Her experience in the US higher education system refined her ability to align teaching with structured assessment standards, conceptual learning outcomes, and laboratory integration. She currently works as a Postdoctoral Research Fellow at Chalmers University of Technology in Sweden, contributing to advanced materials research and nanotechnology studies.
Her teaching philosophy blends theoretical clarity with applied insight. In quantum mechanics, she emphasizes operator formalism, Schrödinger equation derivations, and conceptual interpretation of wavefunctions. In AP and engineering physics courses, she balances conceptual understanding with exam strategy and numerical accuracy. Her background in nanomaterials allows her to explain abstract theoretical principles using practical scientific examples, helping students see physics as both elegant theory and applied science.
“Dr. Vandna’s explanations combine research depth with structured clarity. She helped me understand quantum mechanics beyond memorization.”
— Student feedback shared with MPB
All sessions are conducted via Google Meet and coordinated by the My Physics Buddy team. Students may opt in or out of session recording. Handwritten or PDF summaries are provided upon request at no additional cost. Vandna supports high school AP students, engineering undergraduates, and advanced physics learners preparing for competitive or graduate-level study.
Subjects Vandna Teaches
Dr. Vandna provides rigorous instruction in the following subjects:
| Subject | Level | Notes |
|---|---|---|
| Quantum Mechanics | Undergraduate | Wave mechanics and operator formalism |
| AP Physics 1 | High School | Mechanics and conceptual reasoning |
| AP Physics C: Mechanics | High School (Calculus-Based) | Advanced mechanics with calculus |
| AP Physics C: Electricity & Magnetism | High School (Calculus-Based) | Electromagnetism derivations and applications |
| Engineering Physics | Undergraduate | Applied mechanics and electromagnetism |
| Calculus-Based Physics | High School to Undergraduate | Differential and integral methods |
“Her research expertise in nanomaterials gives her explanations an applied perspective rarely found in tutoring.”
— Academic colleague feedback shared with MPB
Tools & Software Vandna Supports
Dr. Vandna integrates research-level tools where relevant:
- ANSYS — simulation and modeling discussions
- Raman Spectroscopy frameworks — material characterization insights
- Google Meet — interactive sessions with optional recording
- Structured PDF summaries — derivation notes and conceptual maps
How Sessions With Vandna Work
- Diagnostic Review: Assessment of conceptual readiness and syllabus requirements.
- Foundation Building: Step-by-step derivation of core principles.
- Applied Context: Linking theoretical equations to real research examples.
- Guided Practice: Collaborative problem solving aligned with exam standards.
- Error Correction: Logical and numerical accuracy refinement.
- Strategy Planning: Exam preparation roadmap and conceptual reinforcement.
- Follow-Up Support: Clarifications and summary notes via WhatsApp.
If you want research-level clarity combined with structured AP or engineering physics preparation, personalized 1:1 sessions can elevate your understanding significantly. Message Vandna on WhatsApp today.
Qualifications & Credentials
| Credential | Institution | Year |
|---|---|---|
| Ph.D. Physics | Homi Bhabha National Institute | 2019 |
| M.Sc. Condensed Matter Physics | University of Rajasthan | 2012 |
| B.Sc. Physics | University of Rajasthan | 2010 |
| All credentials verified by MPB before publication | ||
Availability & How to Book
Availability confirmed via WhatsApp — typically within a few hours of contact. Sessions are scheduled flexibly to accommodate students in the US, UK, Canada, Australia, Gulf regions, and European time zones.
To book, send a WhatsApp message including your academic level, topic, exam date, and main conceptual challenge (for example, “Need help with quantum operator formalism” or “Preparing for AP Physics C E&M exam”). This allows structured preparation before your first session. Non-WhatsApp users may email tutoring@myphysicsbuddy.com.
WhatsApp to Check Availability and Book
Frequently Asked Questions
How experienced is Dr. Vandna in university-level teaching?
She served as a Visiting Assistant Professor at the University of Cincinnati for over 1.5 years and currently holds a Postdoctoral Research position at Chalmers University of Technology.
What levels does Vandna teach?
She teaches advanced high school AP students, undergraduate engineering students, and physics majors preparing for advanced study.
Does Vandna help with assignments and projects?
Yes. She provides guided conceptual support aligned with MPB’s academic integrity policy, ensuring students complete their own submissions with deeper understanding.
How is Vandna different from a general physics tutor?
She combines doctoral-level research expertise, international university teaching experience, and applied nanomaterials research insight.
“Dr. Vandna demonstrates exceptional research-level reasoning and communicates advanced physics concepts with clarity and precision.”
— Faculty feedback shared with MPB
How do I book a session with Vandna?
Send a WhatsApp message with your topic, academic level, and deadline. The MPB team will confirm availability and coordinate your Google Meet session.
Ready to Start? Book Vandna Today
Dr. Vandna combines doctoral research expertise with international university teaching experience. Students working with her typically gain deeper theoretical clarity, improved exam performance, and greater confidence in advanced physics courses.
Send your current chapter, academic level, exam or project deadline, and main challenge area to begin. Clear details ensure a structured and productive first session.