MPB Verified Tutor
Background Check done on 18th October 2025
- M.Sc. Physics — Delhi Technological University (DTU) (CGPA 9.3, 2025)
- Published research in Physica Scripta (IOP Science) on perovskite solar cell modeling
- B.Sc. Physics & Mathematics — University of Lucknow (2022)
- Research specialization: Computational Physics, Semiconductor Device Modeling, Renewable Energy Applications
- M.Sc. Dissertation: Device modeling and optimization of lead-free (NH₄)₃Sb₂I₉ perovskite solar cells using SCAPS-1D
- 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 Sumit consistently develop strong mathematical reasoning and applied physics insight. His research background in semiconductor device modeling and computational simulations helps learners connect theoretical physics concepts to modern renewable energy applications.
Who This Tutoring Is For
This tutoring is designed for students who want rigorous conceptual clarity combined with exposure to applied and computational physics.
- You are studying Quantum Mechanics and want operator-level understanding with mathematical precision.
- You are enrolled in Mathematical Physics and need help with differential equations, linear algebra, and modeling.
- You are taking Nuclear Physics and want conceptual clarity on decay processes and nuclear structure.
- You are studying Atomic Physics or molecular structure and need step-by-step derivations.
- You are preparing for exams in Thermodynamics and statistical mechanics.
- You are enrolled in Classical Mechanics and need help with Lagrangian and Hamiltonian methods.
- You are studying Electronics and want semiconductor device clarity.
- You are interested in computational modeling or renewable energy applications in physics.
About Sumit S.
Sumit S. completed his M.Sc. in Physics from Delhi Technological University (DTU), graduating with a CGPA of 9.3 in July 2025. During his postgraduate studies, he developed strong expertise in theoretical and applied physics, with particular emphasis on quantum mechanics, semiconductor physics, thermodynamics, and computational modeling. His academic performance reflects disciplined study, conceptual rigor, and analytical depth.
As part of his M.Sc. dissertation, Sumit conducted advanced research on lead-free perovskite solar cells, culminating in a publication in Physica Scripta (IOP Science). His research, titled “Device modelling and optimization of new lead-free (NH₄)₃Sb₂I₉ perovskite solar cells using SCAPS-1D software,” involved semiconductor device modeling, parameter optimization, and computational simulation. Through this project, he strengthened his understanding of quantum mechanics in semiconductors, charge transport physics, recombination mechanisms, and band structure engineering. The integration of simulation tools enhanced his ability to connect abstract physical theory with measurable device performance.
Before his M.Sc., Sumit completed his B.Sc. in Physics and Mathematics from University of Lucknow. His undergraduate training established strong foundations in calculus, algebra, classical mechanics, electrodynamics, and thermodynamics. The combined background in physics and mathematics allows him to explain derivations with logical clarity and stepwise progression.
Sumit’s teaching philosophy emphasizes conceptual precision, mathematical consistency, and real-world application. In quantum mechanics, he carefully develops wave mechanics, operator algebra, and eigenvalue problems. In thermodynamics and statistical physics, he focuses on entropy, partition functions, and ensemble theory with physical interpretation. In electronics and semiconductor physics, he connects band theory to device modeling. His experience with computational modeling enables him to explain how physical equations translate into simulations and practical outcomes.
“Sumit’s explanation of semiconductor device modeling made advanced concepts intuitive and logically connected.”
— Student feedback shared with MPB
Sessions with Sumit are conducted via Google Meet and coordinated by the My Physics Buddy team. Students may request session recordings and receive handwritten or PDF summaries upon demand at no additional cost. He supports advanced high school students, undergraduate physics majors, and postgraduate aspirants preparing for research-oriented careers.
Subjects Sumit Teaches
Sumit provides structured and rigorous tutoring in the following subjects:
| Subject | Level | Notes |
|---|---|---|
| Quantum Mechanics | Undergraduate | Wave mechanics and operator algebra |
| Mathematical Physics | Undergraduate | Differential equations and linear algebra |
| Nuclear Physics | Undergraduate | Decay, binding energy, structure |
| Atomic & Molecular Physics | Undergraduate | Spectra and quantum structure |
| Thermodynamics & Statistical Physics | Undergraduate | Entropy and ensemble theory |
| Classical Physics | Undergraduate | Newtonian and analytical mechanics |
| Electronics | Undergraduate | Semiconductor devices and circuits |
“His research publication experience brings rare depth to discussions on quantum and semiconductor physics.”
— Academic peer feedback shared with MPB
Tools & Software Sumit Supports
Sumit incorporates computational approaches where relevant:
- SCAPS-1D — semiconductor device modeling simulations
- Computational modeling frameworks — parameter optimization discussions
- Google Meet — interactive live sessions
- Structured PDF summaries — derivation notes and worked examples
How Sessions With Sumit Work
- Concept Diagnosis: Identify gaps in theory and mathematics.
- Foundation Building: Step-by-step explanation of core principles.
- Derivation Practice: Guided walkthrough of key equations.
- Applied Context: Connecting theory to semiconductor and renewable applications.
- Problem Solving: Exam-oriented and conceptual exercises.
- Feedback & Correction: Logical refinement and conceptual reinforcement.
- Study Plan: Targeted roadmap for exam or research goals.
If you want to strengthen your understanding of advanced physics while gaining insight into real research applications like semiconductor device modeling, structured 1:1 sessions can make a significant difference. Message Sumit on WhatsApp today.
Qualifications & Credentials
| Credential | Institution | Year |
|---|---|---|
| M.Sc. Physics (CGPA 9.3) | Delhi Technological University | 2025 |
| B.Sc. Physics & Mathematics | University of Lucknow | 2022 |
| 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 serve students in the US, UK, Canada, Australia, Gulf regions, and India.
To book, send a WhatsApp message including your academic level, topic, exam date, and main conceptual challenge (for example, “Need help with quantum operators” or “Preparing for thermodynamics 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 Sumit in Quantum Mechanics and Semiconductor Physics?
Sumit completed an M.Sc. in Physics with a CGPA of 9.3 and published research in Physica Scripta on semiconductor device modeling, integrating quantum principles into practical simulations.
What levels does Sumit teach?
He teaches advanced high school and undergraduate students, especially physics majors and engineering students requiring mathematical depth.
Does Sumit help with assignments and projects?
Yes. He provides guided conceptual support aligned with MPB’s academic integrity policy, ensuring students submit their own work with improved understanding.
How is Sumit different from a general tutor?
He combines strong academic performance with published research in computational semiconductor modeling, offering both theoretical rigor and applied insight.
“Sumit demonstrates analytical precision and communicates complex physics concepts in a structured, research-informed manner.”
— Faculty feedback shared with MPB
How do I book a session with Sumit?
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 Sumit Today
Sumit combines strong academic achievement with published research in semiconductor device modeling and renewable energy physics. Students working with him typically gain deeper conceptual clarity, stronger mathematical confidence, and better exam performance.
Send your current chapter, academic level, exam or project deadline, and key challenge area to begin. Clear information ensures a structured and productive first session.